CN105739810B

Movatterモバイル変換

Info

Publication number: CN105739810B
Application number: CN201410767685.2A
Authority: CN
Inventors: 李兴豪
Original assignee: HTC Corp
Current assignee: HTC Corp
Priority date: 2014-12-12
Filing date: 2014-12-12
Publication date: 2020-01-21
Anticipated expiration: 2034-12-12
Also published as: CN105739810A

Abstract

本发明涉及一种移动电子装置，包括运动传感器、处理器以及触控显示器。运动传感器检测移动电子装置的运动，并据以产生检测值。当移动电子装置处于工作模式时，处理器判断检测值是否落在第一检测值范围或落在第二检测值范围。触控显示器根据上述判断结果显示三个用户界面其中之一。其中，第一用户界面具有多个应用程序图标沿着触控显示器的第一边缘显示。第二用户界面具有上述多个应用程序图标沿着触控显示器的第二边缘显示。第三用户界面具有上述多个应用程序图标平均分散地显示在触控显示器的第一边缘和第二边缘之间。

The present invention relates to a mobile electronic device, comprising a motion sensor, a processor and a touch display. The motion sensor detects the motion of the mobile electronic device and generates a detection value accordingly. When the mobile electronic device is in working mode, the processor determines whether the detection value falls within a first detection value range or a second detection value range. The touch display displays one of three user interfaces according to the above judgment result. Among them, the first user interface has a plurality of application icons displayed along a first edge of the touch display. The second user interface has the plurality of application icons displayed along a second edge of the touch display. The third user interface has the plurality of application icons displayed evenly and dispersedly between the first edge and the second edge of the touch display.

Description

Translated fromChinese

移动电子装置与用户界面显示方法Mobile electronic device and user interface display method

技术领域technical field

本发明涉及一种移动电子装置的用户界面(UI:user interface)，且特别是涉及一种移动电子装置与用户界面显示方法。The present invention relates to a user interface (UI: user interface) of a mobile electronic device, and in particular, to a mobile electronic device and a user interface display method.

背景技术Background technique

由于移动电子装置与通讯网络的蓬勃发展，导致移动电子装置成为现今最容易取得网络信息的平台。随手可得的信息与随时在线的特性，使这些装置成为现代人每日不可或缺的物品，甚至已取代了个人计算机成为新的联网平台。Due to the vigorous development of mobile electronic devices and communication networks, mobile electronic devices have become the easiest platform to obtain network information today. The readily available information and always-on-line nature have made these devices indispensable to modern people every day, and have even replaced personal computers as a new networking platform.

同时，应用程序的复杂与高度整合，以及越来越丰富的网络信息，使移动电子装置的显示器的解析度与尺寸高速成长。以往与手掌大小相近的移动电子装置(如：具有3.7寸至4寸显示面板的装置)逐渐被更大的装置(如：具有大于5寸显示面板的装置)所取代。但也由于显示的面积越来越大，原本方便携带且适于单手操作的移动电子装置越来越难以单手操作。At the same time, the complexity and high degree of integration of the application programs and the increasingly abundant network information make the resolution and size of the display of the mobile electronic device grow rapidly. In the past, mobile electronic devices (eg, devices with 3.7-inch to 4-inch display panels) that were similar in size to palms were gradually replaced by larger devices (eg, devices with larger than 5-inch display panels). However, due to the increasing display area, the mobile electronic device that was originally portable and suitable for one-handed operation becomes more and more difficult to operate with one-handed.

先不论复杂的使用，例如浏览网页。单以解锁这些移动电子装置，成功地找到欲执行的程序，并成功地执行，已经能给用户相当的困扰。再者，当用户在一些特定情况下，例如当用户一手提着物品，或一手握住公车上的扶手，仅能用单手操作大尺寸的移动电子装置时，更是困难。Forget about complex uses, such as browsing the web. Simply unlocking these mobile electronic devices, successfully finding the program to be executed, and executing it successfully has already caused considerable trouble to users. Furthermore, it is even more difficult when a user can only operate a large-sized mobile electronic device with one hand in some specific situations, such as when the user is carrying an item in one hand or holding an armrest on a bus with the other hand.

