WO2020087299A1 - Terminal device and graphical user interface thereof, and multi-task interactive control method - Google Patents

Abstract

Disclosed in the present application is a terminal device, comprising a processor and a touch control screen, the touch control screen at least comprising a first screen and a second screen positioned on one side of the first screen, the second screen being a flexible touch control screen; when the second screen is in a folded state, in response to a multi-task trigger operation of a user, the processor controls the first screen to display multiple application program interfaces, the multiple application program interfaces comprising at least two application program interfaces arranged in sequence; in response to the selection of one application program interface amongst the multiple application program interfaces, the processor also controls the selected application program interface to be displayed in the foreground of the first screen, and displays the unselected application program interfaces on the second screen. Also disclosed in the present application are a graphical user interface and a multi-task interactive control method. In the present application, the selected application program interface is displayed in the foreground of the first screen, and the unselected application program interfaces are displayed on the second screen, facilitating user selection and program switching.

Description

Translated fromChinese

终端设备及其图形用户界面以及多任务交互控制方法Terminal equipment and its graphical user interface and multitask interactive control method技术领域Technical field

本申请涉及智能终端的智能交互领域，尤其涉及一种基于触控屏的终端设备及其图形用户界面以及多任务交互控制方法。The present application relates to the field of intelligent interaction of intelligent terminals, and in particular, to a terminal device based on a touch screen and its graphical user interface and multitask interaction control method.

背景技术Background technique

柔性显示屏作为液晶显示屏之后的新生代显示屏，其通过柔软的材料制成，可变形可弯曲，给用户带来新奇的使用体验。然而，现在仍缺乏基于柔性显示屏的多任务交互控制方法。The flexible display screen is a new-generation display screen after the liquid crystal display screen. It is made of soft materials and can be deformed and bent to bring users a novel experience. However, there is still a lack of multi-task interactive control methods based on flexible display screens.

发明内容Summary of the invention

本申请实施例公开基于触控屏的终端设备及其图形用户界面以及多任务交互控制方法，以解决上述问题。Embodiments of the present application disclose a terminal device based on a touch screen, a graphical user interface, and a multitask interaction control method to solve the above problems.

本申请实施例公开的终端设备，包括处理器和触控屏，所述触控屏至少包括第一屏幕和位于所述第一屏幕一侧的第二屏幕，所述第二屏幕为柔性触控屏，所述处理器在所述第二屏幕处于弯折状态时响应用户的多任务触发操作控制在所述第一屏幕上显示多应用程序界面，所述多应用程序界面包括至少两个依序排列的应用程序界面，所述处理器还响应在多应用程序界面中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕前台显示，并将未被选择的应用程序界面显示于所述第二屏幕。A terminal device disclosed in an embodiment of the present application includes a processor and a touch screen. The touch screen includes at least a first screen and a second screen located on a side of the first screen. The second screen is a flexible touch Screen, the processor displays a multi-application interface on the first screen in response to a user's multi-task trigger operation when the second screen is in a bent state, the multi-application interface includes at least two sequential Arranged application program interfaces, the processor also responds to displaying the selected application program interface in the foreground of the first screen when an application program interface is selected in the multi-application program interface, and displays the unselected application program The interface is displayed on the second screen.

本申请实施例公开的图形用户界面，应用在具有触控屏的终端设备上，所述触控屏至少包括第一屏幕和第二屏幕，所述第二屏幕为柔性触控屏，所述触控屏处于折叠状态由所述第一屏幕显示一图形用户界面；所述图形用户界面由所述终端设备的处理器控制并实现：在所述第二屏幕处于弯折状态时响应用户的多任务触发操作控制在所述第一屏幕上在所述图形用户界面上显示多应用程序界面，所述多应用程序界面包括至少两个依序排列的应用程序界面；及响应在多应用程序界面中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕前台显示，并将未被选择的应用程序界面显示于所述第二屏幕。The graphical user interface disclosed in the embodiment of the present application is applied to a terminal device with a touch screen, and the touch screen includes at least a first screen and a second screen, and the second screen is a flexible touch screen. When the control screen is in the folded state, a graphical user interface is displayed on the first screen; the graphical user interface is controlled and realized by the processor of the terminal device: responds to the user's multi-tasking when the second screen is in the bent state Trigger operation control to display a multi-application interface on the graphical user interface on the first screen, the multi-application interface includes at least two sequentially arranged application interfaces; and respond to selection in the multi-application interface For an application program interface, control to display the selected application program interface in the foreground of the first screen, and display the unselected application program interface on the second screen.

本申请实施例公开的一种多任务交互控制方法，应用于一具有触控屏的终端设备，所述触控屏至少包括第一屏幕和第二屏幕，所述第二屏幕为柔性触控屏；所述多任务交互控制方法包括：在所述第二屏幕处于弯折状态时响应用户的多任务触发操作控制在所述第一屏幕上显示多应用程序界面，所述多应用程序界面包括至少两个依序排列的应用程序界面；及响应在多应用程序界面中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕前台显示，并将未被选择的应用程序界面显示于所述第二屏幕。A multi-task interactive control method disclosed in an embodiment of the present application is applied to a terminal device with a touch screen. The touch screen includes at least a first screen and a second screen. The second screen is a flexible touch screen The multi-task interactive control method includes: in response to a user's multi-task trigger operation control when the second screen is in a bent state, a multi-application interface is displayed on the first screen, and the multi-application interface includes at least Two application interfaces arranged in sequence; and in response to selecting an application interface in the multi-application interface, control to display the selected application interface in the foreground of the first screen and display the unselected application The interface is displayed on the second screen.

本申请的终端设备的触控屏至少包括第一屏幕和第二屏幕，处理器响应在多应用程序界面中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕前台显示，并将未被选择的应用程序界面显示于所述第二屏幕，方便用户选择及程序切换。The touch screen of the terminal device of the present application includes at least a first screen and a second screen. When the processor responds to selecting an application program interface in the multi-application program interface, the processor controls the selected application program interface to be in the foreground of the first screen Display and display the unselected application program interface on the second screen to facilitate user selection and program switching.

从而，本申请能够响应用户的多任务触发操作控制显示多应用程序界面，该多应用程序界面包括至少两张依序排列的应用程序界面，当在第一屏幕前台显示被选择的应用程序界面时，还能够利用第二屏幕显示未被选择的应用程序界面，从而能够通过任务栏T1快速切换显示其它应用程序界面，方便用户选择及程序切换。Therefore, the present application can control and display a multi-application interface in response to the user's multi-task trigger operation. The multi-application interface includes at least two sequentially arranged application interfaces. When the selected application interface is displayed at the foreground of the first screen, The second screen can be used to display unselected application program interfaces, so that other application program interfaces can be quickly switched through the task bar T1 to facilitate user selection and program switching.

附图说明BRIEF DESCRIPTION

为了更清楚地说明本申请实施例中的技术方案，下面将对实施例中所需要使用的附图作简单地介绍，显而易见地，下面描述中的附图仅仅是本申请的一些实施例，对于本领域普通技术人员来讲，在不付出创造性劳动的前提下，还可以根据这些附图获得其它的附图。In order to more clearly explain the technical solutions in the embodiments of the present application, the following will briefly introduce the drawings required in the embodiments. Obviously, the drawings in the following description are only some embodiments of the present application. Those of ordinary skill in the art can obtain other drawings based on these drawings without creative efforts.

图1为本申请一实施例中的终端设备的硬件模块的示意框图。FIG. 1 is a schematic block diagram of a hardware module of a terminal device in an embodiment of this application.

图2为本申请一实施例中的终端设备在折叠状态的结构示意图。FIG. 2 is a schematic structural diagram of a terminal device in a folded state according to an embodiment of the present application.

图3为本申请另一实施例中的终端设备在折叠状态的结构示意图。FIG. 3 is a schematic structural diagram of a terminal device in a folded state in another embodiment of this application.

图4为本申请另一实施例中的终端设备在折叠状态下由第一屏幕显示图形用户界面的状态示意图。FIG. 4 is a schematic diagram of a state in which the graphical user interface is displayed on the first screen of the terminal device in the folded state in another embodiment of the present application.

图5为本申请一实施例中的终端设备在折叠状态下由第一屏幕显示多应用程序界面的状态示意图。FIG. 5 is a schematic diagram of a state in which a terminal device in a folded state displays a multi-application interface on a first screen in an embodiment of the present application.

图6为本申请一实施例中的终端设备在折叠状态由第一屏幕的第一侧曲屏显示任务栏的示意图。FIG. 6 is a schematic diagram of the terminal device in the folded state displaying the task bar by the first side curved screen of the first screen in an embodiment of the present application.

图7为本申请一实施例中的终端设备在折叠状态由第一屏幕的第一侧曲屏显示任务栏的另一状态示意图。FIG. 7 is another schematic diagram of a state in which the terminal device in an embodiment of the present application displays the task bar by the first side curved screen of the first screen in the folded state.

图8为本申请一实施例中的终端设备在折叠状态由第二屏幕的第二侧曲屏显示任务栏的状态示意图。FIG. 8 is a schematic diagram of a state in which the terminal device in the folded state displays the task bar by the second side curved screen of the second screen in an embodiment of the present application.

图9为本申请一实施例中的终端设备在折叠状态由第一屏幕显示多应用程序界面的状态示意图。FIG. 9 is a schematic diagram of a state in which the terminal device displays a multi-application interface on the first screen in the folded state in an embodiment of the present application.

图10为本申请一实施例中的终端设备从折叠状态到展开状态的状态示意图。10 is a schematic diagram of a state of a terminal device from a folded state to an unfolded state in an embodiment of the present application.

图11为本申请一实施例中的终端设备在展开状态下显示多应用程序界面的状态示意图。FIG. 11 is a schematic diagram showing a state in which the terminal device in the expanded state of the present application displays a multi-application interface.

图12为本申请一实施例中的终端设备在展开状态下进行分屏操作的界面示意图。FIG. 12 is a schematic view of an interface of a terminal device in an expanded state for split-screen operation in an embodiment of the present application.

图13为本申请一实施例中的终端设备在展开状态下分屏且显示分屏条的状态示意图。FIG. 13 is a schematic diagram of a state in which a terminal device in an expanded state splits a screen and displays a split screen bar in an embodiment of the present application.

图14为本申请一实施例中的终端设备在展开状态下分屏且显示分屏工具栏的状态示意图。FIG. 14 is a schematic diagram of a state where a terminal device in an expanded state splits a screen and displays a split-screen toolbar in an embodiment of the present application.

图15为本申请一实施例中的终端设备在展开状态下分屏且显示分屏应用列表的状态示意图。FIG. 15 is a schematic diagram of a state where a terminal device in an expanded state splits a screen and displays a split-screen application list in an embodiment of the present application.

图16为本申请一实施例中的终端设备在折叠状态下进行分屏操作的界面示意图。FIG. 16 is a schematic diagram of an interface for a terminal device to perform a split-screen operation in a folded state in an embodiment of the present application.

图17为本申请一实施例中的终端设备在折叠状态下上下分屏的示意图。FIG. 17 is a schematic diagram of a terminal device splitting up and down in a folded state in an embodiment of the present application.

图18为本申请一实施例中的终端设备在折叠状态下的第一屏幕处于上下分屏状态的示意图。FIG. 18 is a schematic diagram of the first screen in the folded state of the terminal device in an embodiment of the present application in a split screen state.

图19为本申请一实施例中的终端设备在折叠状态下左右分屏的状态示意图。FIG. 19 is a schematic diagram of a state in which the terminal device splits left and right in a folded state in an embodiment of the present application.

图20为本申请一实施例中的终端设备在折叠状态下水平放置的状态示意图。FIG. 20 is a schematic diagram of a state in which the terminal device is placed horizontally in a folded state in an embodiment of the present application.

图21为本申请一实施例中的终端设备在折叠状态下显示任务栏和任务快捷操作栏的示意图。FIG. 21 is a schematic diagram of a terminal device in a folded state displaying a task bar and a task shortcut operation bar in an embodiment of the present application.

图22为本申请一实施例中的终端设备在折叠状态下进行快捷操作添加的示意图。22 is a schematic diagram of a terminal device in a folded state for adding a shortcut operation in an embodiment of the present application.

图23为本申请一实施例中的终端设备的多任务交互控制方法的流程图。23 is a flowchart of a multi-task interaction control method of a terminal device in an embodiment of the present application.

图24为本申请一实施例中的终端设备在显示窗口大小变换的情况下进行动态适配的多任务交互控制方法的流程图。FIG. 24 is a flowchart of a multi-task interactive control method for dynamically adapting a terminal device in a case where the display window size is changed in an embodiment of the present application.

图25为本申请一实施例中的终端设备在展开状态下进行左右分屏操作的多任务交互控制方法的流程图。FIG. 25 is a flowchart of a multi-task interactive control method for a terminal device to perform left and right split screen operations in an expanded state according to an embodiment of the present application.

图26为本申请一实施例中的终端设备在折叠状态下进行左右/上下分屏操作的多任务交互控制方法的流程图。FIG. 26 is a flowchart of a multi-task interactive control method for a terminal device to perform left / right / up / down split screen operations in a folded state in an embodiment of the present application.

图27为本申请一实施例中的终端设备进行快捷操作的多任务交互控制方法的流程图。FIG. 27 is a flowchart of a multi-task interactive control method for a terminal device to perform shortcut operations in an embodiment of the present application.

具体实施方式detailed description

下面将结合本申请实施例中的附图，对本申请实施例中的技术方案进行清楚、完整地描述，显然，所描述的实施例仅是本申请一部分实施例，而不是全部的实施例。基于本申请中的实施例，本领域普通技术人员在没有做出创造性劳动前提下所获得的所有其它实施例，都属于本申请保护的范围。The technical solutions in the embodiments of the present application will be described clearly and completely below with reference to the drawings in the embodiments of the present application. Obviously, the described embodiments are only a part of the embodiments of the present application, but not all the embodiments. Based on the embodiments in this application, all other embodiments obtained by a person of ordinary skill in the art without creative work fall within the protection scope of this application.

本申请的说明书和权利要求书及上述附图中的术语“包括”以及它们任何变形，意图在于覆盖不排他的包含。例如包含了一系列步骤或单元的过程、方法、系统、产品或设备没有限定于已列出的步骤或单元，而是可选地还包括没有列出的步骤或单元，或可选地还包括对于这些过程、方法、产品或设备固有的其它步骤或单元。本申请的说明书和权利要求书及上述附图中的术语“第一”、“第二”和“第三”等是用于区别不同对象，而非用于描述特定顺序。The term "comprising" and any variations thereof in the description and claims of the present application and the above drawings are intended to cover non-exclusive inclusion. For example, a process, method, system, product, or device that includes a series of steps or units is not limited to the listed steps or units, but optionally includes steps or units that are not listed, or optionally also includes Other steps or units inherent to these processes, methods, products or equipment. The terms “first”, “second” and “third” in the description and claims of the present application and the above-mentioned drawings are used to distinguish different objects, not to describe a specific order.

请参阅图1，图1为本申请一实施例中的终端设备的硬件模块的示意框图。终端设备100可以是但不限于手机、平板电脑、电子阅读器、穿戴式电子设备等可弯折的终端设备。终端设备100包括但不限于处理器10，以及分别与处理器10电性连接的存储器20、触控屏30、角度感测器40、重力加速度 感测器50和/或方向感测器60。本领域技术人员应当理解的是，图1仅是终端设备100的示例，并不构成对终端设备100的限定，终端设备100可以包括比图1所示更多或更少的部件，或者组合某些部件，或者不同的部件，例如终端设备100还可以包括输入输出设备、网络接入设备、数据总线等。Please refer to FIG. 1, which is a schematic block diagram of a hardware module of a terminal device in an embodiment of the present application. Theterminal device 100 may be, but not limited to, a bendable terminal device such as a mobile phone, a tablet computer, an e-reader, and a wearable electronic device. Theterminal device 100 includes, but is not limited to, theprocessor 10, and amemory 20, atouch screen 30, anangle sensor 40, agravity acceleration sensor 50, and / or adirection sensor 60 that are electrically connected to theprocessor 10, respectively. Those skilled in the art should understand that FIG. 1 is only an example of theterminal device 100 and does not constitute a limitation on theterminal device 100. Theterminal device 100 may include more or fewer components than those shown in FIG. Some components, or different components, for example, theterminal device 100 may further include an input and output device, a network access device, a data bus, and the like.

处理器10可以是中央处理单元(Central Processing Unit，CPU)，还可以是其它通用处理器、数字信号处理器(Digital Signal Processor，DSP)、专用集成电路(Application Specific Integrated Circuit，ASIC)、现场可编程门阵列(Field-Programmable Gate Array，FPGA)或者其它可编程逻辑器件、分立门或者晶体管逻辑器件、分立硬件组件等。通用处理器可以是微处理器或者通用处理器也可以是任何常规的处理器等，处理器10是终端设备100的控制中心，利用各种接口和线路连接整个终端设备100的各个部分。Theprocessor 10 may be a central processing unit (Central Processing Unit, CPU), or other general-purpose processors, digital signal processors (Digital Signal Processors, DSP), application specific integrated circuits (Application Specific Integrated Circuit, ASIC), on-site Field-Programmable Gate Array (FPGA) or other programmable logic devices, discrete gate or transistor logic devices, discrete hardware components, etc. The general-purpose processor may be a microprocessor or a general-purpose processor or any conventional processor, etc. Theprocessor 10 is the control center of theterminal device 100, and uses various interfaces and lines to connect the various parts of the entireterminal device 100.

存储器20可用于存储计算机程序和/或模块，处理器10通过运行或执行存储在存储器20内的计算机程序和/或模块，以及调用存储在存储器20内的数据，实现终端设备100的各种功能。存储器20可主要包括存储程序区和存储数据区，其中，存储程序区可存储操作系统、多个功能所需的应用程序(比如声音播放功能、图像播放功能等)等；存储数据区可存储根据终端设备100的使用所创建的数据(比如音频数据、图像数据等)等。此外，存储器20可以包括高速随机存取存储器，还可以包括非易失性存储器，例如硬盘、内存、插接式硬盘，智能存储卡(Smart Media Card,SMC)，安全数字(Secure Digital,SD)卡，闪存卡(Flash Card)、多个磁盘存储器件、闪存器件、或其它易失性固态存储器件。Thememory 20 may be used to store computer programs and / or modules. Theprocessor 10 implements various functions of theterminal device 100 by running or executing the computer programs and / or modules stored in thememory 20 and calling data stored in thememory 20 . Thememory 20 may mainly include a storage program area and a storage data area, wherein the storage program area may store an operating system, application programs required for multiple functions (such as a sound playback function, an image playback function, etc.), etc .; the storage data area may store The data (such as audio data, image data, etc.) created by the use of theterminal device 100 and the like. In addition, thememory 20 may include a high-speed random access memory, and may also include non-volatile memory, such as a hard disk, a memory, a plug-in hard disk, a smart memory card (Smart, Media, Card, SMC), and secure digital (SD) Cards, flash cards, multiple disk storage devices, flash memory devices, or other volatile solid-state storage devices.

请参考图2，在一实施例中，触控屏30至少包括第一屏幕A和位于第一屏幕A一侧的第二屏幕B，其中，第二屏幕B为可以弯折的柔性触控屏，且在弯折状态下呈圆弧状。在本实施例中，第二屏幕B自第一屏幕A的一侧弯折延伸而成。可以理解的是，在其它实施例中，第二屏幕B和第一屏幕A可以是相互独立的屏幕，并且两者之间相连。Please refer to FIG. 2. In an embodiment, thetouch screen 30 includes at least a first screen A and a second screen B on the side of the first screen A, where the second screen B is a flexible touch screen that can be bent , And in an arc shape in the bent state. In this embodiment, the second screen B is formed by bending and extending from one side of the first screen A. It can be understood that, in other embodiments, the second screen B and the first screen A may be independent screens, and the two are connected.

角度感测器40设置在第二屏幕B上。角度感测器40感测第一屏幕A和第二屏幕B之间的相对展开角度。具体地，第一屏幕A和第二屏幕B的展开角度是指第一屏幕A的显示面与第二屏幕B远离第一屏幕A的一端的显示面之间的夹角。具体地，第二屏幕B上设置至少一角度感测器40，用于感测该第二屏幕B与第一屏幕A之间的展开角度。可以理解的是，在其它实施例中，角度感测器40可设置在终端设备100的其它可以感测第一屏幕A和第二屏幕B之间的展开角度的位置上，在此不做限定。可以理解的是，当第二屏幕B弯折至第二屏幕B远离第一屏幕A的一端的显示面与第一屏幕A的显示面平行时，角度感测器40感测到的展开角度为0度。当第二屏幕B和第一屏幕A之间完全展开至第二屏幕B和第一屏幕A的显示面位于同一水平面时，角度感测器40感测到的展开角度为180度。当第二屏幕B相对第一屏幕A弯折时，角度感测器40感测到的展开角度在0-180度之间变化。Theangle sensor 40 is provided on the second screen B. Theangle sensor 40 senses the relative spread angle between the first screen A and the second screen B. Specifically, the unfolding angle of the first screen A and the second screen B refers to the angle between the display surface of the first screen A and the display surface of the end of the second screen B away from the first screen A. Specifically, at least oneangle sensor 40 is provided on the second screen B for sensing the unfolding angle between the second screen B and the first screen A. It can be understood that, in other embodiments, theangle sensor 40 may be disposed at other positions of theterminal device 100 that can sense the spread angle between the first screen A and the second screen B, which is not limited herein. . It can be understood that when the second screen B is bent until the display surface of the end of the second screen B away from the first screen A is parallel to the display surface of the first screen A, the spread angle sensed by theangle sensor 40 is 0 degree. When the second screen B and the first screen A are fully expanded until the display surfaces of the second screen B and the first screen A are on the same horizontal plane, the expansion angle sensed by theangle sensor 40 is 180 degrees. When the second screen B is bent relative to the first screen A, the unfolding angle sensed by theangle sensor 40 varies between 0-180 degrees.

重力加速度感测器50和/或方向感测器60设置在第一屏幕A上，重力加速度感测器50感测第一屏幕A的重力加速度。在本实施例中，重力加速度为三轴重力加速度。其中，三轴是指X轴、Y轴和Z轴。X轴是横轴，Y轴是纵轴，Z轴是竖轴。当终端设备100展开放置于水平面上时，屏幕的显示面朝上，X轴和Y轴互相垂直并位于水平面上，Z轴垂直于水平面并且其指向背离屏幕的显示面。当终端设备100在折叠或展开的过程中，三轴相对于终端设备100静止，但每个轴检测到的重力加速度的数值会发生变化。当三轴重力加速度中的Z轴重力加速度为正值时，处理器10确定终端设备100的第一屏幕A的显示屏朝向为朝上。当三轴重力加速度中的Z轴重力加速度为负值时，处理器10确定终端设备100的第一屏幕A的显示屏朝向为朝下。方向感测器60感测第一屏幕A的显示屏朝向。当方向感测器60感测的倾斜角度在0～180度之间，且旋转角度在0～90度之间时，处理器10确定终端设备100的第一屏幕A的显示屏朝向为朝上，否则，处理器10确定终端设备100的第一屏幕A的显示屏朝向为朝下。其中，显示屏朝向可以为正竖、倒竖，左横，右横，仰、俯等。Thegravity acceleration sensor 50 and / or thedirection sensor 60 are disposed on the first screen A, and thegravity acceleration sensor 50 senses the gravity acceleration of the first screen A. In this embodiment, the acceleration of gravity is a three-axis acceleration of gravity. Among them, the three axis refers to the X axis, Y axis and Z axis. The X axis is the horizontal axis, the Y axis is the vertical axis, and the Z axis is the vertical axis. When theterminal device 100 is unfolded and placed on a horizontal plane, the display surface of the screen faces upward, the X axis and the Y axis are perpendicular to each other and are located on the horizontal plane, and the Z axis is perpendicular to the horizontal plane and points to the display surface facing away from the screen. When theterminal device 100 is folded or unfolded, the three axes are stationary relative to theterminal device 100, but the value of the acceleration of gravity detected by each axis will change. When the Z-axis gravity acceleration in the three-axis gravity acceleration is a positive value, theprocessor 10 determines that the display screen orientation of the first screen A of theterminal device 100 is upward. When the Z-axis gravitational acceleration in the three-axis gravitational acceleration is a negative value, theprocessor 10 determines that the display screen of the first screen A of theterminal device 100 faces downward. Thedirection sensor 60 senses the display screen orientation of the first screen A. When the tilt angle sensed by thedirection sensor 60 is between 0-180 degrees and the rotation angle is between 0-90 degrees, theprocessor 10 determines that the display screen of the first screen A of theterminal device 100 is facing upward Otherwise, theprocessor 10 determines that the display screen orientation of the first screen A of theterminal device 100 is facing downward. Among them, the orientation of the display screen can be upright, upside down, left and right, right and left, up and down.

请参考图3，在另一实施例中，触控屏30还包括第三屏幕C。第三屏幕C设置在第二屏幕B的另一侧，且第二屏幕B连接第一屏幕A和第三屏幕C。第一屏幕A、第二屏幕B和第三屏幕C为一个整体的屏幕的不同区域，第二屏幕B与触控屏30处于折叠状态下的弯折区域相对应。可选择地，在又一实施例中，第一屏幕A、第二屏幕B和第三屏幕C分别是相互独立的屏幕，且相邻的屏幕之间相互连接。在其它实施例中，触控屏30可以包括一个第一屏幕A、两个第二屏幕B和两个第三屏幕C。其 中，第一屏幕A位于两个第三屏幕C之间。第一屏幕A分别和两个第三屏幕C之间通过第二屏幕B连接。可以理解的是，第一屏幕A、第二屏幕B和第三屏幕C的个数不限于一个，还可以是两个或者多个。Please refer to FIG. 3. In another embodiment, thetouch screen 30 further includes a third screen C. The third screen C is disposed on the other side of the second screen B, and the second screen B connects the first screen A and the third screen C. The first screen A, the second screen B, and the third screen C are different areas of the overall screen, and the second screen B corresponds to the bent area of thetouch screen 30 in the folded state. Alternatively, in yet another embodiment, the first screen A, the second screen B, and the third screen C are respectively independent screens, and adjacent screens are connected to each other. In other embodiments, thetouch screen 30 may include one first screen A, two second screens B, and two third screens C. Among them, the first screen A is located between two third screens C. The first screen A is connected to the two third screens C through the second screen B, respectively. It can be understood that the number of the first screen A, the second screen B, and the third screen C is not limited to one, and may be two or more.

在一实施例中，触控屏30在折叠状态下，第一屏幕A的显示窗口的高宽比例为16：9，分辨率为1440*810。第三屏幕C的显示窗口的高宽比为16:8，分辨率为1440*720。第二屏幕B的显示窗口的高宽比例为48:13，分辨率为1440*390。触控屏30在展开状态下，显示窗口的高宽比例为4:3，分辨率为1440*1080。可以理解的是，在其它实施例中，第一屏幕A、第三屏幕C和第二屏幕B的高宽比例和分辨率均可以根据实际情况作出变化，此处不再详述。In an embodiment, when thetouch screen 30 is in a folded state, the aspect ratio of the display window of the first screen A is 16: 9, and the resolution is 1440 * 810. The display window of the third screen C has an aspect ratio of 16: 8 and a resolution of 1440 * 720. The aspect ratio of the display window of the second screen B is 48:13, and the resolution is 1440 * 390. In the expanded state of thetouch screen 30, the aspect ratio of the display window is 4: 3, and the resolution is 1440 * 1080. It can be understood that, in other embodiments, the aspect ratio and resolution of the first screen A, the third screen C, and the second screen B may be changed according to actual conditions, which will not be described in detail here.

进一步地，第二屏幕B包括邻近第一屏幕A的第一侧曲屏B1和邻近第三屏幕C的第二侧曲屏B3。当第一屏幕A显示内容时，第一侧曲屏B1可以配合第一屏幕A进行显示；当第三屏幕C显示内容时，第二侧曲屏B3可以配合第三屏幕C进行显示。从而，第一侧曲屏B1可以更好的配合第一屏幕A的显示，第二侧曲屏B3可以更好的配合第三屏幕C的显示，显示内容更丰富，使得用户交互体验更好。Further, the second screen B includes a first side curved screen B1 adjacent to the first screen A and a second side curved screen B3 adjacent to the third screen C. When the first screen A displays content, the first side curved screen B1 can cooperate with the first screen A for display; when the third screen C displays content, the second side curved screen B3 can cooperate with the third screen C for display. Therefore, the first side curved screen B1 can better match the display of the first screen A, and the second side curved screen B3 can better match the display of the third screen C, and the display content is richer, making the user interaction experience better.

角度感测器40设置在第二屏幕B上，用于感测到第一屏幕A和第三屏幕C之间的展开角度，并根据展开角度判断终端设备100的屏幕折叠状态。其中，屏幕折叠状态包括折叠状态、展开状态或者过渡状态。“折叠状态”是指触控屏30的展开角度在0到30度范围内的状态。“展开状态”是指触控屏30的展开角度在150到180度范围内的状态。“过渡状态”是指触控屏30的展开角度在30到150度之间的状态。可以理解的是，在其它实施例中，角度感测器40可设置在终端设备100的其它可以感测第一屏幕A和第三屏幕C之间的弯折角度的位置上，在此不做限定。可以理解的是，在其它实施例中，上述定义的折叠状态、展开状态和过渡状态的角度范围可以根据实际做出调整，此处不做限定。折叠状态和过渡状态可以统称为弯折状态。第三屏幕C上可设置重力加速度感测器50和/或方向感测器60，用于分别感测第三屏幕C的重力加速度和/或方向。从而，处理器10可结合第一屏幕A和第三屏幕C的重力加速度和/或方向，判断第一屏幕A和第三屏幕C的显示屏朝向分别为正竖、倒竖，左横，右横，仰、俯等。Theangle sensor 40 is provided on the second screen B, and is used to sense the unfolding angle between the first screen A and the third screen C, and determine the screen folding state of theterminal device 100 according to the unfolding angle. The screen folding state includes a folding state, an expanded state, or a transition state. The "folded state" refers to a state where the spread angle of thetouch screen 30 is in the range of 0 to 30 degrees. The “expanded state” refers to a state where the expanded angle of thetouch screen 30 is in the range of 150 to 180 degrees. The “transition state” refers to a state where the spread angle of thetouch screen 30 is between 30 and 150 degrees. It can be understood that, in other embodiments, theangle sensor 40 may be disposed at other positions of theterminal device 100 that can sense the bending angle between the first screen A and the third screen C, and will not be done here limited. It can be understood that, in other embodiments, the angle ranges of the folded state, the unfolded state, and the transition state defined above may be adjusted according to actual conditions, and are not limited herein. The folded state and the transition state can be collectively referred to as a bent state. The third screen C may be provided with agravity acceleration sensor 50 and / or adirection sensor 60 for respectively sensing the gravity acceleration and / or direction of the third screen C. Therefore, theprocessor 10 may determine the orientations of the display screens of the first screen A and the third screen C to be upright, upside down, left and right, respectively, based on the gravity acceleration and / or directions of the first screen A and the third screen C Horizontal, elevation, and elevation.

请参考图4至图5，终端设备100整体在折叠状态下，当使用第一屏幕A时，处理器10控制第一屏幕A显示一图形用户界面G。该图形用户界面G是用户与安装于终端设备100上的各应用程序进行交互的窗口，其包括一导航栏N。在本实施例中，该导航栏N位于所述图形用户界面G的下方。该导航栏N包括从左至右依次设置的返回键N1、返回主菜单键N2和多任务触发按键N3。其中，在多任务触发按键N3上执行点选操作可以运行多应用程序界面D。需要说明的是，该点选操作以及下述的点选操作可以是双击、单击、滑动等操作用来选择应用程序的手势操作。Please refer to FIG. 4 to FIG. 5, when the entireterminal device 100 is in the folded state, when the first screen A is used, theprocessor 10 controls the first screen A to display a graphical user interface G. The graphical user interface G is a window where the user interacts with each application installed on theterminal device 100, and includes a navigation bar N. In this embodiment, the navigation bar N is located below the graphical user interface G. The navigation bar N includes a return key N1, a return to the main menu key N2, and a multitask trigger key N3, which are provided in order from left to right. The multi-application interface D can be executed by performing a click operation on the multi-task trigger button N3. It should be noted that the point-and-click operation and the point-and-click operation described below may be gesture operations for selecting applications, such as double-click, click, and slide operations.

处理器10响应用户的多任务触发操作控制在第一屏幕A上显示多应用程序界面D。多应用程序界面D包括至少两个依序排列的应用程序界面。其中，位于顺序前的应用程序界面部分遮挡位于顺序后一位的应用程序界面。可以理解的是，应用程序界面可以是按照从左至右、从右至左、从上至下、从下至上、从左上至右下、从右上至左下等的排列方式排列。在本实施例中，应用程序界面从左至右排列，该至少两张应用程序界面中的一应用程序界面位于多应用程序界面D的最左侧，其它的应用程序界面均依序位于前一应用程序界面的右侧并被前一应用程序界面遮住部分。Theprocessor 10 displays the multi-application interface D on the first screen A in response to the user's multi-task trigger operation control. The multi-application interface D includes at least two application interfaces arranged in sequence. Among them, the application program interface located before the order partially blocks the application program interface located next to the order. It can be understood that the application interface may be arranged in an arrangement from left to right, right to left, top to bottom, bottom to top, top left to bottom right, top right to bottom left, and so on. In this embodiment, the application program interfaces are arranged from left to right. One of the at least two application program interfaces is located at the far left of the multi-application program interface D, and the other application program interfaces are sequentially located at the previous one. The right side of the application interface is partially covered by the previous application interface.

本发明实施例所称应用程序界面，是指应用程序呈现在显示屏上的构成画面，包括但不限于应用程序的应用图标、应用程序前台工作时的画面、缩小或放大后的应用程序前台工作时的画面、应用程序切换至后台的前一时刻工作画面的截图、缩小或放大后的应用程序切换至后台前一时刻工作画面的截图等等。The application program interface referred to in the embodiments of the present invention refers to the composition screen that the application is presented on the display screen, including but not limited to the application icon of the application, the screen when the application is working in the foreground, and the reduced or enlarged application work in the foreground The screen at the time, the screenshot of the working screen at the previous moment when the application is switched to the background, the screenshot of the working screen at the previous moment when the reduced or enlarged application is switched to the background, and so on.

可以理解的是，在一实施例中，所述多任务触发操作为在多任务触发按键N3上执行点选操作。在另一实施例中，所述多任务触发操作还可以为在触控屏30的任意位置上执行的预设触发操作，其中，所述预设触发操作包括但不限于在触控屏30上连续滑动两次、执行预设的滑动手势，如圈形手势“O”等，在此不做限定。It can be understood that, in an embodiment, the multi-task trigger operation is to perform a click operation on the multi-task trigger button N3. In another embodiment, the multi-task trigger operation may also be a preset trigger operation performed on any position of thetouch screen 30, where the preset trigger operation includes, but is not limited to, on thetouch screen 30 Swipe twice in succession to perform preset sliding gestures, such as circle-shaped gesture "O", etc., which is not limited herein.

进一步地，本实施例中，处理器10控制所述多应用程序界面D中的所有应用程序界面按照最后 一次运行时间的先后次序在图形用户界面G上依序排列，即最后一次运行时间的应用程序界面显示在多应用程序界面D的最左侧，如此类推。可以理解的是，在其它实施例中，处理器10控制所述多应用程序界面D中的所有应用程序界面按照最后一次运行时间的先后顺序和/或优先级先后顺序的综合排序在图形用户界面G上依序排列，此处不做限定。Further, in this embodiment, theprocessor 10 controls all the application interfaces in the multi-application interface D to be sequentially arranged on the graphical user interface G according to the order of the last running time, that is, the applications of the last running time The program interface is displayed on the far left of the multi-application program interface D, and so on. It can be understood that, in other embodiments, theprocessor 10 controls all the application interfaces in the multi-application interface D to be sorted in the graphical user interface according to the comprehensive order of the last running time and / or the priority order. They are arranged in order on G, and are not limited here.

具体地，请参考图5，在本实施例中，触控屏30在折叠状态下，由第一屏幕A或者第三屏幕C显示的多应用程序界面D包括三张应用程序界面，即第一应用程序界面、第二应用程序界面和第三应用程序界面。第一应用程序界面位于最前面，第二应用程序界面被第一应用程序界面部分遮住，第三应用程序界面被第二应用程序界面部分遮住。Specifically, please refer to FIG. 5. In this embodiment, when thetouch screen 30 is in a folded state, the multi-application interface D displayed by the first screen A or the third screen C includes three application interfaces, namely the first The application program interface, the second application program interface, and the third application program interface. The first application program interface is at the front, the second application program interface is partially covered by the first application program interface, and the third application program interface is partially covered by the second application program interface.

可以理解的是，在一实施例中，第一应用程序界面遮住第二应用程序界面的部分的宽度大于第二应用程序界面遮住第三应用程序界面的部分的宽度。It can be understood that, in an embodiment, the width of the portion of the first application program interface that covers the second application interface is greater than the width of the portion of the second application program interface that covers the third application interface.

进一步地，在一实施例中，在第一屏幕A或者第三屏幕C上显示的第二应用程序界面不被遮挡部分的宽度是第一应用程序界面宽度的一半，第三应用程序界面不被遮挡部分的宽度是第二应用程序界面不被遮挡部分的宽度的一半。从而，使得多应用程序界面D更有层次感，方便用户进行选择。Further, in an embodiment, the width of the unobstructed portion of the second application program interface displayed on the first screen A or the third screen C is half the width of the first application program interface, and the third application program interface is not blocked. The width of the blocked portion is half of the width of the unblocked portion of the second application interface. As a result, the multi-application interface D is more layered, which is convenient for the user to choose.

可以理解的是，在其它实施例中，触控屏30在折叠状态下，由第一屏幕A或者第三屏幕C显示的多应用程序界面D可包括多于三张或者少于三张的应用程序界面。It can be understood that, in other embodiments, when thetouch screen 30 is in the folded state, the multi-application interface D displayed by the first screen A or the third screen C may include more than three or less than three applications Program interface.

在另一实施例中，处理器10控制触控屏30在展开状态显示的多应用程序界面D包括五张应用程序界面(如图11所示)，即，第一应用程序界面、第二应用程序界面、第三应用程序界面、第四应用程序界面和第五应用程序界面，且该五张应用程序界面之间没有重叠。在一实施例中，该五张应用程序界面之间还等间隔排列。可以理解的是，触控屏30在展开状态显示的多应用程序界面D包括的应用程序界面数量大于一个预设值时，其中一应用程序界面位于多应用程序界面D的最左侧，其它的应用程序界面均依序位于前一应用程序界面的右侧并被前一应用程序界面遮住部分In another embodiment, theprocessor 10 controls the multi-application interface D displayed on thetouch screen 30 in the expanded state to include five application interfaces (as shown in FIG. 11), that is, the first application interface and the second application The program interface, the third application program interface, the fourth application program interface, and the fifth application program interface, and there is no overlap between the five application program interfaces. In one embodiment, the five application interfaces are arranged at equal intervals. It can be understood that when the number of application interfaces included in the multi-application interface D displayed on thetouch screen 30 in the expanded state is greater than a preset value, one of the application interfaces is located at the far left of the multi-application interface D, and the other The application program interface is located on the right side of the previous application program interface and is partially covered by the previous application program interface

可以理解的是，触控屏30无论是在折叠状态还是在展开状态下，处理器10都能够响应用户在触控屏30上的左右滑动操作，控制多应用程序界面D当前显示在第一屏幕A或者第三屏幕C上的所有应用程序界面跟随该滑动操作一起滑动，并在其中一张应用程序界面滑动至第一屏幕A或者第三屏幕C的一侧边缘预设区域内时，隐藏该应用程序界面，且同时在第一屏幕A或者第三屏幕C的另一侧调出新的应用程序界面以填充由于该应用程序界面的隐藏而多出的空间。从而，用户可以通过在触控屏30上的左右滑动操作来查看更多的应用程序界面。可以理解的是，因滑动而隐藏于第一屏幕A或者第三屏幕C的一侧的应用程序界面可以从第一屏幕A或者第三屏幕C的另一侧显示出来。It can be understood that, whether thetouch screen 30 is in the folded state or in the expanded state, theprocessor 10 can respond to the user's left and right sliding operation on thetouch screen 30 to control the multi-application interface D to be currently displayed on the first screen All application program interfaces on A or the third screen C slide along with the sliding operation, and hide one when one of the application program interfaces slides into the preset area on one side edge of the first screen A or the third screen C An application program interface, and at the same time, a new application program interface is called on the other side of the first screen A or the third screen C to fill the extra space due to the hiding of the application program interface. Therefore, the user can view more application program interfaces by swiping left and right on thetouch screen 30. It can be understood that the application program interface hidden on one side of the first screen A or the third screen C due to sliding can be displayed from the other side of the first screen A or the third screen C.

进一步地，多应用程序界面D显示在导航栏N的上方，处理器10控制图形用户界面G上显示多应用程序界面D的同时在多应用程序界面D和导航栏N之间显示一清除键C。处理器10响应用户对清除键C的点选操作控制清除多应用程序界面D上的所有应用程序界面。Further, the multi-application interface D is displayed above the navigation bar N, and theprocessor 10 controls the graphical user interface G to display the multi-application interface D while displaying a clear key C between the multi-application interface D and the navigation bar N . Theprocessor 10 controls to clear all application program interfaces on the multi-application program interface D in response to the user's clicking operation on the clear key C.

多应用程序界面D还在每个应用程序界面的上方显示该应用程序界面的名称，例如，如图5所示，名称可以为“第一应用”、“第二应用”、“第三应用”等。可以理解的是，该些名称仅是示例，实际应用中，该些名称可以是“QQ”、“微信”、“邮箱”等，此处不做限定。The multi-application interface D also displays the name of the application interface above each application interface, for example, as shown in FIG. 5, the name may be "first application", "second application", "third application" Wait. It can be understood that these names are only examples. In practical applications, these names may be “QQ”, “WeChat”, “mailbox”, etc., which are not limited here.

需要说明的是，以下的交互说明以三个应用为例，即，以第一应用、第二应用和第三应用为例，且第一应用、第二应用和第三应用之间以颜色深浅的形式区别，或者通过对应应用图标进行标号的形式进行区别。但可以理解地，下述的交互方式可以扩展到多于三个应用或少于三个应用的情况，而并不以此为限。It should be noted that the following interaction description takes three applications as an example, that is, the first application, the second application, and the third application as an example, and the first application, the second application, and the third application are colored in shades The form is different, or the form is marked by the corresponding application icon. But understandably, the following interaction mode can be extended to more than three applications or less than three applications, and is not limited to this.

进一步地，请参考图5，触控屏30在折叠状态下，第一屏幕A显示多应用程序界面D，请同时参考图6，处理器10还响应在多应用程序界面D中选择一个应用程序界面时，控制将所选择的应用程序界面在第一屏幕A前台显示，并将未被选择的应用程序界面显示于第二屏幕B。其中，显示于所述第二屏幕B的未被选择的应用程序界面位于第二屏幕B呈曲面状的显示面上，在所述第一屏幕A前台显示的应用程序界面位于所述第一屏幕A呈平面状的显示面上。进一步地，显示于所述第二屏幕B的未被选择的应用程序界面于后台运行；和/或，被选择的应用程序界面在所述第一屏幕A上全屏显示。Further, please refer to FIG. 5, when thetouch screen 30 is in the folded state, the first screen A displays the multi-application interface D. Please also refer to FIG. 6, theprocessor 10 also responds to selecting an application in the multi-application interface D During the interface, the control displays the selected application program interface in the foreground of the first screen A, and displays the unselected application program interface on the second screen B. Wherein, the unselected application program interface displayed on the second screen B is located on the curved display surface of the second screen B, and the application program interface displayed on the foreground of the first screen A is located on the first screen A is a flat display surface. Further, the unselected application program interface displayed on the second screen B runs in the background; and / or, the selected application program interface is displayed on the first screen A in full screen.

具体地，当处理器10控制触控屏30在折叠状态下显示所述多应用程序界面D时，响应用户点选 该多应用程序界面D上的任一应用程序界面的点选操作，控制该点选的应用程序界面在所述第一屏幕A上切换到前台显示(其中，根据应用程序界面的预设显示尺寸，应用程序界面可全屏显示或部分显示)，并将多应用程序界面D中的其它应用程序界面依序显示在位于第二屏幕B的任务栏T1上。可以理解的是，显示在任务栏T1上的其它应用程序可以是应用图标，也可以是缩小之后的应用程序界面。具体地，当第一屏幕A上显示有多应用程序界面D，且该多应用程序界面D中的一应用程序界面接收到用户的点选操作时，处理器10控制将接收到点选操作的应用程序界面在第一屏幕A上切换到前台显示，优选为全屏显示；与此同时，处理器10还控制生成一任务栏T1，并将该任务栏T1显示于第二屏幕B的第一侧曲屏B1上，其中，该任务栏T1上显示有该多应用程序界面D中未被用户点选的应用程序界面，优选为未被用户点选的应用程序界面所对应的应用图标。在一实施例中，应用图标在任务栏T1的排列顺序与其对应的应用程序界面的排列顺序一致，且应用图标依序在任务栏T1从上至下、或从下至上排列。具体地，本实施例中，处理器10控制将多应用程序界面D中的其它应用程序界面从上至下依序显示在位于第一侧曲屏B1的任务栏T1上。例如，处理器10响应用户点选第一应用程序界面的点选操作，控制第一应用程序界面在第一屏幕A上全屏显示，并将多应用程序界面D中的第二应用程序界面和第三应用程序界面以应用图标的形式从上至下依序显示在位于第一侧曲屏B1的任务栏T1上。Specifically, when theprocessor 10 controls thetouch screen 30 to display the multi-application interface D in the folded state, it responds to the user's click operation of any application interface on the multi-application interface D to control the The selected application interface is switched to the foreground display on the first screen A (where the application interface can be displayed in full screen or partially according to the preset display size of the application interface), and the multi-application interface D The other application program interfaces are sequentially displayed on the task bar T1 located on the second screen B. It can be understood that the other application programs displayed on the task bar T1 may be application icons or the application program interface after being reduced. Specifically, when the multi-application interface D is displayed on the first screen A, and an application interface in the multi-application interface D receives the user's click operation, theprocessor 10 controls the The application program interface switches to the foreground display on the first screen A, preferably a full screen display; at the same time, theprocessor 10 also controls to generate a task bar T1 and display the task bar T1 on the first side of the second screen B On the curved screen B1, the task bar T1 displays an application program interface which is not selected by the user in the multi-application program interface D, preferably an application icon corresponding to the application program interface which is not selected by the user. In an embodiment, the arrangement order of application icons on the task bar T1 is consistent with the arrangement order of the corresponding application program interface, and the application icons are arranged on the task bar T1 from top to bottom or from bottom to top. Specifically, in this embodiment, theprocessor 10 controls to display other application program interfaces in the multi-application program interface D sequentially from top to bottom on the task bar T1 located on the first side curved screen B1. For example, theprocessor 10 responds to the user's selection operation of the first application program interface, controls the first application program interface to be displayed on the first screen A in full screen, and displays the second application program interface and the first The three application program interfaces are sequentially displayed in the form of application icons from top to bottom on the task bar T1 located on the first side curved screen B1.