发明内容SUMMARY OF THE INVENTION

本发明提供一种移动电子装置与用户界面显示方法，可使大尺寸的移动电子装置的用户界面更加便利。The present invention provides a mobile electronic device and a user interface display method, which can make the user interface of the large-sized mobile electronic device more convenient.

本发明的移动电子装置可操作于睡眠模式或工作模式，包括运动传感器、处理器、以及触控显示器。运动传感器检测移动电子装置的运动，并据以产生检测值。处理器耦接运动传感器。当移动电子装置处于工作模式时，处理器判断检测值是否落在第一检测值范围或落在第二检测值范围。触控显示器耦接处理器，在检测值被处理器判断落在第一检测值范围时显示第一用户界面，在检测值被处理器判断落在第二检测值范围时显示第二用户界面，在检测值被处理器判断并非落在第一与第二检测值范围时显示第三用户界面。其中，第一用户界面具有多个应用程序图标沿着触控显示器的第一边缘显示，且第二用户界面具有多个应用程序图标沿着触控显示器的第二边缘显示。第三用户界面具有多个应用程序图标平均分散地显示在触控显示器的第一边缘与第二边缘之间。The mobile electronic device of the present invention can operate in a sleep mode or an active mode, and includes a motion sensor, a processor, and a touch display. The motion sensor detects the motion of the mobile electronic device and generates a detected value accordingly. The processor is coupled to the motion sensor. When the mobile electronic device is in the working mode, the processor determines whether the detection value falls within the first detection value range or the second detection value range. The touch display is coupled to the processor, and displays a first user interface when the detection value is determined by the processor to fall within the first detection value range, and displays a second user interface when the detection value is determined by the processor to fall within the second detection value range. A third user interface is displayed when the detected value is determined by the processor not to fall within the range of the first and second detected values. The first user interface has a plurality of application program icons displayed along a first edge of the touch display, and the second user interface has a plurality of application program icons displayed along a second edge of the touch display. The third user interface has a plurality of application icons evenly distributed between the first edge and the second edge of the touch display.

本发明的用户界面显示方法用于移动电子装置。此移动电子装置可操作于睡眠模式或工作模式，且具有触控显示器。上述方法包括以下步骤：检测移动电子装置的运动，并据以产生检测值；判断检测值是否落在第一检测值范围或落在第二检测值范围；在检测值被判断落在第一检测值范围时，显示第一用户界面在触控显示器上，其中第一用户界面具有多个应用程序图标沿着触控显示器的第一边缘显示；在检测值被判断落在第二检测值范围时，显示第二用户界面在触控显示器上，其中第二用户界面具有多个应用程序图标沿着触控显示器的第二边缘显示；以及在检测值被处理器判断并非落在第一与第二检测值范围时，显示第三用户界面，其中第三用户界面具有多个应用程序图标平均分散地显示在触控显示器的第一边缘与第二边缘之间。The user interface display method of the present invention is used in a mobile electronic device. The mobile electronic device can operate in a sleep mode or a work mode, and has a touch display. The above method includes the following steps: detecting the movement of the mobile electronic device, and generating a detection value accordingly; judging whether the detection value falls within the first detection value range or the second detection value range; when the detection value is judged to fall within the first detection value range When the value is in the range, the first user interface is displayed on the touch display, wherein the first user interface has a plurality of application icons displayed along the first edge of the touch display; when the detection value is judged to fall within the second detection value range , displaying a second user interface on the touch display, wherein the second user interface has a plurality of application icons displayed along the second edge of the touch display; and the detected value is determined by the processor not to fall between the first and second When the value range is detected, a third user interface is displayed, wherein the third user interface has a plurality of application program icons evenly and dispersedly displayed between the first edge and the second edge of the touch display.