请一并参考图7，处理器10响应用户在该任务栏T1上点选一应用程序界面的点选操作时，在该任务栏T1上取消显示被点选的所述应用程序界面，并控制将当前前台显示于第一屏幕A上的应用程序界面显示在任务栏T1上，并将任务栏T1上当前被点选的应用程序界面前台显示在第一屏幕A上。具体地，在一实施例中，当用户执行了点选任务栏T1上的一应用程序界面的应用图标的点选操作时，处理器10响应用户所施加的该点选操作将当前显示于第一屏幕A上的应用程序切换至后台运行，并在任务栏T1上生成并显示该新切换至后台运行的应用程序的应用图标；与此同时，处理器10还控制与用户点选操作的应用图标所对应的应用程序由后台运行切换至前台运行，并在第一屏幕A上全屏显示该新切换至前台运行的应用程序的应用程序界面。在一实施例中，新切换至后台运行的应用程序的应用图标以其原先在多任务界面D中的排列次序插入显示于任务栏T1中的应用图标队列。在其它实施例中，新切换至后台运行的应用程序的应用图标可以是将任务栏T1中的所有应用图标和新切换至后台运行的应用程序的应用图标按照预设规则重新排序后根据排序插入显示于任务栏T1中的应用图标队列，其中，该预设规则可以是按照该应用图标对应的应用程序的最后一次使用时间进行排序，或者是按照应用程序的系统优先级进行排序，或者是按照用户的设定规则进行排序等等。例如，处理器10响应用户在该任务栏T1上点选第二应用程序界面对应的应用图标时，在该任务栏T1上取消显示被点选的第二应用程序对应的应用图标，控制当前全屏显示的第一应用程序以应用图标的形式显示在任务栏T1上，且第一应用程序对应的应用图标位于第三应用程序对应的应用图标的上方，并将在任务栏T1上当前被点选的应用图标对应的第二应用程序界面全屏显示在第一屏幕A上。Please refer to FIG. 7 as well. When theprocessor 10 responds to the user ’s click operation of clicking an application interface on the task bar T1, the selected application interface is undisplayed on the task bar T1 and controls The application program interface currently displayed on the first screen A on the first screen A is displayed on the task bar T1, and the currently selected application program interface foreground on the task bar T1 is displayed on the first screen A. Specifically, in an embodiment, when the user performs a click operation of clicking an application icon of an application program interface on the task bar T1, theprocessor 10 displays the current display on the first page in response to the click operation applied by the user The application on the screen A is switched to run in the background, and the application icon of the newly switched application to the background is generated and displayed on the task bar T1; at the same time, theprocessor 10 also controls the application that the user clicks to operate The application corresponding to the icon is switched from running in the background to running in the foreground, and the application interface of the newly switched application running in the foreground is displayed on the first screen A in full screen. In an embodiment, the application icons of the newly switched applications running in the background are inserted into the application icon queue displayed in the task bar T1 in the order in which they were originally arranged in the multitasking interface D. In other embodiments, the application icons newly switched to the application running in the background may be all application icons in the task bar T1 and the application icons newly switched to the application running in the background according to preset rules, and then inserted according to the order The application icon queue displayed in the task bar T1, wherein the preset rule may be sorted according to the last usage time of the application corresponding to the application icon, or sorted according to the system priority of the application, or according to The user's setting rules are sorted and so on. For example, when theprocessor 10 responds to the user clicking the application icon corresponding to the second application interface on the task bar T1, the application icon corresponding to the selected second application program is undisplayed on the task bar T1 to control the current full screen The displayed first application is displayed on the task bar T1 in the form of an application icon, and the application icon corresponding to the first application is located above the application icon corresponding to the third application, and will be currently selected on the task bar T1 The second application interface corresponding to the application icon is displayed on the first screen A in full screen.

从而，可以通过任务栏T1快捷的切换多应用程序界面D中的任意应用程序界面在第一屏幕A上前台显示，可以实现更快捷的程序切换。Therefore, any application interface in the multi-application interface D can be quickly switched through the task bar T1 to be displayed in the foreground on the first screen A, and faster program switching can be realized.

进一步地，在一实施例中，处理器10控制任务栏T1中的多个应用图标沿着第二屏幕B的长度方向等间隔排列。可以理解的是，该任务栏T1可以设置于第一侧曲屏B1的上半部分或者下半部分，或者设置在整个第一侧曲屏B1上。当任务栏T1上的图标数量较多，使得整个任务栏T1长度大于第二屏幕B的长度时，也即第二屏幕B的长度限制，任务栏T1上的部分图标显示于第二屏幕B上，部分图标未显示于第二屏幕B上；此时，用户可通过手势操作例如滑动操作查看任务栏T1上先前未被显示于第二屏幕B上的图标，并根据需要将先前显示于第二屏幕B上的部分或全部图标进行隐藏。所述隐藏是指该图标未显示于第二屏幕B上。Further, in an embodiment, theprocessor 10 controls the multiple application icons in the task bar T1 to be arranged at regular intervals along the length direction of the second screen B. It can be understood that the task bar T1 may be set on the upper half or the lower half of the first side curved screen B1, or on the entire first side curved screen B1. When the number of icons on the taskbar T1 is large, making the entire taskbar T1 longer than the length of the second screen B, that is, the length limit of the second screen B, some icons on the taskbar T1 are displayed on the second screen B , Some icons are not displayed on the second screen B; at this time, the user can view the icons on the taskbar T1 that were not previously displayed on the second screen B through gesture operations such as a sliding operation, and display the previous icons on the second screen as needed Some or all icons on screen B are hidden. The hiding means that the icon is not displayed on the second screen B.

请一并参考图5和图8，另一实施例中，处理器10响应用户选中位于第一屏幕A上的多应用程序界面D中的任一应用程序界面的点选操作选中一应用程序界面，处理器10还响应将该选中的应用程序界面拖动至第一侧曲屏B1处的拖动操作时，处理器10识别该拖动操作为将选中的应用程序界面发送到第三屏幕C的操作，并控制第三屏幕C前台显示该应用程序界面(如，第二应用程序界面)。当用户将终端设备100翻转至第三屏幕C朝上并在第三屏幕C上观看或者使用该应用程序界面(如，第 二应用程序界面)时，处理器10还控制将任务栏T1显示在第二侧曲屏B3上。当然，处理器10在识别该拖动操作为将选中的应用程序界面发送到第三屏幕C的操作之后，也可以并不立即控制第三屏幕C显示应用程序界面，而是等到终端设备100翻转到第三屏幕C朝上时再控制第三屏幕C全屏显示应用程序界面，以节省电量并防止误触。请同时参考图9，当用户将终端设备100再次翻转至第一屏幕A朝上并观看或者使用第一屏幕A时，处理器10控制显示在第一屏幕A上的多应用程序界面D不包括当前显示在第三屏幕C上的应用程序界面(如第二应用程序界面)。Please refer to FIG. 5 and FIG. 8 together. In another embodiment, theprocessor 10 selects an application program interface in response to a user's selection operation of any application program interface in the multi-application program interface D located on the first screen A When theprocessor 10 also responds to the drag operation of dragging the selected application interface to the first side curved screen B1, theprocessor 10 recognizes that the drag operation is to send the selected application interface to the third screen C And control the front screen of the third screen C to display the application program interface (for example, the second application program interface). When the user flips theterminal device 100 to the third screen C facing upward and views or uses the application program interface (eg, second application program interface) on the third screen C, theprocessor 10 also controls to display the task bar T1 in On the second curved screen B3. Of course, after recognizing that the drag operation is an operation of sending the selected application interface to the third screen C, theprocessor 10 may not immediately control the third screen C to display the application interface, but wait until theterminal device 100 turns over When the third screen C is facing upward, the third screen C is controlled to display the application interface in full screen to save power and prevent accidental touch. Referring to FIG. 9 at the same time, when the user flips theterminal device 100 again to the first screen A facing upward and watching or using the first screen A, theprocessor 10 controls the multi-application interface D displayed on the first screen A does not include The application program interface currently displayed on the third screen C (such as the second application program interface).

请再次参考图5，并一同参考图10和图11，其中，图10中的①代表折叠状态，②代表过渡状态，③代表展开状态。当触控屏30从折叠状态转换为展开状态，即，展开角度发生变化时，处理器10根据触控屏30的展开角度的变化控制所述图形用户界面G的大小。Please refer to FIG. 5 again, and refer to FIGS. 10 and 11 together, where ① in FIG. 10 represents the folded state, ② represents the transition state, and ③ represents the unfolded state. When thetouch screen 30 transitions from the folded state to the unfolded state, that is, the unfolding angle changes, theprocessor 10 controls the size of the graphical user interface G according to the change in the unfolding angle of thetouch screen 30.

具体地，在一实施例中，当所述触控屏30包括第一屏幕A和第二屏幕B时，所述第一屏幕A和所述第二屏幕B共同形成一整张连续的柔性显示屏。处理器10控制所述图形用户界面G随着展开角度的变化从所述第一屏幕A延伸至所述第二屏幕B。可以理解的是，在另一实施例中，当所述触控屏30包括第一屏幕A、第二屏幕B和第三屏幕C时，所述第一屏幕A、第二屏幕B和第三屏幕C共同形成一整张连续的柔性显示屏。处理器10控制所述图形用户界面G随着展开角度的变化从所述第一屏幕A延伸至所述第三屏幕C。Specifically, in an embodiment, when thetouch screen 30 includes a first screen A and a second screen B, the first screen A and the second screen B together form a continuous continuous flexible display Screen. Theprocessor 10 controls the graphical user interface G to extend from the first screen A to the second screen B as the deployment angle changes. It can be understood that, in another embodiment, when thetouch screen 30 includes the first screen A, the second screen B, and the third screen C, the first screen A, the second screen B, and the third Screen C forms a continuous continuous flexible display screen. Theprocessor 10 controls the graphical user interface G to extend from the first screen A to the third screen C as the deployment angle changes.

具体地，在一实施例中，所述处理器10根据所述展开角度的变化移动所述显示窗口W的窗口边界线E以调整所述显示窗口W的大小及根据所述窗口边界线E的移动控制所述图形用户界面G适配所述显示窗口W的大小。Specifically, in an embodiment, theprocessor 10 moves the window boundary line E of the display window W according to the change of the expansion angle to adjust the size of the display window W and according to the window boundary line E Move and control the graphical user interface G to adapt to the size of the display window W.

进一步地，在一实施例中，所述处理器10根据所述显示窗口W的大小控制所述多应用程序界面D的所有应用程序界面动态适配该显示窗口W的大小。Further, in an embodiment, theprocessor 10 controls all application program interfaces of the multi-application program interface D to dynamically adapt to the size of the display window W according to the size of the display window W.

具体地，处理器10获取角度感测器40感测到的第一屏幕A和第三屏幕C之间的展开角度。处理器10根据角度感测器40获取的展开角度的变化移动窗口边界线E以调整显示窗口W的大小以及根据窗口边界线E的移动控制多应用程序界面D的所有应用程序界面适配显示窗口W的大小。具体地，处理器10能够根据显示窗口W的大小动态地调整位于显示窗口W内的应用程序界面的个数和相邻应用程序界面之间的被遮挡部分的宽度以及相邻应用程序界面之间的距离。当显示窗口W变小时，不能显示在显示窗口W内的应用程序界面将移出该显示窗口W；其中，移出的位置是指从远离窗口边界线E的一侧移出。当显示窗口W变大时，原先没有显示在显示窗口W内的应用程序界面将移入该显示窗口W，以填充变大后的显示窗口W内的增加空间。其中，移入的位置是指从远离窗口边界线E的一侧移入。从而，使得位于显示窗口W内的应用程序界面的个数随着显示窗口W的大小进行适配。Specifically, theprocessor 10 acquires the spread angle between the first screen A and the third screen C sensed by theangle sensor 40. Theprocessor 10 moves the window boundary line E according to the change of the expansion angle acquired by theangle sensor 40 to adjust the size of the display window W and controls all application interface of the multi-application interface D to adapt to the display window according to the movement of the window boundary line E The size of W. Specifically, theprocessor 10 can dynamically adjust the number of application program interfaces located in the display window W and the width of the blocked portion between adjacent application program interfaces and between adjacent application program interfaces according to the size of the display window W distance. When the display window W becomes smaller, the application program interface that cannot be displayed in the display window W will move out of the display window W; where the moved out position refers to moving away from the side away from the window boundary line E. When the display window W becomes larger, the application program interface that was not originally displayed in the display window W will move into the display window W to fill the increased space in the enlarged display window W. The moving-in position refers to moving in from the side away from the window boundary line E. Therefore, the number of application program interfaces located in the display window W is adapted to the size of the display window W.

具体地，在一实施例中，处理器10在展开角度从0度增大到180度的过程中，控制窗口边界线E移动使得显示窗口W随着展开角度的增大而增大，并控制位于显示窗口W内的应用程序界面的个数随着展开角度的增大而增加，且控制相邻应用程序界面之间的被遮挡部分的宽度随着展开角度的增大而逐渐减小，以及控制相邻应用程序界面之间的距离随展开角度的增大而逐渐增大。所述处理器10在所述展开角度从180度减小到0度的过程中，控制所述窗口边界线E移动使得所述显示窗口W随着所述展开角度的减小而减小，并控制位于所述显示窗口W内的应用程序界面的个数随着所述展开角度的减小而减小，且控制相邻应用程序界面之间的被遮挡部分的宽度随着展开角度的减小而逐渐增大以及控制相邻应用程序界面之间的距离随展开角度的减小而逐渐减小。Specifically, in an embodiment, theprocessor 10 controls the window boundary line E to move so that the display window W increases with the increase of the expansion angle during the process of the expansion angle increasing from 0 degrees to 180 degrees, and controls The number of application program interfaces located in the display window W increases as the deployment angle increases, and the width of the blocked portion between adjacent application program interfaces is controlled to gradually decrease as the deployment angle increases, and Controlling the distance between adjacent application program interfaces gradually increases as the deployment angle increases. Theprocessor 10 controls the window boundary line E to move so that the display window W decreases as the expansion angle decreases as the expansion angle decreases from 180 degrees to 0 degrees, and Controlling the number of application program interfaces located in the display window W to decrease as the expansion angle decreases, and controlling the width of the blocked portion between adjacent application program interfaces as the expansion angle decreases The gradual increase and control of the distance between adjacent application program interfaces gradually decrease as the deployment angle decreases.

具体地，在一实施例中，当所述第一屏幕A朝上且所述触控屏30的展开角度从0度增大到180度的过程中，处理器10控制窗口边界线E左移并控制应用程序界面跟随窗口边界线E一同向左移动，从而，新加入的应用程序界面从远离窗口边界线E的右侧移入。当所述第三屏幕C朝上且所述触控屏30的展开角度从0度增大到180度的过程中，处理器10控制窗口边界线E右移并控制应用程序界面跟随窗口边界线E一同向右移动，从而，新加入的应用程序界面从远离窗口边界线E的左侧移入。当所述第一屏幕A朝上且所述触控屏30的展开角度从180度减小到0度的过程中，处理器10控制窗口边界线E右移并控制应用程序界面跟随窗口边界线E一同向右移动，从而，由于显示窗口W变小导致不能显示在显示窗口W内的应用程序界面从远离窗口边界线E的右侧移出。当所述第三屏幕C朝上且所 述触控屏30的展开角度从180度减小到0度的过程中，处理器10控制窗口边界线E左移并控制应用程序界面跟随窗口边界线E一同向左移动，从而，由于显示窗口W变小导致不能显示在显示窗口W内的应用程序界面从远离窗口边界线E的左侧移出。Specifically, in an embodiment, when the first screen A faces upward and the expansion angle of thetouch screen 30 increases from 0 degrees to 180 degrees, theprocessor 10 controls the window boundary line E to move to the left And control the application program interface to move to the left along with the window boundary line E, so that the newly added application program interface moves from the right side away from the window boundary line E. When the third screen C faces upward and the expansion angle of thetouch screen 30 increases from 0 degrees to 180 degrees, theprocessor 10 controls the window boundary line E to move right and controls the application program interface to follow the window boundary line E moves to the right together, so that the newly added application interface moves in from the left side away from the window boundary E. When the first screen A faces upward and the expansion angle of thetouch screen 30 decreases from 180 degrees to 0 degrees, theprocessor 10 controls the window boundary line E to move right and controls the application program interface to follow the window boundary line E moves to the right together, so that the application program interface that cannot be displayed in the display window W moves out of the right side away from the window boundary line E because the display window W becomes smaller. When the third screen C faces upward and the expansion angle of thetouch screen 30 decreases from 180 degrees to 0 degrees, theprocessor 10 controls the window boundary line E to move to the left and controls the application program interface to follow the window boundary line E moves to the left together, so that the application program interface that cannot be displayed in the display window W moves out of the left side away from the window boundary line E because the display window W becomes smaller.

具体地，在一实施例中，处理器10在展开角度从0度增大到180度的过程中，即，在展开的过程中，控制应用程序界面的移动速度与展开角度的增大速度呈正比，以及控制相邻应用程序界面之间的被遮挡部分的宽度的递减速度与展开角度的增大速度呈正比。处理器10在展开角度从180度减小到0度的过程中，即，在折叠的过程中，控制应用程序界面的移动速度与展开角度的减小速度呈正比，以及控制相邻应用程序界面之间的被遮挡部分的宽度的递增速度与展开角度的减小速度呈正比。其中，所述应用程序界面的移动速度是指应用程序界面跟随窗口边界线E移动的速度。Specifically, in an embodiment, theprocessor 10 controls the movement speed of the application program interface to increase positively when the deployment angle increases from 0 degrees to 180 degrees, that is, during the deployment process Ratio, and the decreasing speed of controlling the width of the blocked part between adjacent application program interfaces is proportional to the increasing speed of the expansion angle. Theprocessor 10 controls the movement speed of the application program interface to be proportional to the reduction speed of the deployment angle during the process of reducing the deployment angle from 180 degrees to 0 degrees, that is, during the folding process, and controls the adjacent application program interface The increasing speed of the width of the blocked portion in between is proportional to the decreasing speed of the deployment angle. Wherein, the moving speed of the application program interface refers to the moving speed of the application program interface following the window boundary line E.

具体地，在一实施例中，处理器10在展开角度变化的过程中，控制每张应用程序界面的大小保持不变。Specifically, in an embodiment, theprocessor 10 controls the size of each application program interface to remain unchanged while the deployment angle changes.

具体地，如图11所示，处理器10控制触控屏30在展开角度为180度时显示的多应用程序界面D显示在触控屏30上。如图5所示，处理器10控制触控屏30在展开角度为0度时显示的多应用程序界面D显示在第一屏幕A上。可以理解的是，在其它实施例中，如果触控屏30的第三屏幕C朝上并且处于使用状态，则处理器10控制触控屏30在展开角度为0度时显示的多应用程序界面D显示在第三屏幕C上。Specifically, as shown in FIG. 11, theprocessor 10 controls thetouch screen 30 to display the multi-application interface D displayed on thetouch screen 30 when the deployment angle is 180 degrees. As shown in FIG. 5, theprocessor 10 controls thetouch screen 30 to display the multi-application interface D displayed on the first screen A when the expansion angle is 0 degrees. It can be understood that, in other embodiments, if the third screen C of thetouch screen 30 faces upward and is in use, theprocessor 10 controls the multi-application interface displayed when the expansion angle of thetouch screen 30 is 0 degrees D is displayed on the third screen C.

触控屏30在展开状态下还可以实现左右分屏显示，甚至可以在柔性触屏触控屏30上直接实现上下分屏显示等。具体如下：In the unfolded state, thetouch screen 30 can also realize left and right split screen display, and can even realize the up and down split screen display directly on the flexible touchscreen touch screen 30. details as follows:

请参考图11，触控屏30在展开状态下显示一图形用户界面G，该图形用户界面G包括一多应用程序界面D，该多应用程序界面D包括至少两张依序间隔排列的应用程序界面。本实施例中，该多应用程序界面D包括依序排列的第一应用程序界面、第二应用程序界面、第三应用程序界面、第四应用程序界面、第五应用程序界面。Referring to FIG. 11, thetouch screen 30 displays a graphical user interface G in the expanded state. The graphical user interface G includes a multi-application program interface D. The multi-application program interface D includes at least two application program interfaces arranged in sequence at intervals. In this embodiment, the multi-application interface D includes a first application interface, a second application interface, a third application interface, a fourth application interface, and a fifth application interface arranged in this order.

请一并参考图13，处理器10响应用户的分屏操作将所述触控屏30分为相邻设置的第一显示区域W1和第二显示区域W2，并控制在所述第一显示区域W1和所述第二显示区域W2中分别显示不同的应用程序界面。Referring to FIG. 13 together, theprocessor 10 divides thetouch screen 30 into the adjacent first display area W1 and second display area W2 in response to the user's split screen operation, and controls the first display area W1 and the second display area W2 respectively display different application program interfaces.

本实施例中，所述第一显示区域W1和所述第二显示区域W2为左右相邻设置。可以理解的是，在其它实施例中，所述第一显示区域W1和所述第二显示区域W2为上下相邻设置。In this embodiment, the first display area W1 and the second display area W2 are arranged adjacent to each other. It can be understood that, in other embodiments, the first display area W1 and the second display area W2 are arranged adjacent to each other.

在一实施例中，所述处理器10响应对相应的应用程序界面的操作而将触控屏30分为第一显示区域W1及第二显示区域W2，并控制将被操作的应用程序界面显示于第一显示区域W1，将多应用程序界面D保留显示于第二显示区域W2。In an embodiment, theprocessor 10 divides thetouch screen 30 into a first display area W1 and a second display area W2 in response to the operation of the corresponding application program interface, and controls the display of the application program interface to be operated In the first display area W1, the multi-application interface D is reserved and displayed in the second display area W2.

在一实施例中，所述处理器10将被操作的应用程序界面显示于第一显示区域W1时，还控制多应用程序界面D朝向远离第一显示区域W1的方向移动，直至多应用程序界面D越过第一显示区域W1与第二显示区域W2的分界线并进入第二显示区域W2。所述处理器10还响应对第二显示区域W2的另一应用程序界面的操作而将该另一应用程序界面于第二显示区域W2前台显示。In an embodiment, when theprocessor 10 displays the operated application program interface in the first display area W1, it also controls the multi-application interface D to move away from the first display area W1 until the multi-application interface D crosses the boundary between the first display area W1 and the second display area W2 and enters the second display area W2. Theprocessor 10 also displays the other application program interface in the foreground of the second display area W2 in response to the operation of the other application program interface in the second display area W2.