基于上述，本发明可依据移动电子装置的单手持用等各种使用方式而动态调整用户界面，可使大尺寸的移动电子装置的用户界面更加便利。Based on the above, the present invention can dynamically adjust the user interface according to various usage modes such as single-hand use of the mobile electronic device, thereby making the user interface of the large-sized mobile electronic device more convenient.

为让本发明的上述特征和优点能更明显易懂，下文特举实施例，并配合附图做详细说明如下。In order to make the above-mentioned features and advantages of the present invention more obvious and easy to understand, the following embodiments are given and described in detail with reference to the accompanying drawings as follows.

附图说明Description of drawings

图1是依照本发明的一实施例的一种移动电子装置的示意图。FIG. 1 is a schematic diagram of a mobile electronic device according to an embodiment of the present invention.

图2是依照本发明的一实施例的一种用户界面显示方法的流程图。FIG. 2 is a flowchart of a method for displaying a user interface according to an embodiment of the present invention.

图3是依照本发明的一实施例的一种预设用户界面的示意图。FIG. 3 is a schematic diagram of a preset user interface according to an embodiment of the present invention.

图4A至图5B是依照本发明的多个实施例的单手持用的判断方法的示意图。4A to 5B are schematic diagrams of determination methods for single-hand use according to various embodiments of the present invention.

图6是依照本发明的一实施例的用户界面的显示区域的示意图。FIG. 6 is a schematic diagram of a display area of a user interface according to an embodiment of the present invention.

图7至图8B是依照本发明的多个实施例的单手持用的判断方法的示意图。7 to 8B are schematic diagrams of determination methods for single-hand use according to various embodiments of the present invention.

图9A和图9B是依照本发明的一实施例的用户界面的操作列的示意图。9A and 9B are schematic diagrams of operation columns of a user interface according to an embodiment of the present invention.

图10A至图11B是依照本发明的多个实施例的用户界面的程序列的示意图。10A-11B are schematic diagrams of sequence diagrams of user interfaces in accordance with various embodiments of the present invention.

图12至图13B是依照本发明的多个实施例的用户界面的搜寻功能的示意图。12-13B are schematic diagrams of search functions of a user interface according to various embodiments of the present invention.

附图符号说明Description of Drawing Symbols

100：移动电子装置100: Mobile Electronic Devices

110：处理器110: Processor

120：运动传感器120: Motion Sensor

130：触控显示器130: Touch Monitor

140：麦克风140: Microphone

210～260：方法步骤210～260: Method steps

310：应用程序的代表图标310: The representative icon of the application

410：法线方向410: normal direction

420：重力方向420: Gravity Direction

510、520、610：操作轨迹510, 520, 610: Operation track

620：用户界面的显示区域的上限620: The upper limit of the display area of the user interface

630：用户界面的显示区域的下限630: The lower limit of the display area of the user interface

710：触控显示器的中线710: Center line of touch monitor

720：左半部显示区域720: Left half display area

730：右半部显示区域730: Right half display area

810、820、1020、1120：预设操作810, 820, 1020, 1120: Preset operation

930：操作列930: Action column

931～933：操作列的图标931 to 933: Icons of the operation column

1010、1110：指示图案1010, 1110: Indication pattern

1030、1130、1230、1330、1335：程序列1030, 1130, 1230, 1330, 1335: Program column

1040、1240、1340、1345：搜寻图标1040, 1240, 1340, 1345: Search icon

1050：应用程序的代表图标1050: The representative icon of the application

1210：虚拟键盘1210: Virtual keyboard

1360、1365：字元列1360, 1365: character string

具体实施方式Detailed ways

图1是依照本发明的一实施例的一种移动电子装置100的示意图。移动电子装置100可以是智能手机、个人数字助理(PDA:personal digital assistant)、平板计算机、或其它适合单手持用的电子装置。移动电子装置100包括处理器110、运动传感器(motionsensor)120、触控显示器(touch display)130、以及麦克风140。运动传感器120至少可包括加速度计(accelerometer)、陀螺仪(gyroscope)、以及电子罗盘(electronic compass)其中之一。FIG. 1 is a schematic diagram of a mobileelectronic device 100 according to an embodiment of the present invention. The mobileelectronic device 100 may be a smart phone, a personal digital assistant (PDA: personal digital assistant), a tablet computer, or other electronic devices suitable for single-hand use. The mobileelectronic device 100 includes aprocessor 110 , amotion sensor 120 , atouch display 130 , and amicrophone 140 . Themotion sensor 120 may include at least one of an accelerometer, a gyroscope, and an electronic compass.

移动电子装置100可操作于一睡眠模式或一工作模式。移动电子装置100在开机时进入工作模式。然后，如果有一段时间没有用户操作，移动电子装置100自动进入睡眠模式。用户也可以直接下命令，例如：按下电源键，让移动电子装置100进入睡眠模式。在睡眠模式时，用户可在触控显示器130进行预设操作，或通过麦克风140输入语音，或再次按下电源键，以唤醒移动电子装置100，使移动电子装置100重返工作模式。触控显示器130在工作模式显示用户界面，在睡眠模式则不显示用户界面。处理器110可判断移动电子装置100目前处于睡眠模式或工作模式，并依据目前的模式而控制触控显示器130不显示用户界面或显示用户界面。The mobileelectronic device 100 can operate in a sleep mode or a work mode. The mobileelectronic device 100 enters the working mode when powered on. Then, if there is no user operation for a period of time, the mobileelectronic device 100 automatically enters the sleep mode. The user can also directly issue a command, such as pressing the power button, to make the mobileelectronic device 100 enter the sleep mode. In the sleep mode, the user can perform a preset operation on thetouch display 130, or input voice through themicrophone 140, or press the power button again to wake up the mobileelectronic device 100 and return the mobileelectronic device 100 to the working mode. Thetouch display 130 displays the user interface in the working mode, and does not display the user interface in the sleep mode. Theprocessor 110 can determine that the mobileelectronic device 100 is currently in the sleep mode or the working mode, and control thetouch display 130 to not display the user interface or to display the user interface according to the current mode.

图2是依照本发明的一实施例的一种用户界面显示方法的流程图。此方法可由移动电子装置100在第一次进入工作模式时执行，或在从睡眠模式进入工作模式时执行，或已经在工作模式时执行。FIG. 2 is a flowchart of a method for displaying a user interface according to an embodiment of the present invention. This method can be performed by the mobileelectronic device 100 when the mobileelectronic device 100 enters the working mode for the first time, or when entering the working mode from the sleep mode, or when it is already in the working mode.

以下说明图2流程。运动传感器120可检测移动电子装置100的运动(步骤210)，并据以产生对应于该运动的一检测值。处理器110可根据运动传感器120的上述检测值判断移动电子装置100是否被手持(步骤220)。运动传感器120可以检测到用户手的甩动或颤动。如果运动传感器120检测到上述的甩动或颤动，处理器110可判断移动电子装置100被手持，否则处理器110可判断移动电子装置100并非被手持。当移动电子装置100被手持，处理器110进行单手判断(步骤230)。当移动电子装置100并非被手持，触控显示器显示预设用户界面(步骤260)。上述的并非被手持的判断结果，也包括无法判断是左手持用还是右手持用的状况。The flow of FIG. 2 will be described below. Themotion sensor 120 can detect the motion of the mobile electronic device 100 (step 210 ), and generate a detected value corresponding to the motion accordingly. Theprocessor 110 may determine whether the mobileelectronic device 100 is being held according to the detection value of the motion sensor 120 (step 220). Themotion sensor 120 may detect the shaking or shaking of the user's hand. If themotion sensor 120 detects the above-mentioned shaking or shaking, theprocessor 110 can determine that the mobileelectronic device 100 is held, otherwise theprocessor 110 can determine that the mobileelectronic device 100 is not held. When the mobileelectronic device 100 is held, theprocessor 110 performs one-hand judgment (step 230). When the mobileelectronic device 100 is not held, the touch display displays a preset user interface (step 260). The above-mentioned judgment result is not the result of being held by hand, and also includes the situation where it is impossible to judge whether it is used with the left hand or the right hand.