具体地，请再次参考图12，所述分屏操作包括长按对应的应用程序界面的长按操作以及拖动该应用程序界面至所述分屏提示栏的预定范围内的拖动操作。处理器10响应所述长按操作并在图形用户界面G的顶部显示分屏提示栏，并继续响应拖动该拖动操作将该应用程序界面拖动至所述分屏提示栏的预定范围内时，控制触控屏30分屏为第一显示区域W1和第二显示区域W2，并控制将被操作的应用程序界面显示于第一显示区域W1，将多应用程序界面D保留显示于第二显示区域W2，或者相反。当在该第一显示区域W1显示应用程序界面时，处理器10还控制多应用程序界面D朝向远离第一显示区域W1的方向移动，直至多应用程序界面D越过第一显示区域W1与第二显示区域W2的分界线并进入第二显示区域W2。所述处理器10还响应对第二显示区域W2的另一应用程序界面的操作而将该另一应用程序界面于第二显示区域W2前台显示。Specifically, please refer to FIG. 12 again, the split-screen operation includes a long-press operation of long-pressing the corresponding application program interface and a drag operation of dragging the application program interface to the predetermined range of the split-screen prompt bar. Theprocessor 10 responds to the long-press operation and displays a split screen prompt bar at the top of the graphical user interface G, and continues to drag the application interface to the predetermined range of the split screen prompt bar in response to the drag operation , Thetouch screen 30 is divided into the first display area W1 and the second display area W2, and the operated application program interface is displayed on the first display area W1, and the multi-application interface D is kept displayed on the second Display area W2, or vice versa. When displaying the application interface in the first display area W1, theprocessor 10 also controls the multi-application interface D to move away from the first display area W1 until the multi-application interface D crosses the first display area W1 and the second The dividing line of the display area W2 enters the second display area W2. Theprocessor 10 also displays the other application program interface in the foreground of the second display area W2 in response to the operation of the other application program interface in the second display area W2.

举例来说，请参考图12，处理器10响应用户长按第二应用程序界面的长按操作至触控屏30的顶部出现分屏提示“拖到此处进入分屏”以及继续响应用户拖动第二应用程序界面至该分屏提示的拖动操 作时，控制触控屏30分为相邻设置的第一显示区域W1和第二显示区域W2，并控制将该第二应用程序界面显示在该第二显示区域W2。For example, referring to FIG. 12, theprocessor 10 responds to the user ’s long-press operation of the second application program interface until a split screen prompt “Drag here to enter the split screen” appears at the top of thetouch screen 30 and continues to respond to the user ’s drag When the second application program interface is moved to the drag operation of the split screen prompt, thetouch screen 30 is controlled to be divided into an adjacently set first display area W1 and second display area W2, and the second application program interface is controlled to be displayed In this second display area W2.

其中，需要说明的是，“长按操作”是指长按屏幕的同一位置大于预设时长，“拖动操作”是指拖动应用程序界面跟随手指的滑动一起滑动。上述的长按操作和拖动操作是连贯性的，也就是说，两个动作之间没有间歇，手指不需抬起。Among them, it should be noted that “long-press operation” refers to long-pressing the same position on the screen greater than the preset duration, and “drag operation” refers to dragging the application program interface to slide along with the sliding of the finger. The above-mentioned long press operation and drag operation are consistent, that is to say, there is no pause between the two actions, and the finger does not need to be lifted.

可选择地，请再次参考图12，对于支持分屏的应用程序界面，还可以通过分屏图标K实现分屏，该分屏图标K显示在支持分屏的应用程序界面的对应位置处。可以理解的是，分屏图标K可以默认显示在能够支持分屏的应用程序界面的下方或者通过预定的手势显示，例如长按该应用程序界面而触发显示在该应用程序界面的下方。可以理解的是，该分屏图标K还可显示在能够支持分屏的应用程序界面的上方。本实施例中，分屏图标K包括两个相互间隔设置的小方块，该两个小方块是一个整体图标。该图标用于指示通过该图标可以实现该应用程序界面与其它应用程序界面之间的分屏显示操作。可以理解的是，在另一实施例中，分屏图标K的两个小方块用于指示用户选择在第一显示区域W1或者第二显示区域W2进行分屏显示，比如在分屏图标K的旁边再标注L或R，表示该分屏图标K对应的应用程序界面默认会分屏至左侧的显示区域或右侧的显示区域。可以理解的是，在另一实施中，分屏图标K还可呈其它形状，此处不做限制。Alternatively, please refer to FIG. 12 again. For an application program interface supporting split screen, a split screen icon K can also be used to achieve split screen, and the split screen icon K is displayed at a corresponding position of the application program interface supporting split screen. It can be understood that the split screen icon K may be displayed below the application program interface capable of supporting split screen by default or through a predetermined gesture display, for example, a long press on the application program interface to trigger the display below the application program interface. It can be understood that the split screen icon K can also be displayed above the application program interface capable of supporting split screen. In this embodiment, the split screen icon K includes two small squares spaced apart from each other, and the two small squares are a whole icon. The icon is used to indicate that the icon can be used to implement a split-screen display operation between the application program interface and other application program interfaces. It can be understood that, in another embodiment, the two small squares of the split-screen icon K are used to instruct the user to select split-screen display in the first display area W1 or the second display area W2, such as Mark L or R next to it, indicating that the application interface corresponding to the split screen icon K will split the screen to the left display area or the right display area by default. It can be understood that, in another implementation, the split screen icon K may also have other shapes, which is not limited herein.

具体地，在一实施例中，处理器10控制能够支持分屏功能的应用程序界面的下方显示该分屏图标K。处理器10还响应对分屏图标K的点选操作控制触控屏30分屏为第一显示区域W1和第二显示区域W2，并首先在第一显示区域W1显示所述分屏键K对应的应用程序界面，将多应用程序界面D中的其它应用程序界面显示在第二显示区域W2。当在该第一显示区域W1显示应用程序界面时，处理器10还控制多应用程序界面D朝向远离第一显示区域W1的方向移动，直至多应用程序界面D越过第一显示区域W1与第二显示区域W2的分界线并进入第二显示区域W2。处理器10还响应对位于该第二显示区域W2内的多应用程序界面D的其中一应用程序界面的点选操作或该应用程序界面下方的分屏图标K的点选操作控制该应用程序界面显示在该第二显示区域W2。Specifically, in an embodiment, theprocessor 10 controls the display of the split-screen icon K below the application program interface capable of supporting the split-screen function. Theprocessor 10 also controls the splitting of thetouch screen 30 into the first display area W1 and the second display area W2 in response to the click operation on the split screen icon K, and first displays the corresponding of the split screen key K in the first display area W1 Application interface of the application, displaying other application interface in the multi-application interface D in the second display area W2. When displaying the application interface in the first display area W1, theprocessor 10 also controls the multi-application interface D to move away from the first display area W1 until the multi-application interface D crosses the first display area W1 and the second The dividing line of the display area W2 enters the second display area W2. Theprocessor 10 also controls the application program interface in response to a selection operation of one of the application program interfaces of the multi-application program interface D located in the second display area W2 or a selection operation of the split screen icon K below the application program interface It is displayed in this second display area W2.

本实施例中，第一显示区域W1位于触控屏30的左侧，第二显示区域W2位于触控屏30的右侧。可以理解的是，在其它实施例中，第一显示区域W1可以设置在触控屏30的右侧，第二显示区域W2可以设置在触控屏30的左侧。In this embodiment, the first display area W1 is located on the left side of thetouch screen 30, and the second display area W2 is located on the right side of thetouch screen 30. It can be understood that, in other embodiments, the first display area W1 may be disposed on the right side of thetouch screen 30, and the second display area W2 may be disposed on the left side of thetouch screen 30.

进一步地，请再次参考图13，当触控屏30的显示区域分为第一显示区域W1和第二显示区域W2时，第一显示区域W1与第二显示区域W2之间形成分界线，处理器10控制在第一显示区域W1和第二显示区域W2之间的分界线上显示分屏条S1。处理器10响应用户对分屏条S1所施加的往触控屏30的左或右拖动的拖动操作，来调节第一显示区域W1和第二显示区域W2显示大小的比例。Further, please refer to FIG. 13 again, when the display area of thetouch screen 30 is divided into the first display area W1 and the second display area W2, a boundary line is formed between the first display area W1 and the second display area W2, the processing Thecontroller 10 controls the display of the split screen bar S1 on the boundary between the first display area W1 and the second display area W2. Theprocessor 10 adjusts the ratio of the display sizes of the first display area W1 and the second display area W2 in response to the user's drag operation to the left or right of thetouch screen 30 applied to the split screen bar S1.

具体地，处理器10在分屏条S1向左侧拖动时，第一显示区域W1的宽度h1变小，第二显示区域W2的宽度h2变大，即调整第一显示区域W1变小，调整第二显示区域W2变大。处理器10在分屏条S1向右侧拖动时，第一显示区域W1的宽度h1变大，第二显示区域W2的宽度h2变小，即调整第一显示区域W1变大，调整第二显示区域W2变小。更加具体地，处理器10在分屏条S1拖动至触控屏30的最左侧，即所述触控屏30的一末端时，调整第二显示区域W2的显示大小使其占据触控屏30的整个显示区域，此时之前显示在第一显示区域W1的应用程序界面切换到后台运行。处理器10在分屏条S1拖动到触控屏30的最右侧，即所述触控屏30的另一末端时，调整第一显示区域W1的显示大小使其占据触控屏30的整个显示区域，此时之前显示在第二显示区域W2的应用程序界面切换到后台运行。可以理解地，也可以不显示分屏条S1，直接通过拖动第一显示区域W1和第二显示区域W2之间的分界线来实现上述功能。Specifically, when theprocessor 10 drags the split screen bar S1 to the left, the width h1 of the first display area W1 becomes smaller, and the width h2 of the second display area W2 becomes larger, that is, the adjustment of the first display area W1 becomes smaller, The adjustment second display area W2 becomes larger. When theprocessor 10 drags the split screen bar S1 to the right, the width h1 of the first display area W1 becomes larger, and the width h2 of the second display area W2 becomes smaller, that is, the first display area W1 becomes larger and the second The display area W2 becomes smaller. More specifically, when the split screen bar S1 is dragged to the leftmost side of thetouch screen 30, that is, one end of thetouch screen 30, theprocessor 10 adjusts the display size of the second display area W2 to occupy the touch In the entire display area of thescreen 30, the application program interface previously displayed in the first display area W1 is switched to run in the background. When the split screen bar S1 is dragged to the far right of thetouch screen 30, that is, the other end of thetouch screen 30, theprocessor 10 adjusts the display size of the first display area W1 to occupy thetouch screen 30. For the entire display area, the application program interface previously displayed in the second display area W2 is switched to run in the background. Understandably, the split screen bar S1 may not be displayed, and the above function may be realized by directly dragging the dividing line between the first display area W1 and the second display area W2.

进一步地，请一并参考图14，处理器10响应对分屏条S1的点选操作控制显示一分屏工具栏S2。具体地，分屏工具栏S2包括左右对换选项S21。处理器10响应用户对左右对换选项S21的点选操作控制显示在第一显示区域W1和第二显示区域W2的应用程序界面对换显示，即左右对换选项S21接收到用户的点选操作时，处理器10控制将第一显示区域W1所显示第一应用程序界面替换为先前显示于第二显示区域W2内的第二应用程序界面，并控制将第二显示区域W2所显示的第二应用程序界面替换为 先前显示于第一显示区域W1内的第一应用程序界面。Further, referring to FIG. 14 together, theprocessor 10 controls to display a split screen toolbar S2 in response to the click operation on the split screen bar S1. Specifically, the split-screen toolbar S2 includes a left-right swap option S21. Theprocessor 10 controls the swap display of the application interface displayed in the first display area W1 and the second display area W2 in response to the user's tap operation on the left and right swap option S21, that is, the left and right swap option S21 receives the user's tap operation At this time, theprocessor 10 controls to replace the first application program interface displayed in the first display area W1 with the second application program interface previously displayed in the second display area W2, and controls the second display interface displayed in the second display area W2 The application program interface is replaced with the first application program interface previously displayed in the first display area W1.

进一步地，分屏工具栏S2还包括退出分屏选项S22。具体地，在一实施例中，所述退出分屏选项S22为一个×形符号。处理器10响应对退出分屏选项S22的点选操作控制退出分屏显示，即退出以第一显示区域W1和第二显示区域W2分屏显示的显示方式，并返回到分屏前的多应用程序界面D，例如，如图11所示的多应用程序界面D。当然，也可以返回到主页，或者第一显示区域W1及第二显示区域W2其中一个显示的多应用程序界面。Further, the split screen toolbar S2 also includes an exit split screen option S22. Specifically, in an embodiment, the exit split screen option S22 is an X-shaped symbol. Theprocessor 10 controls to exit the split-screen display in response to the click operation on the exit split-screen option S22, that is, to exit the display mode of split-screen display in the first display area W1 and the second display area W2, and return to the multi-application before the split screen The program interface D, for example, the multi-application program interface D shown in FIG. 11. Of course, you can also return to the homepage, or the multi-application interface displayed in one of the first display area W1 and the second display area W2.

进一步地，分屏工具栏S2还包括分屏应用列表S23。请一并参考图15，处理器10响应对分屏应用列表S23的点选操作控制在第二显示区域W2/第一显示区域W1上显示图标列表，所述图标列表可以是可支持分屏的应用程序的图标列表。Further, the split screen toolbar S2 further includes a split screen application list S23. Referring to FIG. 15 together, theprocessor 10 controls to display an icon list on the second display area W2 / first display area W1 in response to the tap operation on the split screen application list S23, and the icon list may be capable of supporting split screen List of icons for applications.

进一步地，在一实施例中，处理器10控制在第二显示区域W2/第一显示区域W1上显示图标列表时，还将分屏工具栏S2切换为分屏条S1显示。可以理解的是，在其它实施例中，处理器10响应左右对换选项S21、退出分屏选项S22或分屏应用列表S23的点选操作均可控制将分屏工具栏S2切换为分屏条S1显示，并在再次点选分屏条S1时，再次唤醒分屏工具栏S2。Further, in an embodiment, when theprocessor 10 controls the display of the icon list on the second display area W2 / first display area W1, the split screen toolbar S2 is also switched to the split screen bar S1 for display. It can be understood that, in other embodiments, theprocessor 10 can control the switching of the split screen toolbar S2 to a split screen bar in response to the click operation of the left and right swap option S21, the exit split screen option S22 or the split screen application list S23 S1 is displayed, and when the split screen bar S1 is clicked again, the split screen toolbar S2 is woken up again.

可理解，在一实施例中，触控屏30在展开状态下且被分为左右相邻设置的所述第一显示区域W1及第二显示区域W2的情况下，当触控屏30由展开状态下开始弯折至折叠状态时，触控屏30延续其展开状态下的屏幕分布，即，所述第一显示区域W1及第二显示区域W2分别位于终端设备100相反的两侧上。It can be understood that, in an embodiment, when thetouch screen 30 is in the expanded state and is divided into the first display area W1 and the second display area W2 arranged adjacent to each other, when thetouch screen 30 is expanded When it starts to bend to the folded state in the state, thetouch screen 30 continues the screen distribution in the expanded state, that is, the first display area W1 and the second display area W2 are respectively located on opposite sides of theterminal device 100.

进一步地，当所述触控屏30处于折叠状态时，所述处理器10响应用户的分屏操作将所述触控屏30分为第一显示区域W1及第二显示区域W2时，控制所述第一显示区域W1与所述第二显示区域W2的交界线位于所述触控屏30的折弯位置，即第二屏幕B处。Further, when thetouch screen 30 is in the folded state, theprocessor 10 controls the control panel when thetouch screen 30 is divided into the first display area W1 and the second display area W2 in response to the user's split screen operation The boundary between the first display area W1 and the second display area W2 is located at the bending position of thetouch screen 30, that is, at the second screen B.

可以理解的是，在其它实施例中，触控屏30在展开状态下不仅可以实现左右分屏显示，还可以实现在第一显示区域W1或者第二显示区域W2内实现上下分屏显示。进一步地，触控屏30还可以在折叠状态下实现第一屏幕A和/或第三屏幕C的上下分屏显示和/或左右分屏显示。具体详述如下：It can be understood that, in other embodiments, thetouch screen 30 can not only realize left-right split-screen display in the expanded state, but also realize up-down split-screen display in the first display area W1 or the second display area W2. Further, thetouch screen 30 can also realize the top and bottom split screen display and / or the left and right split screen display of the first screen A and / or the third screen C in the folded state. The details are as follows:

请一并参考图16，处理器10在触控屏30处于折叠状态时，响应用户长按对应应用程序界面的长按操作控制在第一屏幕A上显示分屏提示，并响应将选中的应用程序界面拖动至分屏提示处的拖动操作，实现分屏显示。具体地，在一实施例中，所述分屏提示为显示在所述第一屏幕A的顶部显示的“拖到此处上下分屏”。Please refer to FIG. 16 together. When thetouch screen 30 is in the folded state, theprocessor 10 responds to the user ’s long press on the corresponding application program interface to control the display of the split screen prompt on the first screen A, and responds to the selected application. Drag the program interface to the split screen prompt to achieve split screen display. Specifically, in an embodiment, the split screen prompt is displayed as “drag here to split screen up and down” displayed on the top of the first screen A.

请一并参考图17，具体地，当用户将选中的应用程序界面拖动至第一屏幕A的顶部区域的分屏提示处时，处理器10响应将应用程序界面拖动至第一屏幕A的顶部区域的分屏提示处的拖动操作，控制将第一屏幕A分为第三显示区域W3和第四显示区域W4，以及控制在第三显示区域W3和第四显示区域W4其中一个或两个分别显示对应的应用程序界面。其中，第三显示区域W3和第四显示区域W4属于上下结构的显示形式。Please refer to FIG. 17 together. Specifically, when the user drags the selected application interface to the split screen prompt at the top area of the first screen A, theprocessor 10 responds to drag the application interface to the first screen A The drag operation at the split screen prompt of the top area of the control controls the first screen A to be divided into the third display area W3 and the fourth display area W4, and controls one of the third display area W3 and the fourth display area W4 or The two display the corresponding application interface respectively. Among them, the third display area W3 and the fourth display area W4 belong to the display format of the upper and lower structure.

具体地，本实施例中，处理器10控制在第三显示区域W3显示选中的应用程序界面，例如，第一应用程序界面，同时控制多应用程序界面D的其它应用程序界面保留显示于第四显示区域W4。当在该第三显示区域W3显示应用程序界面时，处理器10还控制多应用程序界面D朝向远离第四显示区域W4的方向移动，直至多应用程序界面D越过第三显示区域W3与第四显示区域W4的分界线并进入第四显示区域W4。进一步地，请一并参考图18，处理器10响应在位于第四显示区域W4的多应用程序界面D中点选其中一应用程序界面，例如，第二应用程序界面，的点选操作控制在第四显示区域W4显示该选中的应用程序界面，并控制多应用程序界面D隐藏。Specifically, in this embodiment, theprocessor 10 controls to display the selected application interface in the third display area W3, for example, the first application interface, while controlling other application interfaces of the multi-application interface D to remain displayed in the fourth Display area W4. When displaying the application interface in the third display area W3, theprocessor 10 also controls the multi-application interface D to move away from the fourth display area W4 until the multi-application interface D crosses the third display area W3 and the fourth The dividing line of the display area W4 enters the fourth display area W4. Further, please refer to FIG. 18 together, theprocessor 10 responds to the operation of selecting one of the application interfaces in the multi-application interface D located in the fourth display area W4, for example, the second application interface, at The fourth display area W4 displays the selected application interface and controls the hiding of the multi-application interface D.

可选择地，对支持分屏功能的应用程序界面，还可以通过分屏图标K实现分屏显示。具体地，处理器10控制支持分屏功能的应用程序界面的对应位置处显示分屏图标K，处理器10还响应对分屏图标K的点选操作控制触控屏30上下分屏为第三显示区域W3和第四显示区域W4，以及控制在第三显示区域W3和第四显示区域W4分别显示不同的应用程序界面。Optionally, for an application program interface that supports the split screen function, the split screen icon K can also be used to achieve split screen display. Specifically, theprocessor 10 controls the display of the split screen icon K at the corresponding position of the application program interface that supports the split screen function, and theprocessor 10 also controls thetouch screen 30 to split up and down as the third in response to the click operation on the split screen icon K The display area W3 and the fourth display area W4 and the control display different application program interfaces in the third display area W3 and the fourth display area W4, respectively.

可以理解的是，在其它实施例中，第三显示区域W3和第四显示区域W4之间还显示一分屏条，该分屏条可用于调整第三显示区域W3和第四显示区域W4之间的显示大小的比例，具体可参考上述相 应的实施例。It can be understood that, in other embodiments, a split screen bar is also displayed between the third display area W3 and the fourth display area W4, and the split screen bar may be used to adjust one of the third display area W3 and the fourth display area W4 For the ratio of the display size, please refer to the corresponding embodiments above.

具体地，在一实施例中，所述分屏提示为显示在所述第二屏幕B上的“发送到辅屏”。请再次参考图16，当将应用程序界面拖动至所述第二屏幕B时，处理器10响应将应用程序界面拖动至所述第二屏幕B的拖动操作，控制所述应用程序界面前台显示于所述第三屏幕C。Specifically, in an embodiment, the split screen prompt is "send to secondary screen" displayed on the second screen B. Referring again to FIG. 16, when the application program interface is dragged to the second screen B, theprocessor 10 controls the application program interface in response to the drag operation of dragging the application program interface to the second screen B The front desk is displayed on the third screen C.

进一步地，在一实施例中，所述第一屏幕A显示的所述多应用程序界面为后台运行的应用程序。Further, in an embodiment, the multi-application interface displayed on the first screen A is an application running in the background.

进一步地，在一实施例中，前台显示于所述第三屏幕C的应用程序界面为在所述第三屏幕C上全屏显示。Further, in an embodiment, the application program interface displayed on the third screen C in the foreground is displayed on the third screen C in full screen.

进一步地，在一实施例中，所述处理器10将所述第一屏幕A的应用程序界面拖动至超过所述第一屏幕A与所述第二屏幕B的分界线时的操作识别为分屏操作，控制所述应用程序界面前台显示于所述第三屏幕C。Further, in one embodiment, the operation of theprocessor 10 dragging the application program interface of the first screen A beyond the boundary between the first screen A and the second screen B is recognized as Split screen operation to control the foreground of the application interface to be displayed on the third screen C.

进一步地，在一实施例中，所述第一屏幕A显示的应用程序界面为多个，所述处理器10响应对其中一个应用程序界面的分屏操作，并控制其它剩余的应用程序界面重新排序补充被移走的应用程序界面的位置。Further, in an embodiment, there are multiple application program interfaces displayed on the first screen A, and theprocessor 10 responds to the split-screen operation of one of the application program interfaces, and controls the other remaining application program interfaces to reopen Sorting supplements the location of the removed application interface.