步骤230的单手判断是指处理器110判断移动电子装置110是被左手持用、被右手持用、或者并非被手持。当处理器110判断移动电子装置100是被左手持用时，触控显示器130显示左手用户界面(步骤240)。当处理器110判断移动电子装置100是被右手持用时，触控显示器130显示右手用户界面(步骤250)。当处理器110判断移动电子装置100并非被手持时，触控显示器130显示预设用户界面(步骤260)。The one-hand determination in step 230 means that theprocessor 110 determines whether the mobileelectronic device 110 is used by the left hand, by the right hand, or not by the hand. When theprocessor 110 determines that the mobileelectronic device 100 is used by the left hand, thetouch display 130 displays the left hand user interface (step 240). When theprocessor 110 determines that the mobileelectronic device 100 is used by the right hand, thetouch display 130 displays the right hand user interface (step 250). When theprocessor 110 determines that the mobileelectronic device 100 is not being held, thetouch display 130 displays a preset user interface (step 260 ).

步骤240的左手用户界面例如图9A、图10A、图10B、图12、以及图13A所示的用户界面，其共同特征是用户界面上的各种常用虚拟按键或应用程序的图标(icon)等皆沿着触控显示器130的左侧边缘显示。步骤250的右手用户界面例如图9B、图11A、图11B、以及图13B所示的用户界面，其共同特征是用户界面上的各种常用虚拟按键或应用程序的图标(icon)等皆沿着触控显示器130的右侧边缘显示。The left-hand user interface of step 240 is, for example, the user interface shown in Fig. 9A, Fig. 10A, Fig. 10B, Fig. 12, and Fig. 13A, the common feature of which is various commonly used virtual keys on the user interface or icons of application programs (icon), etc. All are displayed along the left edge of thetouch display 130 . The right-hand user interface of step 250 is, for example, the user interface shown in FIG. 9B , FIG. 11A , FIG. 11B , and FIG. 13B , the common feature of which is that various commonly used virtual keys on the user interface or icons of application programs, etc. are all along the lines. The right edge of thetouch display 130 is displayed.

至于步骤260的预设用户界面，则是均衡的用户界面，没有偏向左侧或右侧。例如图3是依照本发明的一实施例的一种预设用户界面的示意图。图3的触控显示器130所显示的预设用户界面包括多个应用程序的代表图标，例如代表图标310，其以矩阵方式平均分散地显示于触控显示器130的左侧边缘与右侧边缘之间。用户可点击任何一个代表图标以执行对应的应用程序。As for the preset user interface of step 260, it is a balanced user interface, not biased to the left or right. For example, FIG. 3 is a schematic diagram of a preset user interface according to an embodiment of the present invention. The preset user interface displayed on thetouch display 130 in FIG. 3 includes representative icons of a plurality of applications, such as therepresentative icons 310 , which are evenly distributed in a matrix manner between the left edge and the right edge of thetouch display 130 between. The user can click on any of the representative icons to execute the corresponding application.

在另一实施例中，用户可依其单手使用习惯将步骤260的预设用户界面设定为直接采用步骤240的左手用户界面或步骤250的右手用户界面。In another embodiment, the user can set the default user interface of step 260 to directly use the left-handed user interface of step 240 or the right-handed user interface of step 250 according to his one-handed usage habit.