进一步地，在一实施例中，所述第二屏幕B为柔性屏幕。当所述第二屏幕B处于弯折状态时，所述处理器10响应将所述第一屏幕A显示的应用程序界面拖动至所述第二屏幕B的操作而触发分屏；当所述第二屏幕B处于展开状态时，所述处理器10对将所述第一屏幕A显示的应用程序界面拖动至所述第二屏幕B的操作不触发分屏。Further, in an embodiment, the second screen B is a flexible screen. When the second screen B is in the bent state, theprocessor 10 triggers the split screen in response to the operation of dragging the application program interface displayed on the first screen A to the second screen B; When the second screen B is in the expanded state, theprocessor 10 does not trigger the split screen for the operation of dragging the application program interface displayed on the first screen A to the second screen B.

具体地，处理器10响应将应用程序界面拖动至所述第二屏幕B的拖动操作，控制将触控屏30分为显示在第一屏幕A上的第二显示区域W2和显示在第三屏幕C上的第一显示区域W1，并控制在第一显示区域W1和第二显示区域W2中分别显示不同的应用程序界面。Specifically, in response to the drag operation of dragging the application program interface to the second screen B, theprocessor 10 controls thetouch screen 30 to be divided into a second display area W2 displayed on the first screen A and a second display area W2. The first display area W1 on the three screens C, and controls to display different application program interfaces in the first display area W1 and the second display area W2, respectively.

可选择地，还可以通过以下方式实现左右分屏显示。具体地，处理器10在第一屏幕A上触发多应用程序界面D，并响应用户对多应用程序界面D的其中一应用程序界面的点选操作，在第一屏幕A的第二显示区域W2上前台显示该应用程序界面。在一实施例中，前台显示于所述第一屏幕A的应用程序界面为在所述第一屏幕A上全屏显示。处理器10还在第三屏幕C上触发多应用程序界面D，并响应用户对多应用程序界面D的其中一应用程序界面的点选操作，在第三屏幕C的第一显示区域W1上前台显示该应用程序界面，以实现分屏显示。在一实施例中，前台显示于所述第三屏幕C的应用程序界面为在所述第三屏幕C上全屏显示。Alternatively, the left and right split-screen display can also be achieved in the following ways. Specifically, theprocessor 10 triggers the multi-application interface D on the first screen A, and responds to the user's click operation on one of the multi-application interface D, in the second display area W2 of the first screen A The application interface is displayed in the foreground. In an embodiment, the application program interface displayed on the first screen A by the foreground is displayed on the first screen A in full screen. Theprocessor 10 also triggers the multi-application interface D on the third screen C, and responds to the user's clicking operation on one of the multi-application interface D, and the foreground is on the first display area W1 of the third screen C Display the application interface to achieve split screen display. In an embodiment, the application program interface displayed on the third screen C in the foreground is displayed on the third screen C in full screen.

请一并参考图19，当移动终端处于折叠状态时，处理器10控制在第二屏幕B上显示分屏操作条S3。分屏操作条S3包括分屏对换选项S31。处理器10响应用户对分屏操作条S3中的分屏对换选项S31的点选操作，控制显示在第一显示区域W1和第二显示区域W2上的应用程序界面对换显示。Please refer to FIG. 19 together. When the mobile terminal is in the folded state, theprocessor 10 controls to display the split screen operation bar S3 on the second screen B. The split screen operation bar S3 includes a split screen swap option S31. Theprocessor 10 responds to the user's clicking operation on the split screen swap option S31 in the split screen operation bar S3, and controls the swap display of the application program interface displayed on the first display area W1 and the second display area W2.

分屏操作条S3还包括退出分屏选项S33。处理器10响应用户对分屏操作条S3中的退出分屏选项S33的点选操作，控制退出分屏显示并返回到分屏显示前的多应用程序界面D、主页或者任意设定的应用程序界面。The split screen operation bar S3 also includes an exit split screen option S33. Theprocessor 10 responds to the user's click operation on the exit split-screen option S33 in the split-screen operation bar S3, and controls to exit the split-screen display and return to the multi-application interface D, the homepage, or any set application before the split-screen display interface.

可以理解的是，当触控屏30在折叠状态下由第一屏幕A和第三屏幕C分别显示应用程序界面时，处理器10还获取重力加速度感测器50和/或方向感测器60感测的第一屏幕A和第三屏幕C的数据并据此判断第一屏幕A和第三屏幕C的使用状态，并根据使用状态调整第一屏幕A和第三屏幕C上的显示内容的显示方向。具体地，当第一屏幕A和第三屏幕C处于如书本打开并大致竖直的立在书桌上的竖直状态时，处理器10控制第一屏幕A和第三屏幕C的显示方向为竖屏显示。当第一屏幕A和第三屏幕C处于如图20所示的横屏放置状态时，处理器10控制第一屏幕A和第三屏幕C的显示方向为横屏显示。这样，两个不同的使用者可以分别利用第一屏幕A和第三屏幕C观看不同的内容。It can be understood that, when thetouch screen 30 displays the application interface by the first screen A and the third screen C in the folded state, theprocessor 10 also obtains thegravity acceleration sensor 50 and / or thedirection sensor 60 Sensing the data of the first screen A and the third screen C and judging the usage status of the first screen A and the third screen C accordingly, and adjusting the display content of the first screen A and the third screen C according to the usage status Show direction. Specifically, when the first screen A and the third screen C are in an upright state that is opened like a book and standing upright on the desk, theprocessor 10 controls the display directions of the first screen A and the third screen C to be vertical Screen display. When the first screen A and the third screen C are in the horizontal screen placement state shown in FIG. 20, theprocessor 10 controls the display direction of the first screen A and the third screen C to be the horizontal screen display. In this way, two different users can use the first screen A and the third screen C to view different contents, respectively.

请再次参考图13，在处于分屏状态时，当触控屏30由折叠状态逐渐转换为展开状态时，第一屏幕A相对第三屏幕C转动并展开后，第一显示区域W1和第二显示区域W2仍处于折叠状态下的分屏状态，第一显示区域W1与第二显示区域W2逐渐相向靠近并增大各自的显示面积，直至显示在第三屏幕C上的第一显示区域W1和显示在第一屏幕A上的第二显示区域W2分别朝向第二屏幕B的方向延伸至两者相接时，第一显示区域W1和第二显示区域W2之间形成有分屏条S1。Please refer to FIG. 13 again, when in the split screen state, when thetouch screen 30 gradually changes from the folded state to the expanded state, the first screen A rotates and expands relative to the third screen C, the first display area W1 and the second The display area W2 is still in the split screen state in the folded state. The first display area W1 and the second display area W2 gradually approach each other and increase their respective display areas until the first display area W1 and the first display area W1 displayed on the third screen C When the second display areas W2 displayed on the first screen A extend toward the second screen B until the two meet, a split screen bar S1 is formed between the first display area W1 and the second display area W2.

需要说明的是，第一显示区域W1和第二显示区域W2的延伸与展开角度相关，展开角度越大，第一显示区域W1和第二显示区域W2距离屏幕中轴线的越近。展开角度为180度时，第一显示区域W1和第二显示区域W2相接。It should be noted that the extensions of the first display area W1 and the second display area W2 are related to the unfolding angle. The larger the unfolding angle, the closer the first display area W1 and the second display area W2 are to the central axis of the screen. When the spread angle is 180 degrees, the first display area W1 and the second display area W2 are in contact.

处理器10响应对分屏条S1的点选操作显示分屏工具栏S2，分屏工具栏S2包括分屏对换选项S21、退出分屏选项S22和分屏应用列表S23。Theprocessor 10 displays the split-screen toolbar S2 in response to the tap operation on the split-screen bar S1. The split-screen toolbar S2 includes a split-screen swap option S21, an exit split-screen option S22, and a split-screen application list S23.

处理器10还可以控制触控屏30实现一些快捷操作，以增进交互体验。具体详述如下。Theprocessor 10 can also control thetouch screen 30 to implement some quick operations to enhance the interactive experience. The details are as follows.

所述图形用户界面G包括应用程序，所述处理器10响应对应用程序的操作，控制所述第二屏幕B显示任务快捷栏，并在该任务快捷栏中显示应用程序快捷方式。The graphical user interface G includes an application program, and theprocessor 10 controls the second screen B to display a task shortcut bar in response to the operation of the application program, and displays the application program shortcut in the task shortcut bar.

具体地，请一并参考图21，所述任务快捷栏包括任务快捷切换栏T2，所述应用程序快捷方式包括显示于任务快捷切换栏T2中、先于被操作的应用程序被执行之前所执行的上一个应用程序的快捷方式。Specifically, please refer to FIG. 21 together, the task shortcut bar includes a task shortcut switching bar T2, and the application shortcut includes a task shortcut switching bar T2, which is executed before the operated application is executed A shortcut to the previous application.

具体地，在一实施例中，处理器10控制触控屏30在折叠状态下由第一屏幕A显示多应用程序界面D或者显示当前选中的应用程序界面时，控制第二屏幕B显示所述任务快捷切换栏T2，且在该任务快捷切换栏T2中显示先于被操作的应用程序被执行之前所执行的上一个应用程序的快捷方式。可理解，在一实施例中，所述应用程序的快捷方式是指所述应用程序的应用图标、所述应用程序的应用程序界面的缩小图等。Specifically, in an embodiment, theprocessor 10 controls thetouch screen 30 to display the multi-application interface D from the first screen A or the currently selected application interface in the folded state, and controls the second screen B to display the The task shortcut switching bar T2, and the shortcut of the previous application program executed before the operated application program is executed is displayed in the task shortcut switching bar T2. It can be understood that, in an embodiment, the shortcut of the application program refers to an application icon of the application program, a reduced view of an application program interface of the application program, and the like.

具体地，在一实施例中，所述处理器10响应对应用程序的操作而控制被操作的应用程序执行，并控制将上一个执行的应用程序的快捷方式显示于任务快捷切换栏T2中。Specifically, in an embodiment, theprocessor 10 controls the execution of the operated application in response to the operation on the application, and controls the shortcut of the last executed application to be displayed in the task shortcut switching bar T2.

具体地，在一实施例中，所述处理器10在所述当前应用程序为预设时间段内首次使用的应用程序时，控制所述任务快捷切换栏T2显示为空白状态或不显示。Specifically, in an embodiment, theprocessor 10 controls the task shortcut switching bar T2 to be displayed in a blank state or not displayed when the current application is an application used for the first time within a preset time period.

进一步地，在一实施例中，所述处理器10在所述任务快捷切换栏T2中的应用图标在预设时间段内没有再次使用时，控制所述快捷方式从所述任务快捷切换栏T2中移除。Further, in an embodiment, when the application icon in the task shortcut switching bar T2 is not used again within a preset time period, theprocessor 10 controls the shortcut from the task shortcut switching bar T2 Removed.

具体地，处理器10控制由第一屏幕A前台显示当前选中的应用程序界面时，并控制由第一侧曲屏B1显示该任务快捷切换栏T2，从而能够更好的辅助第一屏幕A进行显示，并且更方便进行任务的快捷切换。Specifically, when theprocessor 10 controls the front screen of the first screen A to display the currently selected application program interface, and controls the first side curved screen B1 to display the task shortcut switching bar T2, the first screen A can be better assisted. Display and make it easier to switch tasks quickly.

可以理解的是，处理器10在控制该第一侧曲屏B1上显示任务快捷切换栏T2时，还可控制该第一侧曲屏B1显示任务栏T1，并且，该任务快捷切换栏T2与任务栏T1两者显示在该第一侧曲屏B1的不同位置上。从而，能够更加方便的进行应用任务页的快捷切换。It can be understood that when theprocessor 10 controls the display of the task shortcut switching bar T2 on the first side curved screen B1, it can also control the first side curved screen B1 to display the task bar T1, and the task shortcut switching bar T2 and Both task bars T1 are displayed at different positions on the first side curved screen B1. Therefore, it is more convenient to quickly switch application task pages.

可选择地，在一实施例中，所述任务快捷栏包括任务快捷操作栏T3，所述应用程序快捷方式包括显示于所述任务快捷操作栏T3中、被操作的应用程序的快捷方式。Optionally, in an embodiment, the task shortcut bar includes a task shortcut operation bar T3, and the application shortcuts include shortcuts of application programs displayed in the task shortcut operation bar T3.

具体地，在一实施例中，所述处理器10响应对应用程序的操作而将被操作的应用程序的快捷方式显示于任务快捷操作栏T3中。Specifically, in an embodiment, theprocessor 10 displays the shortcut of the operated application in the task shortcut operation bar T3 in response to the operation on the application.

具体地，在一实施例中，所述图形用户界面G的应用程序以应用程序界面的方式显示于所述第一屏幕A上，所述处理器10响应对所述应用程序的应用程序界面的操作而将被操作的应用程序的快捷方式显示于所述任务快捷操作栏T3中。Specifically, in an embodiment, the application program of the graphical user interface G is displayed on the first screen A in the form of an application program interface, and theprocessor 10 responds to the application program interface of the application program. The shortcut of the application to be operated is displayed in the task shortcut operation bar T3.

具体地，请一并参考图22，在图形用户界面G中显示多任务界面D时，所述处理器10响应向下拉动所述应用程序界面下行预定长度的下拉动作时，控制所述图形用户界面G在该应用程序界面的上方显示用于添加快捷方式的虚拟按键；及响应用户点选所述虚拟按键的点选操作时，控制为该应用程序界面在所述任务快捷操作栏T 3中添加快捷方式。例如，处理器10响应用户向下拉动应用程序界面下行预定长度的下拉操作，控制图形用户界面G在该应用程序界面的上方显示“添加到快捷栏”的虚拟按键。处理器10还响应用户点选“添加到快捷栏”的虚拟按键时，控制为该应用程序界面在任务快捷操作栏T3中添加快捷方式。其中，在一实施例中，所述处理器10在响应用户向下拉动所述应用程序界面下行预定长度的下拉动作时，控制所述任务快捷操作栏T3显示在所述第二屏幕B上。具体地，当所述第一屏幕A朝上时，所述处理器10控制所述任务快捷操作栏T3显示在所述第一侧曲屏B1上；当所述第三屏幕C朝上时，所述处理器10控制所述任务快捷操作栏T3显示在所述第二侧曲屏B3上。可 理解，在其它实施例中，所述处理器10在控制所述第一屏幕A显示多应用程序界面D时，控制所述任务快捷操作栏T3显示在所述第一侧曲屏B1上，并在所述第一屏幕A前台显示其中一应用程序界面时，控制所述任务栏T1替换所述任务快捷操作栏T3显示在所述第一侧曲屏B1上。可理解，所述处理器10在控制所述第三屏幕C显示多应用程序界面D时，控制所述任务快捷操作栏T3显示在所述第二侧曲屏B3上，并在所述第三屏幕C前台显示其中一应用程序界面时，控制所述任务栏T1替换所述任务快捷操作栏T3显示在所述第二侧曲屏B3上。Specifically, please refer to FIG. 22 together, when the multi-tasking interface D is displayed in the graphical user interface G, theprocessor 10 controls the graphical user in response to a downward pull action of pulling the application interface downward by a predetermined length Interface G displays a virtual button for adding shortcuts above the application interface; and when the user clicks the virtual button, the application interface is controlled in the task shortcut operation bar T3 Add a shortcut. For example, theprocessor 10 responds to the user pulling down the application program interface by a predetermined length of pull-down operation, and controls the graphical user interface G to display a virtual button "add to shortcut bar" above the application program interface. Theprocessor 10 also controls to add a shortcut in the task shortcut operation bar T3 for the application program interface when the user clicks the virtual button "add to shortcut bar". Wherein, in an embodiment, theprocessor 10 controls the task shortcut operation bar T3 to be displayed on the second screen B in response to the user pulling down the application program interface for a predetermined length of pull-down action. Specifically, when the first screen A faces upward, theprocessor 10 controls the task shortcut operation bar T3 to be displayed on the first side curved screen B1; when the third screen C faces upward, Theprocessor 10 controls the task shortcut operation bar T3 to be displayed on the second side curved screen B3. It can be understood that in other embodiments, when theprocessor 10 controls the first screen A to display the multi-application interface D, the task shortcut operation bar T3 is controlled to be displayed on the first side curved screen B1, And when one of the application program interfaces is displayed in the foreground of the first screen A, the task bar T1 is controlled to replace the task shortcut operation bar T3 and displayed on the first side curved screen B1. Understandably, when theprocessor 10 controls the third screen C to display the multi-application interface D, the task shortcut operation bar T3 is controlled to be displayed on the second side curved screen B3, and the third When one of the application program interfaces is displayed in the foreground of the screen C, the task bar T1 is controlled to replace the task shortcut operation bar T3 and displayed on the second side curved screen B3.

可以理解的是，在其它实施例中，当所述第二屏幕B显示任务快捷操作栏T3，所述处理器10还可以响应拖动所述应用程序界面至所述第二屏幕B的拖动操作，控制为该应用程序界面在所述任务快捷操作栏T 3中添加快捷方式。It can be understood that, in other embodiments, when the second screen B displays a task shortcut operation bar T3, theprocessor 10 may also respond to the dragging of the application program interface to the second screen B Operate and control to add shortcuts to the task shortcut operation bar T3 for the application program interface.

需要说明的是，任务快捷操作栏T3和任务栏T1以二选一的方式显示在第二屏幕B上，即，第二屏幕B显示任务快捷操作栏T3时，将不显示任务栏T1，第二屏幕B显示任务栏T1时，将不显示任务快捷操作栏T3。当第二屏幕B显示任务快捷操作栏T3时，任务快捷操作栏T3和任务快捷切换栏T2位于第二屏幕B的不同位置上；当第二屏幕B显示任务栏T1时，任务栏T1和任务快捷切换栏T2位于第二屏幕B的不同位置上。其中，任务栏T1是指在多应用程序界面D下前台运行一应用程序界面时，显示多应用程序界面D除当前前台运行的应用程序界面以外的其它应用程序界面的栏位。任务快捷切换栏T2是指显示预定时间段内运行的上一个应用程序的快捷方式的栏位。任务快捷操作栏T3是指显示需用户主动增加的应用程序的快捷方式的栏位。It should be noted that the task shortcut operation bar T3 and the task bar T1 are displayed on the second screen B in a one-to-one manner. That is, when the task shortcut operation bar T3 is displayed on the second screen B, the task bar T1 will not be displayed. When the task bar T1 is displayed on the second screen B, the task shortcut operation bar T3 will not be displayed. When the second screen B displays the task shortcut operation bar T3, the task shortcut operation bar T3 and the task shortcut switching bar T2 are located at different positions on the second screen B; when the second screen B displays the task bar T1, the task bar T1 and the task The quick switch bar T2 is located at a different position on the second screen B. Wherein, the task bar T1 refers to a field displaying other application program interfaces of the multi-application program interface D except the currently running application program interface when the application program interface is running in the foreground under the multi-application program interface D. The task shortcut switching bar T2 refers to a field that displays a shortcut of the last application program running within a predetermined period of time. The task shortcut operation bar T3 refers to a field that displays a shortcut of an application program that needs to be actively added by the user.

可以理解的是，在其它实施例中，任务快捷操作栏T3、任务栏T1、任务快捷切换栏T2同时显示在第二屏幕B的不同位置上。It can be understood that, in other embodiments, the task shortcut operation bar T3, the task bar T1, and the task shortcut switch bar T2 are displayed at different positions on the second screen B at the same time.

可以理解的是，在一实施例中，处理器10在为该应用程序界面在任务快捷操作栏T3中增加快捷方式后，该应用程序界面仍然保留在多应用程序界面D中。It can be understood that, in an embodiment, after theprocessor 10 adds a shortcut to the task shortcut operation bar T3 for the application program interface, the application program interface remains in the multi-application program interface D.

可以理解的是，在一实施例中，处理器10可以响应用户对该任务快捷操作栏T3中的任一快捷方式的删除操作将任务快捷操作栏T3内的选中的快捷方式删除。It can be understood that, in an embodiment, theprocessor 10 may delete the selected shortcut in the task shortcut operation bar T3 in response to the user's deletion operation of any shortcut in the task shortcut operation bar T3.

可以理解的是，在一实施例中，处理器10响应用户对多应用程序界面D中的应用程序界面的删除操作时，同时删除该应用程序界面在任务快捷操作栏T3中的快捷方式。It can be understood that, in an embodiment, when theprocessor 10 responds to the user's deletion operation of the application program interface in the multi-application program interface D, the shortcut of the application program interface in the task shortcut operation bar T3 is simultaneously deleted.

进一步地，处理器10响应用户将任务快捷操作栏T3中的应用程序对应的快捷方式向第一屏幕A拖动的拖动操作时，控制该应用程序界面在第一屏幕A上全屏显示。Further, theprocessor 10 controls the application program interface to be displayed on the first screen A in full screen when the user drags the shortcut corresponding to the application program in the task shortcut operation bar T3 to the first screen A.

进一步地，处理器10响应用户将任务快捷操作栏T3中的应用程序对应的快捷方式向第三屏幕C的拖动操作时，控制该应用程序界面在第三屏幕C上全屏显示。Further, theprocessor 10 controls the application program interface to be displayed on the third screen C in full screen when the user drags the shortcut corresponding to the application in the task shortcut operation bar T3 to the third screen C.

进一步地，处理器10响应用户将任务快捷操作栏T3中的应用程序对应的快捷方式的点击操作时，控制该应用程序界面在面向用户的第一屏幕A或第三屏幕C上全屏显示。Further, theprocessor 10 controls the application program interface to be displayed on the first screen A or the third screen C facing the user in full screen when the user clicks the shortcut corresponding to the application program in the task shortcut operation bar T3.

从而，本申请可以通过设置在任务快捷操作栏T3中的快捷方式快速的打开对应的应用程序界面，无需用户在众多应用图标和/或应用程序界面中查找所需开启的应用程序，操作更加简单便捷，方便了用户。Therefore, this application can quickly open the corresponding application interface through the shortcut set in the task shortcut operation bar T3, without requiring the user to find the application to be opened among many application icons and / or application interfaces, and the operation is simpler Convenient and convenient for users.

可以理解的是，当在第一屏幕A或第三屏幕C上长按对应的应用程序界面以进行分屏操作时，处理器10响应该长按操作控制第二屏幕B不再显示该任务快捷切换栏T3，而是在该第二屏幕B上显示“发送到辅屏”的分屏提示。It can be understood that when the corresponding application program interface is long-pressed on the first screen A or the third screen C to perform the split-screen operation, theprocessor 10 controls the second screen B to no longer display the task shortcut in response to the long-press operation The column T3 is switched, but a split screen prompt of "send to secondary screen" is displayed on the second screen B.

可以理解的是，当使用第一屏幕A时，需要显示在第二屏幕B上的各种内容都对应显示在与该第一屏幕A更近的第一侧曲屏B1上。当使用第三屏幕C时，需要显示在第二屏幕B上的各种内容都对应显示在与该第三屏幕C更近的第二侧曲屏B3上。从而，第一侧曲屏B1和第二侧曲屏B3能够更好的辅助对应的第一屏幕A和第三屏幕C的内容显示，从而人机交互变得更简单直接，更人性化，符合人体工程学的要求。It can be understood that when the first screen A is used, various contents that need to be displayed on the second screen B are correspondingly displayed on the first side curved screen B1 closer to the first screen A. When the third screen C is used, various contents that need to be displayed on the second screen B are correspondingly displayed on the second side curved screen B3 closer to the third screen C. Therefore, the first side curved screen B1 and the second side curved screen B3 can better assist the content display of the corresponding first screen A and third screen C, so that the human-computer interaction becomes simpler and more direct, more user-friendly, in line with Ergonomic requirements.