在步骤230的单手判断中，处理器110可使用一种或多种判断方法。例如，图4A和图4B是依照本发明的一实施例的单手持用的判断方法的示意图。图4A和图4B中的移动电子装置100是移动电子装置100侧边底部的示意图。在此实施例中，处理器110可根据运动传感器120所产生的检测值而判断重力方向420相对于移动电子装置100的法线(normal line)方向410的方位，并根据上述检测值判断移动电子装置100是否被左手持用或被右手持用。当检测值落在一第一检测值范围时表示法线方向410在重力方向420左侧，如图4A所示，则处理器110可判断移动电子装置100被左手持用，且触控显示器130显示左手用户界面。当检测值落在一第二检测值范围时表示法线方向410在重力方向420右侧，如图4B所示，则处理器110可判断移动电子装置100被右手持用，且触控显示器130显示右手用户界面。当检测值非落在第一与第二检测值范围时表示法线方向410不偏左也不偏右，则处理器110可判断移动电子装置100并非被手持，且触控显示器130显示预设用户界面。在此实施例中，法线方向410指垂直于触控显示器130的显示面并朝向移动电子装置100的背面的方向。另外，上述的第一与第二检测值范围可借助实验纪录运动传感器120在用户利用左手与右手操作移动电子装置100时所产生的检测值而决定，并预先储存于移动电子装置100中。再者，上述的每一检测值范围指两检测值间的范围。在此实施例中，该两检测值可为不同数值或为相同数值。In the one-hand judgment in step 230, theprocessor 110 may use one or more judgment methods. For example, FIG. 4A and FIG. 4B are schematic diagrams of a determination method for single-hand use according to an embodiment of the present invention. The mobileelectronic device 100 in FIG. 4A and FIG. 4B is a schematic diagram of the side and bottom of the mobileelectronic device 100 . In this embodiment, theprocessor 110 can determine the orientation of thegravity direction 420 relative to thenormal line direction 410 of the mobileelectronic device 100 according to the detection value generated by themotion sensor 120, and determine the mobile electronic device according to the detection value. Whether thedevice 100 is being used by the left hand or by the right hand. When the detection value falls within a first detection value range, it means that thenormal direction 410 is on the left side of thegravity direction 420, as shown in FIG. Displays the left-hand user interface. When the detection value falls within a second detection value range, it means that thenormal direction 410 is on the right side of thegravitational direction 420 , as shown in FIG. 4B , theprocessor 110 can determine that the mobileelectronic device 100 is used by the right hand, and thetouch display 130 Displays the right-hand user interface. When the detected value does not fall within the range of the first and second detected values, it means that thenormal direction 410 is neither left nor right, then theprocessor 110 can determine that the mobileelectronic device 100 is not being held, and thetouch display 130 displays a default user interface . In this embodiment, thenormal direction 410 refers to a direction perpendicular to the display surface of thetouch display 130 and toward the back of the mobileelectronic device 100 . In addition, the above-mentioned first and second detection value ranges can be determined by experimentally recording the detection values generated by themotion sensor 120 when the user operates the mobileelectronic device 100 with the left hand and the right hand, and stored in the mobileelectronic device 100 in advance. Furthermore, each detection value range mentioned above refers to a range between two detection values. In this embodiment, the two detection values may be different values or the same value.

图5A和图5B是依照本发明的另一实施例的单手持用的判断方法的示意图。在此实施例中，用户可用一个预设操作，例如手指在触控显示器130之上的滑动，来唤醒睡眠中的移动电子装置100。触控显示器130可检测此预设操作。处理器110可响应此预设操作而使移动电子装置100自睡眠模式进入工作模式。单手持用时，用户通常会使用大拇指来滑动，所以处理器110可分析判断此预设操作的轨迹。当处理器110判断此轨迹为逆时针运动(anti-clockwise swipe)时，例如图5A的轨迹510所示，处理器110可判断移动电子装置100被左手持用。当处理器110判断此轨迹为顺时针运动(clockwise swipe)时，例如图5B的轨迹520所示，处理器110可判断移动电子装置100被右手持用。当处理器110判断此轨迹并非逆时针运动也并非顺时针运动时，例如用另一只手的食指在触控显示器130上做直线滑动，则处理器110可判断移动电子装置100并非被单手持用。5A and 5B are schematic diagrams of a determination method for single-hand use according to another embodiment of the present invention. In this embodiment, the user can wake up the sleeping mobileelectronic device 100 by a preset operation, such as sliding a finger on thetouch display 130 . Thetouch display 130 can detect this preset operation. Theprocessor 110 can make the mobileelectronic device 100 enter the working mode from the sleep mode in response to the preset operation. When using one hand, the user usually uses the thumb to slide, so theprocessor 110 can analyze and determine the trajectory of the preset operation. When theprocessor 110 determines that the trajectory is an anti-clockwise swipe, such as thetrajectory 510 shown in FIG. 5A , theprocessor 110 can determine that the mobileelectronic device 100 is used by the left hand. When theprocessor 110 determines that the trajectory is a clockwise swipe, such as thetrajectory 520 shown in FIG. 5B , theprocessor 110 can determine that the mobileelectronic device 100 is used by the right hand. When theprocessor 110 determines that the trajectory is neither counterclockwise nor clockwise, for example, using the index finger of the other hand to slide thetouch display 130 in a straight line, theprocessor 110 may determine that the mobileelectronic device 100 is not used by one hand .