请参阅图23，为本申请一实施例中的终端设备100的多任务交互控制方法的流程图。该多任务交互控制方法应用于前述的终端设备100中。可以理解的是，多任务交互控制方法的执行顺序并不限于图23所示的顺序。具体地，多任务交互控制方法包括：Please refer to FIG. 23, which is a flowchart of a multitask interaction control method of theterminal device 100 in an embodiment of the present application. The multitask interactive control method is applied to the aforementionedterminal device 100. It can be understood that the execution order of the multi-task interactive control method is not limited to the order shown in FIG. 23. Specifically, the multitask interactive control method includes:

在所述第二屏幕B处于弯折状态时响应用户的多任务触发操作控制在所述第一屏幕A上显示多应用程序界面D，所述多应用程序界面D包括至少两个依序排列的应用程序界面(步骤2301)。When the second screen B is in a bent state, a multi-application interface D is displayed on the first screen A in response to a user's multi-task trigger operation control, and the multi-application interface D includes at least two sequentially arranged Application program interface (step 2301).

可以理解的是，所述应用程序界面可以是按照从左至右、从右至左、从上至下、从下至上、从左上至右下、从右上至左下等的排列方式排列。在本实施例中，应用程序界面从左至右排列，该至少两张应用程序界面中的一应用程序界面位于多应用程序界面D的最左侧，其它的应用程序界面均依序位于前一应用程序界面的右侧并被前一应用程序界面遮住部分。It can be understood that the application program interfaces may be arranged in an arrangement manner from left to right, right to left, top to bottom, bottom to top, top left to bottom right, top right to bottom left, and so on. In this embodiment, the application program interfaces are arranged from left to right. One of the at least two application program interfaces is located at the far left of the multi-application program interface D, and the other application program interfaces are sequentially located at the previous one. The right side of the application interface is partially covered by the previous application interface.

在一实施例中，所述处理器10在所述第二屏幕B处于弯折状态时控制所述第一屏幕显示一图形用户界面G，并控制所述多应用程序界面的所述至少两张应用程序界面按照时间先后次序依序显示在所述图形用户界面G上。具体地，处理器10控制所述多应用程序界面D中的所有应用程序界面按照最后一次运行时间的先后次序在图形用户界面G上依序排列。可以理解的是，在其它实施例中，处理器10控制所述多应用程序界面D中的所有应用程序界面按照最后一次运行时间的先后顺序和/或优先级先后顺序的综合排序在图形用户界面G上依序排列。In an embodiment, theprocessor 10 controls the first screen to display a graphical user interface G when the second screen B is in a bent state, and controls the at least two of the multi-application interface The application program interface is sequentially displayed on the graphical user interface G in chronological order. Specifically, theprocessor 10 controls all application program interfaces in the multi-application program interface D to be sequentially arranged on the graphical user interface G according to the order of the last running time. It can be understood that, in other embodiments, theprocessor 10 controls all the application interfaces in the multi-application interface D to be sorted in the graphical user interface according to the comprehensive order of the last running time and / or the priority order. G is arranged in order.

具体地，在一实施例中，触控屏30无论是在折叠状态还是在展开状态下，处理器10都能够响应用户在触控屏30上的左右滑动操作，控制多应用程序界面D当前显示在第一屏幕A或者第三屏幕C上的所有应用程序界面跟随该滑动操作一起滑动，并在其中一张应用程序界面滑动至第一屏幕A或者第三屏幕C的一侧边缘预设区域内时，隐藏该应用程序界面，且同时在第一屏幕A或者第三屏幕C的另一侧调出新的应用程序界面以填充由于该应用程序界面的隐藏而多出的空间。从而，用户可以通过在触控屏30上的左右滑动操作来查看更多的应用程序界面，以便选到需要的应用程序界面。Specifically, in an embodiment, whether thetouch screen 30 is in the folded state or in the expanded state, theprocessor 10 can respond to the user's left and right sliding operation on thetouch screen 30 to control the current display of the multi-application interface D All application program interfaces on the first screen A or the third screen C slide along with the sliding operation, and one of the application program interfaces slides into a preset area on one side edge of the first screen A or the third screen C At this time, the application program interface is hidden, and at the same time a new application program interface is called on the other side of the first screen A or the third screen C to fill the extra space due to the hiding of the application program interface. Therefore, the user can view more application program interfaces by sliding left and right on thetouch screen 30, so as to select a desired application program interface.

响应在多应用程序界面D中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕A前台显示，并将未被选择的应用程序界面显示于所述第二屏幕B(步骤2302)。In response to selecting an application interface in the multi-application interface D, control to display the selected application interface in the foreground of the first screen A, and display the unselected application interface on the second screen B (Step 2302).

具体地，显示于所述第二屏幕B的未被选择的应用程序界面位于第二屏幕B呈曲面状的显示面上，在所述第一屏幕A前台显示的应用程序界面位于所述第一屏幕A呈平面状的显示面上。Specifically, the unselected application interface displayed on the second screen B is located on the curved display surface of the second screen B, and the application interface displayed on the foreground of the first screen A is located on the first The screen A has a flat display surface.

进一步地，显示于所述第二屏幕B的未被选择的应用程序界面于后台运行；和/或，被选择的应用程序界面在所述第一屏幕A上全屏显示。Further, the unselected application program interface displayed on the second screen B runs in the background; and / or, the selected application program interface is displayed on the first screen A in full screen.

具体地，当处理器10控制触控屏30在折叠状态下显示所述多应用程序界面D时，响应用户点选该多应用程序界面D上的任一应用程序界面的点选操作，控制该点选的应用程序界面在所述第一屏幕A上切换到前台显示，并将多应用程序界面D中的其它应用程序界面依序显示在位于第二屏幕B的任务栏T1上。Specifically, when theprocessor 10 controls thetouch screen 30 to display the multi-application interface D in the folded state, it responds to the user's click operation of any application interface on the multi-application interface D to control the The selected application program interface is switched to the foreground display on the first screen A, and the other application program interfaces in the multi-application program interface D are sequentially displayed on the task bar T1 located on the second screen B.

处理器10响应用户在该任务栏T1上点选一应用程序界面的点选操作时，在该任务栏T1上取消显示被点选的所述应用程序界面，并控制将当前前台显示于第一屏幕A上的应用程序界面显示在任务栏T1上，并将任务栏T1上当前被点选的应用程序界面前台显示在第一屏幕A上。Theprocessor 10 responds to the user's click operation of clicking an application program interface on the task bar T1, and cancels displaying the selected application program interface on the task bar T1, and controls to display the current foreground on the first The application program interface on the screen A is displayed on the task bar T1, and the foreground of the currently selected application program interface on the task bar T1 is displayed on the first screen A.

具体地，触控屏30还包括第三屏幕C，第二屏幕B位于第一屏幕A和第三屏幕C之间，第二屏幕B包括邻近第一屏幕A的第一侧曲屏B1和邻近第三屏幕C的第二侧曲屏B3，所述处理器10控制所述第一屏幕A前台显示所述应用程序界面时，控制所述任务栏T1显示在所述第二屏幕B的第一侧曲屏B1上。Specifically, thetouch screen 30 further includes a third screen C, the second screen B is located between the first screen A and the third screen C, and the second screen B includes the first side curved screen B1 adjacent to the first screen A and the adjacent On the second side curved screen B3 of the third screen C, when theprocessor 10 controls the front screen of the first screen A to display the application interface, the task bar T1 is displayed on the first screen of the second screen B. Side curved screen B1.

进一步地，所述多任务交互控制方法还包括：Further, the multi-task interactive control method further includes:

当位于所述第一屏幕A上的多应用程序界面D中的其中一应用程序界面被拖动到所述第三屏幕C上前台显示时，控制将未被选择的应用程序界面显示于所述第二屏幕B上(步骤2303)。When one of the multi-application interface D located on the first screen A is dragged to the third screen C for foreground display, control to display the unselected application interface on the On the second screen B (step 2303).

具体地，当位于所述第一屏幕A上的多应用程序界面D中的其中一应用程序界面被拖动到所述第三屏幕C上前台显示时，控制将未被选择的应用程序界面显示于所述任务栏T1并将所述任务栏T1显示在所述第二屏幕B的第二侧曲屏B3上。Specifically, when one of the multi-application interface D located on the first screen A is dragged to the foreground display on the third screen C, the display of the unselected application interface is controlled On the task bar T1 and display the task bar T1 on the second side curved screen B3 of the second screen B.

当用户将终端设备100再次翻转至第一屏幕A朝上并观看或者使用第一屏幕A时，处理器10控制显示在第一屏幕A上的多应用程序界面D不包括当前显示在第三屏幕C上的应用程序界面(步骤2304)。When the user flips theterminal device 100 again to the first screen A facing upward and watching or using the first screen A, theprocessor 10 controls the multi-application interface D displayed on the first screen A excluding the current display on the third screen Application program interface on C (step 2304).

从而，本申请能够响应用户的多任务触发操作控制在图形用户界面G上显示多应用程序界面D， 该多应用程序界面D包括至少两张依序排列的应用程序界面，位于顺序前的应用程序界面部分遮挡位于顺序后一位的应用程序界面。当在第一屏幕A前台显示被选择的应用程序界面时，还能够利用第二屏幕B显示任务栏T1，从而能够通过任务栏T1快速切换显示其它应用程序界面。另外，当在第一屏幕A显示应用程序界面时，任务栏T1将显示在与第一屏幕A更近的第一侧曲屏B1上，当第三屏幕C显示应用程序界面时，任务栏T1将显示在于第三屏幕C更近的第二侧曲屏B3上，从而能够进一步方便用户操作。Therefore, the present application can display a multi-application interface D on the graphical user interface G in response to the user's multi-task trigger operation control. The multi-application interface D includes at least two sequentially arranged application interfaces, which are located in the application interface portion in front Occupy the application interface that comes next in the sequence. When the selected application program interface is displayed in the foreground of the first screen A, the second screen B can also be used to display the task bar T1, so that other application program interfaces can be quickly switched through the task bar T1. In addition, when the application interface is displayed on the first screen A, the task bar T1 will be displayed on the first side curved screen B1 closer to the first screen A, and when the third screen C displays the application interface, the task bar T1 It will be displayed on the second side curved screen B3, which is closer to the third screen C, so as to further facilitate user operations.

请参阅图24，为本申请一实施例中的终端设备100的多任务交互控制方法的流程图。多任务交互控制方法应用于前述的终端设备100中。多任务交互控制方法的执行顺序并不限于图24所示的顺序。具体地，处理器10控制触控屏30显示一图形用户界面G，多任务交互控制方法包括：Please refer to FIG. 24, which is a flowchart of a multitask interaction control method of theterminal device 100 in an embodiment of the present application. The multitask interactive control method is applied to the aforementionedterminal device 100. The execution order of the multitask interactive control method is not limited to the order shown in FIG. 24. Specifically, theprocessor 10 controls thetouch screen 30 to display a graphical user interface G. The multitask interaction control method includes:

获取角度感测器40感测到的第一屏幕A和第二屏幕B之间的展开角度(步骤2401)。The expansion angle between the first screen A and the second screen B sensed by theangle sensor 40 is acquired (step 2401).

根据所述展开角度的变化控制所述图形用户界面G的大小(步骤2402)。The size of the graphical user interface G is controlled according to the change of the deployment angle (step 2402).

具体地，在一实施例中，当所述触控屏30包括第一屏幕A和第二屏幕B，且所述第一屏幕A和所述第二屏幕B共同形成一整张连续的柔性显示屏时，处理器10控制所述图形用户界面G随着展开角度的变化从所述第一屏幕A延伸至所述第二屏幕B。当所述触控屏30包括第一屏幕A、第二屏幕B和第三屏幕C，所述第一屏幕A、第二屏幕B和第三屏幕C共同形成一整张连续的柔性显示屏时，处理器10控制所述图形用户界面G随着展开角度的变化从所述第一屏幕A延伸至所述第三屏幕C。Specifically, in an embodiment, when thetouch screen 30 includes a first screen A and a second screen B, and the first screen A and the second screen B together form a continuous continuous flexible display When the screen is displayed, theprocessor 10 controls the graphical user interface G to extend from the first screen A to the second screen B as the deployment angle changes. When thetouch screen 30 includes a first screen A, a second screen B, and a third screen C, the first screen A, the second screen B, and the third screen C together form a continuous continuous flexible display screen Theprocessor 10 controls the graphical user interface G to extend from the first screen A to the third screen C as the deployment angle changes.

具体地，在一实施例中，所述处理器10根据所述展开角度的变化移动所述显示窗口W的窗口边界线E以调整所述显示窗口W的大小及根据所述窗口边界线E的移动控制所述图形用户界面G适配所述显示窗口W的大小。Specifically, in an embodiment, theprocessor 10 moves the window boundary line E of the display window W according to the change of the expansion angle to adjust the size of the display window W and according to the window boundary line E Move and control the graphical user interface G to adapt to the size of the display window W.

具体地，在一实施例中，所述处理器10根据所述显示窗口W的大小控制所述多应用程序界面D的所有应用程序界面动态适配该显示窗口W的大小。Specifically, in an embodiment, theprocessor 10 controls all application program interfaces of the multi-application program interface D to dynamically adapt to the size of the display window W according to the size of the display window W.

具体地，在一实施例中，处理器10获取角度感测器40感测到的第一屏幕A和第三屏幕C之间的展开角度。处理器10根据角度感测器40获取的展开角度的变化移动窗口边界线E以调整显示窗口W的大小以及根据窗口边界线E的移动控制多应用程序界面D的所有应用程序界面适配显示窗口W的大小。Specifically, in an embodiment, theprocessor 10 acquires the spread angle between the first screen A and the third screen C sensed by theangle sensor 40. Theprocessor 10 moves the window boundary line E according to the change of the expansion angle acquired by theangle sensor 40 to adjust the size of the display window W and controls all application interface of the multi-application interface D to adapt to the display window according to the movement of the window boundary line E The size of W.

具体地，在一实施例中，处理器10在展开角度从0度增大到180度的过程中，控制窗口边界线E移动使得显示窗口W随着展开角度的增大而增大，并控制位于显示窗口W内的应用程序界面的个数随着展开角度的增大而增加，且控制相邻应用程序界面之间的被遮挡部分的宽度随着展开角度的增大而逐渐减小，以及控制相邻应用程序界面之间的距离随展开角度的增大而逐渐增大。所述处理器10在所述展开角度从180度减小到0度的过程中，控制所述窗口边界线E移动使得所述显示窗口W随着所述展开角度的减小而减小，并控制位于所述显示窗口W内的应用程序界面的个数随着所述展开角度的减小而减小，且控制相邻应用程序界面之间的被遮挡部分的宽度随着展开角度的减小而逐渐增大以及控制相邻应用程序界面之间的距离随展开角度的减小而逐渐减小。Specifically, in an embodiment, theprocessor 10 controls the window boundary line E to move so that the display window W increases with the increase of the expansion angle during the process of the expansion angle increasing from 0 degrees to 180 degrees, and controls The number of application program interfaces located in the display window W increases as the deployment angle increases, and the width of the blocked portion between adjacent application program interfaces is controlled to gradually decrease as the deployment angle increases, and Controlling the distance between adjacent application program interfaces gradually increases as the deployment angle increases. Theprocessor 10 controls the window boundary line E to move so that the display window W decreases as the expansion angle decreases as the expansion angle decreases from 180 degrees to 0 degrees, and Controlling the number of application program interfaces located in the display window W to decrease as the expansion angle decreases, and controlling the width of the blocked portion between adjacent application program interfaces as the expansion angle decreases The gradual increase and control of the distance between adjacent application program interfaces gradually decrease as the deployment angle decreases.

具体地，在一实施例中，当所述第一屏幕A朝上且所述触控屏30的展开角度从0度增大到180度的过程中，处理器10控制窗口边界线E左移并控制应用程序界面跟随窗口边界线E一同向左移动，并控制新加入的应用程序界面从远离窗口边界线E的右侧移入。当所述第三屏幕C朝上且所述触控屏30的展开角度从0度增大到180度的过程中，处理器10控制窗口边界线E右移并控制应用程序界面跟随窗口边界线E一同向右移动，并控制新加入的应用程序界面从远离窗口边界线E的左侧移入。当所述第一屏幕A朝上且所述触控屏30的展开角度从180度减小到0度的过程中，处理器10控制窗口边界线E右移并控制应用程序界面跟随窗口边界线E一同向右移动，并控制由于显示窗口W变小导致不能显示在显示窗口W内的应用程序界面从远离窗口边界线E的右侧移出。当所述第三屏幕C朝上且所述触控屏30的展开角度从180度减小到0度的过程中，处理器10控制窗口边界线E左移并控制应用程序界面跟随窗口边界线E一同向左移动，并控制显示窗口W变小导致不能显示在显示窗口W内的应用程序界面从远离窗口边界线E的左侧移出。Specifically, in an embodiment, when the first screen A faces upward and the expansion angle of the touch screen 30 increases from 0 degrees to 180 degrees, the processor 10 controls the window boundary line E to move to the left And control the application program interface to move to the left along with the window boundary line E, and control the newly added application program interface to move in from the right side away from the window boundary line E. When the third screen C faces upward and the expansion angle of the touch screen 30 increases from 0 degrees to 180 degrees, the processor 10 controls the window boundary line E to move right and controls the application program interface to follow the window boundary line E moves to the right together, and controls the newly added application interface to move in from the left side away from the window boundary E. When the first screen A faces upward and the expansion angle of the touch screen 30 decreases from 180 degrees to 0 degrees, the processor 10 controls the window boundary line E to move right and controls the application program interface to follow the window boundary line E moves to the right together, and controls the application program interface that cannot be displayed in the display window W to move out from the right side away from the window boundary line E because the display window W becomes smaller. When the third screen C faces upward and the expansion angle of thetouch screen 30 decreases from 180 degrees to 0 degrees, theprocessor 10 controls the window boundary line E to move to the left and controls the application program interface to follow the window boundary line E moves to the left together, and controls the display window W to become smaller so that the application program interface that cannot be displayed in the display window W moves away from the left side away from the window boundary line E.

具体地，在一实施例中，处理器10在展开角度从0度增大到180度的过程中，控制应用程序界 面的移动速度与展开角度的增大速度呈正比，以及控制相邻应用程序界面之间的被遮挡部分的宽度的递减速度与展开角度的增大速度呈正比。处理器10在展开角度从180度减小到0度的过程中，控制应用程序界面的移动速度与展开角度的减小速度呈正比，以及控制相邻应用程序界面之间的被遮挡部分的宽度的递增速度与展开角度的减小速度呈正比。Specifically, in an embodiment, theprocessor 10 controls the movement speed of the application program interface to be proportional to the increase speed of the expansion angle during the expansion angle of the expansion angle from 0 degrees to 180 degrees, and controls adjacent applications The decreasing speed of the width of the blocked portion between the interfaces is proportional to the increasing speed of the expansion angle. Theprocessor 10 controls the movement speed of the application interface to be proportional to the reduction speed of the deployment angle during the process of the deployment angle decreasing from 180 degrees to 0 degrees, and controls the width of the blocked portion between adjacent application interfaces The increasing speed of is proportional to the decreasing speed of the deployment angle.

具体地，在一实施例中，处理器10在展开角度变化的过程中，控制每张应用程序界面的大小保持不变。Specifically, in an embodiment, theprocessor 10 controls the size of each application program interface to remain unchanged while the deployment angle changes.

从而，本申请能够获取角度感测器40感测到的第一屏幕A和第二屏幕B之间的展开角度，根据展开角度的变化移动窗口边界线E以调整显示窗口W的大小以及根据窗口边界线E的移动控制所述多应用程序界面D中的所有应用程序界面适配显示窗口W的大小。从而，能够根据展开角度动态调整位于显示窗口W内的应用程序界面的个数和相邻应用程序界面之间的被遮挡部分的宽度以及相邻应用程序界面之间的距离，还能应用程序界面跟随窗口边界线E移动的速度动态适应性更好。Therefore, the present application can obtain the expansion angle between the first screen A and the second screen B sensed by theangle sensor 40, move the window boundary line E according to the change of the expansion angle to adjust the size of the display window W, and according to the window The movement of the boundary line E controls all the application program interfaces in the multi-application program interface D to adapt to the size of the display window W. Therefore, the number of application interfaces located in the display window W and the width of the blocked portion between adjacent application interfaces and the distance between adjacent application interfaces can be dynamically adjusted according to the expansion angle. The dynamic adaptability of the speed following the window boundary line E is better.

请参阅图25，为本申请一实施例中的终端设备100的多任务交互控制方法的流程图。多任务交互控制方法应用于前述的终端设备100中。多任务交互控制方法的执行顺序并不限于图25所示的顺序。具体地，多任务交互控制方法包括：Please refer to FIG. 25, which is a flowchart of a multitask interaction control method of theterminal device 100 in an embodiment of the present application. The multitask interactive control method is applied to the aforementionedterminal device 100. The execution order of the multitask interactive control method is not limited to the order shown in FIG. 25. Specifically, the multitask interactive control method includes:

响应用户的分屏操作将所述触控屏30分为相邻设置的第一显示区域W1和第二显示区域W2，并控制在所述第一显示区域W1和所述第二显示区域W2中分别显示不同的应用程序界面(步骤2501)。In response to the user's split screen operation, thetouch screen 30 is divided into a first display area W1 and a second display area W2 that are adjacently arranged, and controlled in the first display area W1 and the second display area W2 Different application program interfaces are displayed respectively (step 2501).

具体地，在一实施例中，所述处理器10响应对相应的应用程序界面的操作而将触控屏30分为第一显示区域W1及第二显示区域W2，并控制将被操作的应用程序界面显示于第一显示区域W1，将多应用程序界面D保留显示于第二显示区域W2。Specifically, in an embodiment, theprocessor 10 divides thetouch screen 30 into a first display area W1 and a second display area W2 in response to the operation of the corresponding application program interface, and controls the application to be operated The program interface is displayed in the first display area W1, and the multi-application interface D is displayed in the second display area W2.

在一实施例中，所述处理器10将被操作的应用程序界面显示于第一显示区域W1时，还控制多应用程序界面D朝向远离第一显示区域W1的方向移动，直至多应用程序界面D越过第一显示区域W1与第二显示区域W2的分界线并进入第二显示区域W2。所述处理器10还响应对第二显示区域W2的另一应用程序界面的操作而将该另一应用程序界面于第二显示区域W2前台显示。In an embodiment, when theprocessor 10 displays the operated application program interface in the first display area W1, it also controls the multi-application interface D to move away from the first display area W1 until the multi-application interface D crosses the boundary between the first display area W1 and the second display area W2 and enters the second display area W2. Theprocessor 10 also displays the other application program interface in the foreground of the second display area W2 in response to the operation of the other application program interface in the second display area W2.

具体地，所述分屏操作包括长按对应的应用程序界面的长按操作以及拖动该应用程序界面至所述分屏提示栏的预定范围内的拖动操作。处理器10响应所述长按操作并在图形用户界面G的顶部显示分屏提示栏，并继续响应拖动该拖动操作将该应用程序界面拖动至所述分屏提示栏的预定范围内时，控制触控屏30分屏为第一显示区域W1和第二显示区域W2，并控制将被操作的应用程序界面显示于第一显示区域W1，将多应用程序界面D保留显示于第二显示区域W2，或者相反。Specifically, the split-screen operation includes a long-press operation of long-pressing the corresponding application program interface and a drag operation of dragging the application program interface to the predetermined range of the split-screen prompt bar. Theprocessor 10 responds to the long-press operation and displays a split screen prompt bar at the top of the graphical user interface G, and continues to drag the application interface to the predetermined range of the split screen prompt bar in response to the drag operation , Thetouch screen 30 is divided into the first display area W1 and the second display area W2, and the operated application program interface is displayed on the first display area W1, and the multi-application interface D is kept displayed on the second Display area W2, or vice versa.

具体地，在一实施例中，处理器10控制能够支持分屏功能的应用程序界面的下方显示该分屏图标K。处理器10还响应对分屏图标K的点选操作控制触控屏30分屏为第一显示区域W1和第二显示区域W2，并首先在第一显示区域W1显示所述分屏键K对应的应用程序界面，将多应用程序界面D中的其它应用程序界面显示在第二显示区域W2。当在该第一显示区域W1显示应用程序界面时，处理器10还控制多应用程序界面D朝向远离第一显示区域W1的方向移动，直至多应用程序界面D越过第一显示区域W1与第二显示区域W2的分界线并进入第二显示区域W2。处理器10还响应对位于该第二显示区域W2内的多应用程序界面D的其中一应用程序界面的点选操作或该应用程序界面下方的分屏图标K的点选操作控制该应用程序界面显示在该第二显示区域W2。Specifically, in an embodiment, theprocessor 10 controls the display of the split-screen icon K below the application program interface capable of supporting the split-screen function. Theprocessor 10 also controls the splitting of thetouch screen 30 into the first display area W1 and the second display area W2 in response to the click operation on the split screen icon K, and first displays the corresponding of the split screen key K in the first display area W1 Application interface of the application, displaying other application interface in the multi-application interface D in the second display area W2. When displaying the application interface in the first display area W1, theprocessor 10 also controls the multi-application interface D to move away from the first display area W1 until the multi-application interface D crosses the first display area W1 and the second The dividing line of the display area W2 enters the second display area W2. Theprocessor 10 also controls the application program interface in response to a selection operation of one of the application program interfaces of the multi-application program interface D located in the second display area W2 or a selection operation of the split screen icon K below the application program interface It is displayed in this second display area W2.

控制在第一显示区域W1和第二显示区域W2之间的分界线上显示分屏条S1(步骤2502)。Control to display the split screen bar S1 on the boundary between the first display area W1 and the second display area W2 (step 2502).

响应用户对分屏条S1所施加的往触控屏30的左或右拖动的拖动操作，来调节第一显示区域W1和第二显示区域W2显示大小的比例(步骤2503)。In response to the user's drag operation to the left or right of thetouch screen 30 applied to the split screen bar S1, the ratio of the display sizes of the first display area W1 and the second display area W2 is adjusted (step 2503).

具体地，在一实施例中，处理器10在分屏条S1向左侧拖动时，调整第一显示区域W1变小，调整第二显示区域W2变大。处理器10在分屏条S1向右侧拖动时，调整第一显示区域W1变大，调整第二显示区域W2变小。更加具体地，处理器10在分屏条S1拖动至触控屏30的一末端时，调整第二显示区域W2的显示大小使其占据触控屏30的整个显示区域，此时之前显示在第一显示区域W1的应用程序界面切换到后台运行。处理器10在分屏条S1拖动到触控屏30的另一末端时，调整第一显示区域W1的显示大小使其占据触控屏30的整个显示区域，此时之前显示在第二显示区域W2的应用程序界 面切换到后台运行。可以理解地，也可以不显示分屏条S1，直接通过拖动第一显示区域W1和第二显示区域W2之间的分界线来实现上述功能。Specifically, in an embodiment, when the split screen bar S1 is dragged to the left, theprocessor 10 adjusts the first display area W1 to become smaller and adjusts the second display area W2 to become larger. When the split screen bar S1 is dragged to the right, theprocessor 10 adjusts the first display area W1 to become larger, and adjusts the second display area W2 to become smaller. More specifically, when the split screen bar S1 is dragged to an end of thetouch screen 30, theprocessor 10 adjusts the display size of the second display area W2 to occupy the entire display area of thetouch screen 30. The application interface of the first display area W1 is switched to run in the background. When the split screen bar S1 is dragged to the other end of thetouch screen 30, theprocessor 10 adjusts the display size of the first display area W1 to occupy the entire display area of thetouch screen 30, which was displayed on the second display before The application interface in area W2 is switched to run in the background. Understandably, the split screen bar S1 may not be displayed, and the above function may be realized by directly dragging the dividing line between the first display area W1 and the second display area W2.

响应对分屏条S1的点选操作控制显示一分屏工具栏S2，分屏工具栏S2包括左右对换选项S21、退出分屏选项S22和分屏应用列表S23(步骤2504)。In response to the click operation on the split screen bar S1, a split screen toolbar S2 is displayed. The split screen toolbar S2 includes a left-right swap option S21, an exit split screen option S22, and a split screen application list S23 (step 2504).

响应用户对左右对换选项S21的点选操作控制显示在第一显示区域W1和第二显示区域W2的应用程序界面对换显示；响应对退出分屏选项S22的点选操作控制退出分屏显示；响应对分屏应用列表S23的点选操作控制在第二显示区域W2/第一显示区域W1上显示图标列表，所述图标列表可以是可支持分屏的应用程序的图标列表(步骤2505)。Respond to the user's click operation control on the left and right swap option S21, and display the swap on the application interface displayed in the first display area W1 and the second display area W2; respond to the tap operation on the exit split screen option S22 to exit the split screen display ; In response to a click operation on the split screen application list S23, control to display an icon list on the second display area W2 / first display area W1, the icon list may be an icon list of applications that can support split screen (step 2505) .

具体地，在一实施例中，响应对退出分屏选项S22的点选操作控制退出分屏显示，即退出以第一显示区域W1和第二显示区域W2分屏显示的显示方式，并返回到分屏前的多应用程序界面D，也可以返回到主页，或者第一显示区域W1及第二显示区域W2其中一个显示的多应用程序界面。Specifically, in an embodiment, in response to the click operation on the exit split screen option S22, control to exit the split screen display, that is, to exit the display mode split in the first display area W1 and the second display area W2, and return to The multi-application interface D before the split screen can also return to the homepage, or the multi-application interface displayed in one of the first display area W1 and the second display area W2.

将分屏工具栏S2切换为分屏条S1显示(步骤2506)。Switch the split screen toolbar S2 to the split screen bar S1 display (step 2506).

具体地，在一实施例中，处理器10控制在第二显示区域W2/第一显示区域W1上显示图标列表时，还将分屏工具栏S2切换为分屏条S1显示。可以理解的是，在其它实施例中，处理器10响应左右对换选项S21、退出分屏选项S22或分屏应用列表S23的点选操作均可控制将分屏工具栏S2切换为分屏条S1显示，并在再次点选分屏条S1时，再次唤醒分屏工具栏S2。Specifically, in an embodiment, when theprocessor 10 controls to display the icon list on the second display area W2 / first display area W1, the split screen toolbar S2 is also switched to the split screen bar S1 for display. It can be understood that, in other embodiments, theprocessor 10 can control the switching of the split screen toolbar S2 to a split screen bar in response to the click operation of the left and right swap option S21, the exit split screen option S22 or the split screen application list S23 S1 is displayed, and when the split screen bar S1 is clicked again, the split screen toolbar S2 is woken up again.

从而，本申请能够响应用户的分屏操作将触控屏30分为左右相邻设置的第一显示区域W1和第二显示区域W2，并控制在第一显示区域W1和第二显示区域W2中分别显示应用程序界面，并且该能够对分屏界面进行对换、退出或者切换其它应用分屏显示的操作。从而，即使进入左右分屏状态，还可以进行分屏界面对换、退出分屏或者切换其它应用进行分屏显示，无需退出分屏再按需进入分屏状态，为用户带来更多的便利。Therefore, the present application can divide thetouch screen 30 into the first display area W1 and the second display area W2 arranged adjacent to each other in response to the user's split screen operation, and control the first display area W1 and the second display area W2 The application program interfaces are displayed separately, and the split screen interface can be swapped, exited, or switched to display the split screen of other applications. Therefore, even if you enter the left and right split screen state, you can switch the split screen interface, exit the split screen, or switch to other applications for split screen display, without having to exit the split screen and then enter the split screen state as needed, bringing more convenience to the user .

请参阅图26，为本申请一实施例中的终端设备100的多任务交互控制方法的流程图。多任务交互控制方法应用于前述的终端设备100中。多任务交互控制方法的执行顺序并不限于图24所示的顺序。具体地，多任务交互控制方法包括：Please refer to FIG. 26, which is a flowchart of a multitask interaction control method of theterminal device 100 in an embodiment of the present application. The multitask interactive control method is applied to the aforementionedterminal device 100. The execution order of the multitask interactive control method is not limited to the order shown in FIG. 24. Specifically, the multitask interactive control method includes:

响应将所述第一屏幕A显示的应用程序界面拖动至所述第二屏幕B的操作，控制所述应用程序界面前台显示于所述第三屏幕C(步骤2601)。In response to the operation of dragging the application program interface displayed on the first screen A to the second screen B, the foreground of the application program interface is controlled to be displayed on the third screen C (step 2601).

具体地，在一实施例中，所述处理器10将所述第一屏幕A的应用程序界面拖动至超过所述第一屏幕A与所述第二屏幕B的分界线时的操作识别为分屏操作，控制所述应用程序界面前台显示于所述第三屏幕C。Specifically, in an embodiment, the operation of theprocessor 10 dragging the application program interface of the first screen A beyond the boundary between the first screen A and the second screen B is recognized as Split screen operation to control the foreground of the application interface to be displayed on the third screen C.

具体地，在一实施例中，前台显示于所述第三屏幕C的应用程序界面为在所述第三屏幕C全屏显示。Specifically, in an embodiment, the application program interface displayed on the third screen C in the foreground is displayed on the third screen C in full screen.

具体地，在一实施例中，所述第一屏幕A显示的所述多应用程序界面D为后台运行的应用程序。Specifically, in an embodiment, the multi-application interface D displayed on the first screen A is an application running in the background.

具体地，在一实施例中，所述第一屏幕A显示的应用程序界面为多个，所述处理器10响应对其中一个应用程序界面的分屏操作，并控制其它剩余的应用程序界面重新排序补充被移走的应用程序界面的位置。Specifically, in an embodiment, there are multiple application program interfaces displayed on the first screen A, and theprocessor 10 responds to the split-screen operation on one of the application program interfaces, and controls the other remaining application program interfaces to reopen Sorting supplements the location of the removed application interface.

具体地，在一实施例中，所述第二屏幕B为柔性屏幕，当所述第二屏幕B处于弯折状态时，所述处理器10响应将所述第一屏幕A显示的应用程序界面拖动至所述第二屏幕B的操作而触发分屏；当所述第二屏幕B处于展开状态时，所述处理器10对将所述第一屏幕A显示的应用程序界面拖动至所述第三屏幕C的操作不触发分屏。Specifically, in an embodiment, the second screen B is a flexible screen, and when the second screen B is in a bent state, theprocessor 10 responds to an application program interface displaying the first screen A The operation of dragging to the second screen B triggers the split screen; when the second screen B is in an expanded state, theprocessor 10 drags the application program interface displayed on the first screen A to all The operation of the third screen C does not trigger the split screen.

控制所述第二屏幕B上显示分屏操作条S3，所述分屏操作条S3包括分屏对换选项S31和退出分屏选项S33(步骤2602)。The second screen B is controlled to display a split screen operation bar S3, and the split screen operation bar S3 includes a split screen swap option S31 and an exit split screen option S33 (step 2602).

响应用户对所述分屏操作条S3中的分屏对换选项S31的点选操作，控制显示在所述第一显示区域W1和所述第二显示区域W2上的应用程序界面对换显示；响应用户对所述分屏操作条S3中的退出分屏选项的点选操作，控制退出分屏显示(步骤2603)。In response to the user's clicking operation on the split screen swap option S31 in the split screen operation bar S3, controlling the swap display of the application program interface displayed on the first display area W1 and the second display area W2; In response to the user's click operation on the exit split screen option in the split screen operation bar S3, control to exit the split screen display (step 2603).

具体地，在一实施例中，所述处理器10响应用户对所述分屏操作条S3中的分屏对换选项S31的 点选操作，控制显示在所述第一显示区域W1和所述第二显示区域W2上的应用程序界面对换显示；响应用户对所述分屏操作条S3中的退出分屏选项S33的点选操作，控制退出分屏显示并返回到分屏显示前的多应用程序界面D、主页或者任意设定的应用程序界面。Specifically, in an embodiment, theprocessor 10 controls the display on the first display area W1 and the display in response to a user's clicking operation on the split screen swap option S31 in the split screen operation bar S3 The application program interface on the second display area W2 is swapped and displayed; in response to the user's click operation on the exit split screen option S33 in the split screen operation bar S3, the control exits the split screen display and returns to the multiple before the split screen display Application program interface D, homepage or any set application program interface.

所述触控屏30在折叠状态下，所述处理器10响应用户的分屏操作将所述第一屏幕A分为相邻设置的第三显示区域W3和第四显示区域W4，并控制在所述第三显示区域W3和所述第四显示区域W4中分别显示不同的应用程序界面。(步骤2604)。In the folded state of thetouch screen 30, theprocessor 10 divides the first screen A into a third display area W3 and a fourth display area W4 that are adjacently set in response to the user's split screen operation, and controls the Different application program interfaces are displayed in the third display area W3 and the fourth display area W4, respectively. (Step 2604).

具体地，所述第三显示区域和所述第三显示区域是上下结构形式。Specifically, the third display area and the third display area are in the form of an upper and lower structure.

具体地，在一实施例中，所述处理器10响应长按对应的应用程序界面的长按操作至所述第一屏幕A上出现分屏提示，并继续响应拖动该应用程序界面至所述分屏提示的预定范围内的拖动操作时，控制所述第一屏幕A分屏为所述第三显示区域W3和所述第四显示区域W4，并控制将被操作的应用程序界面显示于所述第三显示区域W3，将所述多应用程序界面D保留显示于所述第四显示区W4域。Specifically, in an embodiment, theprocessor 10 responds to the long press operation of the corresponding application program interface until a split screen prompt appears on the first screen A, and continues to respond to dragging the application program interface to all When the drag operation within a predetermined range of the split screen prompt is controlled, the first screen A is split into the third display area W3 and the fourth display area W4, and the application program interface to be operated is displayed In the third display area W3, the multi-application interface D is reserved and displayed in the fourth display area W4.

具体地，在一实施例中，所述处理器10控制支持分屏的应用程序界面的对应位置处显示分屏图标K，所述处理器10还响应对所述分屏图标K的点选操作控制所述第一屏幕A分屏为所述第三显示区域W3和所述第四显示区域W4，并控制将被操作的应用程序界面显示于所述第三显示区域W3，将所述多应用程序界面D保留显示于所述第四显示区域W4。Specifically, in an embodiment, theprocessor 10 controls the display of a split-screen icon K at a corresponding position of an application program interface that supports split-screen, and theprocessor 10 also responds to a click operation on the split-screen icon K Controlling the first screen A to split into the third display area W3 and the fourth display area W4, and controlling the displayed application program interface to be displayed on the third display area W3, and displaying the multi-application The program interface D remains displayed on the fourth display area W4.

具体地，在一实施例中，所述处理器10将被操作的应用程序界面显示于所述第三显示区域W3时，还控制所述多应用程序界面D朝向远离所述第三显示区域W3与所述第四显示区域W4的分界线的方向移动，直至所述多应用程序界面D进入所述第四显示区域W4，所述处理器10还响应对所述第四显示区域W4的另一应用程序界面的操作而将该另一应用程序界面于所述第四显示区域W4内前台显示。Specifically, in an embodiment, when theprocessor 10 displays the operated application program interface in the third display area W3, it also controls the multi-application interface D to face away from the third display area W3 The direction of the boundary line with the fourth display area W4 moves until the multi-application interface D enters the fourth display area W4, and theprocessor 10 further responds to the other of the fourth display area W4. The operation of the application program interface displays the other application program interface in the foreground in the fourth display area W4.

从而，本申请能够在触控屏30处于折叠状态时，响应用户长按选中的应用程序界面的长按操作控制在第一屏幕A的顶部显示分屏提示“拖动此处上下分屏”，以及控制在第一侧曲屏B1上显示分屏提示“发送到辅屏”，并响应将应用程序界面拖动至第一屏幕A的顶部区域的拖动操作，控制第一屏幕A上下分屏为第三显示区域W3和第四显示区域W4，以及响应将应用程序界面拖动至第一侧曲屏B1的拖动操作，控制将触控屏30分为位于第一屏幕A的第二显示区域W2和位于第三屏幕C上的第一显示区域W1。从而，可以在折叠状态下可以通过多种方式显示左右分屏或者上下分屏，为用户带来更多的便利。Therefore, in the present application, when thetouch screen 30 is in the folded state, in response to the user ’s long-press operation of long-pressing the selected application interface, a split screen prompt “drag here to split up and down” is displayed at the top of the first screen A And controlling the display of the split screen prompt "send to secondary screen" on the first side curved screen B1, and in response to the drag operation of dragging the application program interface to the top area of the first screen A, controlling the first screen A to split up and down For the third display area W3 and the fourth display area W4, and in response to the drag operation of dragging the application program interface to the first side curved screen B1, thetouch screen 30 is divided into the second display on the first screen A The area W2 and the first display area W1 located on the third screen C. Therefore, the left and right split screens or the top and bottom split screens can be displayed in various ways in the folded state, which brings more convenience to the user.

请参阅图27，为本申请一实施例中的终端设备100的多任务交互控制方法的流程图。多任务交互控制方法应用于前述的终端设备100中。多任务交互控制方法的执行顺序并不限于图27所示的顺序。多任务交互控制方法包括：Please refer to FIG. 27, which is a flowchart of a multitask interaction control method of theterminal device 100 in an embodiment of the present application. The multitask interactive control method is applied to the aforementionedterminal device 100. The execution order of the multi-task interactive control method is not limited to the order shown in FIG. 27. Multi-task interactive control methods include:

所述触控屏30在折叠状态下时，所述处理器10控制所述第一屏幕A显示一图形用户界面G，所述图形用户界面G包括应用程序(步骤2701)；When thetouch screen 30 is in the folded state, theprocessor 10 controls the first screen A to display a graphical user interface G, and the graphical user interface G includes an application program (step 2701);

响应对所述应用程序的操作(步骤2702)。In response to the operation of the application (step 2702).

控制所述第二屏幕B显示任务快捷栏，并在所述任务快捷栏中显示应用程序快捷方式(步骤2703)。Control the second screen B to display a task shortcut bar, and display an application shortcut in the task shortcut bar (step 2703).

具体地，所述任务快捷栏包括任务快捷切换栏T2，所述应用程序快捷方式包括显示于任务快捷切换栏T2中、先于被操作的应用程序被执行之前所执行的上一个应用程序的快捷方式。Specifically, the task shortcut bar includes a task shortcut switching bar T2, and the application shortcut includes a shortcut of the previous application program that is displayed in the task shortcut switching bar T2 and executed before the operated application program is executed. the way.

具体地，在一实施例中，处理器10控制触控屏30在折叠状态下由第一屏幕A显示多应用程序界面D或者显示当前选中的应用程序界面时，控制第二屏幕B显示所述任务快捷切换栏T2，且在该任务快捷切换栏T2中显示先于被操作的应用程序被执行之前所执行的上一个应用程序的快捷方式。可理解，在一实施例中，所述应用程序的快捷方式是指所述应用程序的应用图标、所述应用程序的应用程序界面的缩小图等。Specifically, in an embodiment, theprocessor 10 controls thetouch screen 30 to display the multi-application interface D from the first screen A or the currently selected application interface in the folded state, and controls the second screen B to display the The task shortcut switching bar T2, and the shortcut of the previous application program executed before the operated application program is executed is displayed in the task shortcut switching bar T2. It can be understood that, in an embodiment, the shortcut of the application program refers to an application icon of the application program, a reduced view of an application program interface of the application program, and the like.

具体地，在一实施例中，所述处理器10响应对应用程序的操作而控制被操作的应用程序执行，并控制将上一个执行的应用程序的快捷方式显示于任务快捷切换栏T2中。Specifically, in an embodiment, theprocessor 10 controls the execution of the operated application in response to the operation on the application, and controls the shortcut of the last executed application to be displayed in the task shortcut switching bar T2.

具体地，在一实施例中，所述处理器10在所述当前应用程序为预设时间段内首次使用的应用程 序时，控制所述任务快捷切换栏T2显示为空白状态或不显示。Specifically, in an embodiment, theprocessor 10 controls the task shortcut switching bar T2 to be displayed in a blank state or not displayed when the current application is an application used for the first time within a preset time period.

具体地，在一实施例中，所述处理器10在所述任务快捷切换栏T2中的应用图标在预设时间段内没有再次使用时，控制所述快捷方式从所述任务快捷切换栏T2中移除。Specifically, in an embodiment, when the application icon in the task shortcut switching bar T2 is not used again within a preset period of time, theprocessor 10 controls the shortcut from the task shortcut switching bar T2 Removed.

具体地，在一实施例中，处理器10控制由第一屏幕A前台显示当前选中的应用程序界面时，并控制由第一侧曲屏B1显示该任务快捷切换栏T2，从而能够更好的辅助第一屏幕A进行显示，并且更方便进行任务的快捷切换。Specifically, in an embodiment, when theprocessor 10 controls the front screen of the first screen A to display the currently selected application interface, and controls the first side curved screen B1 to display the task shortcut switching bar T2, it can better It assists the first screen A for display and makes it easier to switch tasks quickly.

可选择地，在一实施例中，所述任务快捷栏包括任务快捷操作栏T3，所述应用程序快捷方式包括显示于所述任务快捷操作栏T3中、被操作的应用程序的快捷方式。Optionally, in an embodiment, the task shortcut bar includes a task shortcut operation bar T3, and the application shortcuts include shortcuts of application programs displayed in the task shortcut operation bar T3.

具体地，在一实施例中，所述处理器10响应对应用程序的操作而将被操作的应用程序的快捷方式显示于任务快捷操作栏T3中。Specifically, in an embodiment, theprocessor 10 displays the shortcut of the operated application in the task shortcut operation bar T3 in response to the operation on the application.

具体地，在一实施例中，所述图形用户界面G的应用程序以应用程序界面的方式显示于所述第一屏幕A上，所述处理器10响应对所述应用程序的应用程序界面的操作而将被操作的应用程序的快捷方式显示于所述任务快捷操作栏T3中。Specifically, in an embodiment, the application program of the graphical user interface G is displayed on the first screen A in the form of an application program interface, and theprocessor 10 responds to the application program interface of the application program. The shortcut of the application to be operated is displayed in the task shortcut operation bar T3.

具体地，在图形用户界面G中显示多任务界面D时，所述处理器10响应向下拉动所述应用程序界面下行预定长度的下拉动作时，控制所述图形用户界面G在该应用程序界面的上方显示用于添加快捷方式的虚拟按键；及响应用户点选所述虚拟按键的点选操作时，控制为该应用程序界面在所述任务快捷操作栏T 3中添加快捷方式。Specifically, when the multitasking interface D is displayed in the graphical user interface G, theprocessor 10 controls the graphical user interface G in the application program interface in response to a downward pull action of pulling the application program interface downward by a predetermined length The virtual buttons for adding shortcuts are displayed above and in response to the user's clicking operation of the virtual buttons, control is added to the task shortcut operation bar T3 for the application program interface.

可以理解的是，在其它实施例中，当所述第二屏幕B显示任务快捷操作栏T3，所述处理器10还可以响应拖动所述应用程序界面至所述第二屏幕B的拖动操作，控制为该应用程序界面在所述任务快捷操作栏T 3中添加快捷方式。It can be understood that, in other embodiments, when the second screen B displays a task shortcut operation bar T3, theprocessor 10 may also respond to the dragging of the application program interface to the second screen B Operate and control to add shortcuts to the task shortcut operation bar T3 for the application program interface.

可以理解的是，在一实施例中，处理器10在为该应用程序界面在任务快捷操作栏T3中增加快捷方式后，该应用程序界面仍然保留在多应用程序界面D中。It can be understood that, in an embodiment, after theprocessor 10 adds a shortcut to the task shortcut operation bar T3 for the application program interface, the application program interface remains in the multi-application program interface D.

可以理解的是，在一实施例中，处理器10可以响应用户对该任务快捷操作栏T3中的任一快捷方式的删除操作将任务快捷操作栏T3内的选中的快捷方式删除。It can be understood that, in an embodiment, theprocessor 10 may delete the selected shortcut in the task shortcut operation bar T3 in response to the user's deletion operation of any shortcut in the task shortcut operation bar T3.

可以理解的是，在一实施例中，处理器10响应用户对多应用程序界面D中的应用程序界面的删除操作时，同时删除该应用程序界面在任务快捷操作栏T3中的快捷方式。It can be understood that, in an embodiment, when theprocessor 10 responds to the user's deletion operation of the application program interface in the multi-application program interface D, the shortcut of the application program interface in the task shortcut operation bar T3 is simultaneously deleted.

进一步地，所述多任务控制方法还包括：根据用户在任务快捷操作栏T3中的应用程序界面的快捷方式的触控操作控制对应的第一屏幕A或者第三屏幕C全屏显示该快捷方式对应的应用程序界面。Further, the multi-task control method further includes: controlling the first screen A or the third screen C corresponding to the full screen display of the shortcut corresponding to the touch operation of the shortcut of the application program interface in the task shortcut operation bar T3 of the user Application interface.

具体地，处理器10响应用户将任务快捷操作栏T3中的应用程序对应的快捷方式向第一屏幕A拖动的拖动操作时，控制该应用程序界面在第一屏幕A上全屏显示；或Specifically, theprocessor 10 controls the application interface to be displayed on the first screen A in full screen when the user drags the shortcut corresponding to the application in the task shortcut operation bar T3 to the first screen A; or

处理器10响应用户将任务快捷操作栏T3中的应用程序对应的快捷方式向第三屏幕C的拖动操作时，控制该应用程序界面在第三屏幕C上全屏显示；或Theprocessor 10 controls the application program interface to be displayed in full screen on the third screen C when the user drags the shortcut corresponding to the application program in the task shortcut operation bar T3 to the third screen C; or

处理器10响应用户将任务快捷操作栏T3中的应用程序对应的快捷方式的点击操作时，控制该应用程序界面在面向用户的第一屏幕A或第三屏幕C上全屏显示。Theprocessor 10 controls the application program interface to be displayed on the first screen A or the third screen C facing the user in full screen when the user clicks the shortcut corresponding to the application program in the task shortcut operation bar T3.

具体地，控制由第一屏幕A全屏显示当前选中的应用程序界面时，并控制由第一侧曲屏B1显示该任务快捷切换栏T2，从而能够更好的辅助第一屏幕A进行显示，并且更方便进行任务的快捷切换。Specifically, when the currently selected application interface is displayed on the first screen A in full screen, and the task shortcut switching bar T2 is displayed on the first side curved screen B1, the first screen A can be better assisted for display, and More convenient for quick switching of tasks.

可以理解的是，在控制该第一侧曲屏B1上显示任务快捷切换栏T2时，还可控制该第一侧曲屏B1显示任务栏T1，并且，该任务快捷切换栏T2与任务栏T1两者显示在该第一侧曲屏B1的不同位置上。从而，能够更加方便的进行任务的快捷切换。It can be understood that, when the task shortcut switching bar T2 is displayed on the first side curved screen B1, the first side curved screen B1 can also be controlled to display the task bar T1, and the task shortcut switching bar T2 and the task bar T1 Both are displayed at different positions on the first side curved screen B1. As a result, quick task switching can be performed more conveniently.

从而，本申请能够通过显示在触控屏30的第二屏幕B的任务快捷切换栏T2和/或任务快捷操作栏T3，方便用户切换显示，为用户带来更多的便利。Therefore, the present application can facilitate the user to switch the display through the task shortcut switching bar T2 and / or the task shortcut operation bar T3 displayed on the second screen B of thetouch screen 30, and bring more convenience to the user.

需要说明的是，对于前述的各个方法实施例，为了简单描述，故将其都表述为一系列的动作组合，但是本领域技术人员应该知悉，本申请并不受所描述的动作顺序的限制，因为依据本申请，某一些步骤可以采用其它顺序或者同时进行。其次，本领域技术人员也应该知悉，说明书中所描述的实施例均属于优选实施例，所涉及的动作和模块并不一定是本申请所必须的。It should be noted that, for the sake of simple description, the foregoing method embodiments are all expressed as a series of action combinations, but those skilled in the art should be aware that the present application is not limited by the sequence of actions described. Because according to the present application, some steps may be performed in other orders or simultaneously. Secondly, those skilled in the art should also know that the embodiments described in the specification are all preferred embodiments, and the involved actions and modules are not necessarily required by this application.

在上述实施例中，对各个实施例的描述都各有侧重，某个实施例中没有详细描述的部分，可以参见其它实施例的相关描述。In the above embodiments, the description of each embodiment has its own emphasis. For a part of an embodiment that is not described in detail, you can refer to the related descriptions of other embodiments.

本申请实施例方法中的步骤可以根据实际需要进行顺序调整、合并和删减。The steps in the method of the embodiment of the present application may be adjusted, merged, and deleted sequentially according to actual needs.

本领域普通技术人员可以理解实现上述实施例方法中的全部或部分流程，是可以通过计算机程序来指令相关的硬件来完成，的程序可存储于一计算机可读取存储介质中，该程序在执行时，可包括如上述各方法的实施例的流程。其中，的存储介质可为磁碟、光盘、只读存储记忆体(Read-Only Memory，ROM)或随机存取存储器(RandomAccess Memory，简称RAM)等。A person of ordinary skill in the art may understand that all or part of the processes in the method of the above embodiments may be completed by instructing relevant hardware through a computer program. The program may be stored in a computer-readable storage medium, and the program is being executed At this time, the process of the embodiments of the above methods may be included. Wherein, the storage medium may be a magnetic disk, an optical disk, a read-only memory (Read-Only Memory, ROM) or a random access memory (Random Access Memory, RAM for short), etc.

以上对本申请实施例进行了详细介绍，本文中应用了具体个例对本申请的原理及实施例进行了阐述，以上实施例的说明只是用于帮助理解本申请的方法及其核心思想；同时，对于本领域的一般技术人员，依据本申请的思想，在具体实施例及应用范围上均会有改变之处，综上，本说明书内容不应理解为对本申请的限制。The embodiments of the present application are described in detail above, and specific examples are used to explain the principles and embodiments of the present application. The descriptions of the above embodiments are only used to help understand the method and the core idea of the present application; at the same time, Those of ordinary skill in the art, based on the ideas of the present application, may have changes in specific embodiments and application scopes. In summary, the content of this specification should not be construed as limiting the present application.

Claims (20)

Translated fromChinese

一种终端设备，其特征在于，包括处理器和触控屏，所述触控屏至少包括第一屏幕和位于所述第一屏幕一侧的第二屏幕，所述第二屏幕为柔性触控屏，所述处理器在所述第二屏幕处于弯折状态时响应用户的多任务触发操作控制在所述第一屏幕上显示多应用程序界面，所述多应用程序界面包括至少两个依序排列的应用程序界面，所述处理器还响应在多应用程序界面中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕前台显示，并将未被选择的应用程序界面显示于所述第二屏幕。A terminal device is characterized by comprising a processor and a touch screen, the touch screen includes at least a first screen and a second screen located on a side of the first screen, the second screen is a flexible touch Screen, the processor displays a multi-application interface on the first screen in response to a user's multi-task trigger operation when the second screen is in a bent state, the multi-application interface includes at least two sequential Arranged application program interfaces, the processor also responds to displaying the selected application program interface in the foreground of the first screen when an application program interface is selected in the multi-application program interface, and displays the unselected application program The interface is displayed on the second screen.如权利要求1所述的终端设备，其特征在于，显示于所述第二屏幕的未被选择的应用程序界面位于曲面上，在所述第一屏幕前台显示的应用程序界面位于平面上。The terminal device according to claim 1, wherein the unselected application program interface displayed on the second screen is on a curved surface, and the application program interface displayed on the foreground of the first screen is on a flat surface.如权利要求1所述的终端设备，其特征在于，显示于所述第二屏幕的未被选择的应用程序界面于后台运行。The terminal device according to claim 1, wherein the unselected application program interface displayed on the second screen runs in the background.如权利要求1所述的终端设备，其特征在于，被选择的应用程序界面在所述第一屏幕上全屏显示。The terminal device according to claim 1, wherein the selected application program interface is displayed in full screen on the first screen.如权利要求1所述的终端设备，其特征在于，所述处理器在所述第二屏幕处于弯折状态时控制所述第一屏幕显示一图形用户界面，并控制在所述图形用户界面上显示所述多应用程序界面，其中，所述多应用程序界面的所述至少两张应用程序界面按照时间先后次序依序显示在所述图形用户界面上。The terminal device according to claim 1, wherein the processor controls the first screen to display a graphical user interface when the second screen is in a bent state, and controls the graphical user interface Displaying the multi-application interface, wherein the at least two application interfaces of the multi-application interface are sequentially displayed on the graphical user interface in chronological order.如权利要求1所述的终端设备，其特征在于，所述触控屏在折叠状态下，所述处理器：响应用户在所述多应用程序界面上的左右滑动操作，控制所述至少两张应用程序界面跟随所述滑动操作一起滑动，在任意一张应用程序界面滑动至所述第一屏幕的一侧边缘预设区域内时，隐藏所述应用程序界面，且同时在所述第一屏幕的另一侧调出新的应用程序界面以填充由于所述应用程序界面的隐藏而多出的空间。The terminal device according to claim 1, characterized in that, when the touch screen is in a folded state, the processor: in response to a user's left-right sliding operation on the multi-application interface, controls the at least two The application program interface slides together with the sliding operation, and when any one of the application program interfaces slides into a preset area on one side edge of the first screen, the application program interface is hidden and at the same time on the first screen On the other side of, the new application interface is called to fill the extra space due to the hiding of the application interface.如权利要求1所述的终端设备，其特征在于，所述处理器控制所述触控屏在折叠状态下显示的所述多应用程序界面包括依序排列的第一应用程序界面、第二应用程序界面和第三应用程序界面，所述第一应用程序界面位于前面，所述第二应用程序界面被所述第一应用程序界面遮住部分，所述第三应用程序界面被所述第二应用程序界面遮住部分；所述处理器控制所述触控屏在展开状态下显示的所述多应用程序界面包括多张应用程序界面，且所述多张应用程序界面之间没有重叠。The terminal device according to claim 1, wherein the processor controls the multi-application interface displayed in the folded state of the touch screen to include a first application interface and a second application arranged in sequence A program interface and a third application program interface, the first application program interface is located in front, the second application program interface is partially covered by the first application program interface, and the third application program interface is blocked by the second A part of the application program interface is covered; the processor controls the multi-application program interface displayed in the expanded state of the touch screen to include a plurality of application program interfaces, and there is no overlap between the plurality of application program interfaces.如权利要求1所述的终端设备，其特征在于，所述触控屏在折叠状态下显示所述多应用程序界面时，所述处理器：响应用户点选任一应用程序界面的点选操作，控制所述应用程序界面在所述第一屏幕上切换至前台显示，并将所述多应用程序界面中的其它应用程序界面依序显示在位于所述第二屏幕的任务栏上。The terminal device according to claim 1, wherein when the touch screen displays the multi-application interface in the folded state, the processor: in response to a user's click operation of any application interface, Controlling the application program interface to switch to the foreground display on the first screen, and sequentially displaying other application program interfaces in the multi-application program interface on the task bar located on the second screen.如权利要求8所述的终端设备，其特征在于，所述处理器：响应用户在所述任务栏上点选一应用图标的点选操作时，控制将当前前台显示的应用程序界面显示在所述任务栏上，并在所述任务栏上取消显示被点选的应用图标，且将所述任务栏上当前被点选的应用图标对应的应用程序界面前台显示在所述第一屏幕上。The terminal device according to claim 8, wherein the processor: in response to a user's clicking operation of clicking an application icon on the taskbar, controls to display an application program interface currently displayed in the foreground on all On the task bar, and cancel the display of the selected application icon on the task bar, and display the foreground of the application program interface corresponding to the currently selected application icon on the task bar on the first screen.如权利要求8所述的终端设备，其特征在于，所述触控屏还包括第三屏幕，所述第二屏幕连接所述第一屏幕和所述第三屏幕，所述第二屏幕包括邻近所述第一屏幕的第一侧曲屏和邻近第三屏幕的第二侧曲屏，所述处理器：控制所述第一屏幕前台显示所述应用程序界面时，控制所述任务栏显示在所述第一侧曲屏上；控制所述第三屏幕前台显示所述应用程序界面时，控制所述任务栏显示在所述第二侧曲屏上。The terminal device according to claim 8, wherein the touch screen further comprises a third screen, the second screen connects the first screen and the third screen, and the second screen includes adjacent The first side curved screen of the first screen and the second side curved screen adjacent to the third screen, the processor: when the foreground of the first screen is displayed on the application program interface, the task bar is displayed on On the first side curved screen; when the foreground of the third screen is controlled to display the application program interface, the task bar is controlled to be displayed on the second side curved screen.一种图形用户界面，应用在具有触控屏的终端设备上，其特征在于，所述触控屏至少包括第一屏幕和第二屏幕，所述第二屏幕为柔性触控屏，所述触控屏处于折叠状态由所述第一屏幕显示一图形用户界面；所述图形用户界面由所述终端设备的处理器控制并实现：A graphical user interface is applied to a terminal device with a touch screen. The touch screen includes at least a first screen and a second screen. The second screen is a flexible touch screen. When the control screen is in a folded state, a graphical user interface is displayed on the first screen; the graphical user interface is controlled and implemented by the processor of the terminal device:在所述第二屏幕处于弯折状态时响应用户的多任务触发操作控制在所述第一屏幕上在所述图形用户界面上显示多应用程序界面，所述多应用程序界面包括至少两个依序排列的应用程序界面；及In response to the user's multi-task trigger operation control when the second screen is in a bent state, a multi-application interface is displayed on the first user screen on the graphical user interface, the multi-application interface includes at least two Ordered application program interface; and响应在多应用程序界面中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕前台显示，并将未被选择的应用程序界面显示于所述第二屏幕。In response to selecting an application interface in the multi-application interface, control to display the selected application interface in the foreground of the first screen and display the unselected application interface on the second screen.如权利要求11所述的图形用户界面，其特征在于，所述图形用户界面由所述终端设备的处理器 控制并实现：控制所述多应用程序界面的所述至少两张应用程序界面按照时间先后次序依序显示在所述图形用户界面上。The graphical user interface according to claim 11, wherein the graphical user interface is controlled and implemented by the processor of the terminal device: controlling the at least two application program interfaces of the multi-application program interface according to time The order is displayed on the graphical user interface in sequence.如权利要求11所述的图形用户界面，其特征在于，所述图形用户界面由所述终端设备的处理器控制并实现：响应用户在所述多应用程序界面上的左右滑动操作，控制所述至少两张应用程序界面跟随所述滑动操作一起滑动，在任意一张应用程序界面滑动至所述第一屏幕的一侧边缘预设区域内时，隐藏所述应用程序界面，且同时在所述第一屏幕的另一侧调出新的应用程序界面以填充由于所述应用程序界面的隐藏而多出的空间。The graphical user interface according to claim 11, characterized in that the graphical user interface is controlled and implemented by the processor of the terminal device: in response to a user's left and right sliding operation on the multi-application interface, controlling the At least two application program interfaces slide along with the sliding operation. When any one of the application program interfaces slides into a preset area on one side edge of the first screen, the application program interface is hidden, and at the same time A new application program interface is called on the other side of the first screen to fill the extra space due to the hiding of the application program interface.如权利要求11所述的图形用户界面，其特征在于，所述触控屏在折叠状态下显示所述多应用程序界面时，所述图形用户界面由所述终端设备的处理器控制并实现：The graphical user interface according to claim 11, wherein when the touch screen displays the multi-application interface in the folded state, the graphical user interface is controlled and implemented by the processor of the terminal device:响应用户点选任一应用程序界面的点选操作，控制所述应用程序界面在所述第一屏幕上切换至前台显示，并将所述多应用程序界面中的其它应用程序界面依序显示在位于所述第二屏幕的任务栏上；和/或In response to the user's clicking operation on any application program interface, the application program interface is controlled to switch to the foreground display on the first screen, and other application program interfaces in the multi-application program interface are sequentially displayed on the On the taskbar of the second screen; and / or响应用户在所述任务栏上点选一应用图标的点选操作时，控制将当前前台显示的应用程序界面显示在所述任务栏上，并在所述任务栏上取消显示被点选的应用图标，且将所述任务栏上当前被点选的应用图标对应的应用程序界面前台显示在所述第一屏幕上。In response to the user's click operation of clicking an application icon on the task bar, control to display the application program interface currently displayed in the foreground on the task bar, and cancel displaying the selected application on the task bar Icon, and the foreground of the application program interface corresponding to the currently selected application icon on the task bar is displayed on the first screen.一种多任务交互控制方法，应用于一具有触控屏的终端设备，其特征在于，所述触控屏至少包括第一屏幕和第二屏幕，所述第二屏幕为柔性触控屏；所述多任务交互控制方法包括：A multi-task interactive control method is applied to a terminal device with a touch screen, characterized in that the touch screen includes at least a first screen and a second screen, and the second screen is a flexible touch screen; The multi-task interactive control method includes:在所述第二屏幕处于弯折状态时响应用户的多任务触发操作控制在所述第一屏幕上显示多应用程序界面，所述多应用程序界面包括至少两个依序排列的应用程序界面；及In response to the user's multi-task trigger operation control when the second screen is in a bent state, control to display a multi-application interface on the first screen, the multi-application interface includes at least two application interfaces arranged in sequence; and响应在多应用程序界面中选择一个应用程序界面时，控制将所选择的应用程序界面在所述第一屏幕前台显示，并将未被选择的应用程序界面显示于所述第二屏幕。In response to selecting an application interface in the multi-application interface, control to display the selected application interface in the foreground of the first screen and display the unselected application interface on the second screen.如权利要求15所述的多任务交互控制方法，其特征在于，所述多任务交互控制方法还包括：The multitask interactive control method according to claim 15, wherein the multitask interactive control method further comprises:在所述第二屏幕处于弯折状态时控制所述第一屏幕显示一图形用户界面，并控制在所述图形用户界面上显示所述多应用程序界面；其中，所述多应用程序界面的所述至少两张应用程序界面按照时间先后次序依序显示在所述图形用户界面上。Controlling the first screen to display a graphical user interface when the second screen is in a bent state, and controlling the display of the multi-application interface on the graphical user interface; The at least two application program interfaces are sequentially displayed on the graphical user interface in chronological order.如权利要求15所述的多任务交互控制方法，其特征在于，所述多任务交互控制方法包括：The multitask interactive control method according to claim 15, wherein the multitask interactive control method comprises:响应用户在所述多应用程序界面上的左右滑动操作，控制所述至少两张应用程序界面跟随所述滑动操作一起滑动；In response to the user's left and right sliding operations on the multi-application interface, controlling the at least two application interfaces to slide together with the sliding operation;在任意一张应用程序界面滑动至所述第一屏幕的一侧边缘预设区域内时，隐藏所述应用程序界面，且同时在所述第一屏幕的另一侧调出新的应用程序界面以填充由于所述应用程序界面的隐藏而多出的空间。When any one of the application program interfaces slides into the preset area on one edge of the first screen, the application program interface is hidden, and at the same time, a new application program interface is called on the other side of the first screen To fill the extra space due to the hiding of the application interface.如权利要求15所述的多任务交互控制方法，其特征在于，所述触控屏在折叠状态下显示所述多应用程序界面时，所述多任务交互控制方法包括：The multi-task interactive control method according to claim 15, wherein when the touch screen displays the multi-application interface in a folded state, the multi-task interactive control method includes:响应用户点选任一应用程序界面的点选操作，控制所述应用程序界面在所述第一屏幕上切换至前台显示，并将所述多应用程序界面中的其它应用程序界面依序显示在位于所述第二屏幕的任务栏上。In response to the user's selection operation of any application program interface, control the application program interface to switch to the foreground display on the first screen, and sequentially display other application program interfaces in the multi-application program interface On the taskbar of the second screen.如权利要求18所述的多任务交互控制方法，其特征在于，所述多任务交互控制方法包括：The multitask interactive control method of claim 18, wherein the multitask interactive control method comprises:响应用户在所述任务栏上点选一应用图标的点选操作时，控制将当前前台显示的应用程序界面显示在所述任务栏上，并在所述任务栏上取消显示被点选的应用图标，且将所述任务栏上当前被点选的应用图标对应的应用程序界面前台显示在所述第一屏幕上。In response to the user's click operation of clicking an application icon on the task bar, control to display the application program interface currently displayed in the foreground on the task bar, and cancel displaying the selected application on the task bar Icon, and the foreground of the application program interface corresponding to the currently selected application icon on the task bar is displayed on the first screen.如权利要求19所述的多任务交互控制方法，其特征在于，所述触控屏还包括第三屏幕，所述第二屏幕位于所述第一屏幕和所述第三屏幕之间，所述第二屏幕包括邻近所述第一屏幕的第一侧曲屏和邻近第三屏幕的第二侧曲屏，所述多任务交互控制方法包括：The multitask interaction control method according to claim 19, wherein the touch screen further comprises a third screen, and the second screen is located between the first screen and the third screen, the The second screen includes a first side curved screen adjacent to the first screen and a second side curved screen adjacent to the third screen. The multitask interaction control method includes:控制所述第一屏幕前台显示所述应用程序界面时，控制所述任务栏显示在所述第一侧曲屏上；或When the foreground of the first screen is displayed on the application program interface, the task bar is displayed on the first side curved screen; or控制所述第三屏幕前台显示所述应用程序界面时，控制所述任务栏显示在所述第二侧曲屏上。When controlling the foreground of the third screen to display the application program interface, controlling the task bar to be displayed on the second side curved screen.

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