上述的预设操作的轨迹可用来限制用户界面的显示区域，以将用户界面限制在用户的手指可及的范围内，让用户方便操作。例如图6所示，预设操作的轨迹610的最上端标示为620，最下端标示为630。处理器110可记录并储存轨迹610的最上端位置620，以做为用户界面的显示区域的上限。或者，处理器110可记录并储存轨迹610的最下端位置630，以作为用户界面的显示区域的下限。或者，处理器110可记录并储存轨迹610的最上端位置620和最下端位置630，以分别作为用户界面的显示区域的上限和下限。The above-mentioned trajectory of the preset operation can be used to limit the display area of the user interface, so as to limit the user interface to the range within the reach of the user's fingers, so that the user can operate conveniently. For example, as shown in FIG. 6 , the uppermost end of the track 610 of the preset operation is denoted as 620 , and the lowermost end is denoted as 630 . Theprocessor 110 may record and store the uppermost position 620 of the track 610 as the upper limit of the display area of the user interface. Alternatively, theprocessor 110 may record and store the lowermost position 630 of the track 610 as the lower limit of the display area of the user interface. Alternatively, theprocessor 110 may record and store the uppermost position 620 and the lowermost position 630 of the track 610 as the upper and lower limits of the display area of the user interface, respectively.

当用户通过触控显示器130操作移动电子装置100时，必然会触碰触控显示器130。因此处理器110可统计一段预设时间内的多个触碰位置，并根据这些触碰位置是集中在触控显示器130的左侧或右侧，以进行步骤230的单手判断。When the user operates the mobileelectronic device 100 through thetouch display 130 , thetouch display 130 must be touched. Therefore, theprocessor 110 can count a plurality of touch positions within a preset period of time, and perform the one-hand judgment in step 230 according to whether these touch positions are concentrated on the left or right side of thetouch display 130 .

例如图7是依照本发明的一实施例的单手持用的判断方法的示意图。在此实施例中，触控显示器130依照中线710分为左半部显示区域720和右半部显示区域730。触控显示器130可在一段预设时间内检测多个触碰位置，处理器110可判断每一个触碰位置是位于触控显示器130的左半部720显示区域还是右半部显示区域730。当位于左半部显示区域720上的触碰位置的数量大于一第一临界值，则处理器110可判断移动电子装置100被左手持用。当位于右半部显示区域730上的触碰位置的数量大于一第二临界值，则处理器110可判断移动电子装置100被右手持用。如果位于左半部720和位于右半部730的触碰位置的数量皆小于上述临界值，则处理器110可判断移动电子装置100并非被单手持用。应了解到，上述第一与第二临界值可为同一值或不同值For example, FIG. 7 is a schematic diagram of a determination method for single-hand use according to an embodiment of the present invention. In this embodiment, thetouch display 130 is divided into a lefthalf display area 720 and a righthalf display area 730 according to thecenter line 710 . Thetouch display 130 can detect multiple touch positions within a preset period of time, and theprocessor 110 can determine whether each touch position is located in theleft half 720 display area or the righthalf display area 730 of thetouch display 130 . When the number of touch locations on the lefthalf display area 720 is greater than a first threshold, theprocessor 110 can determine that the mobileelectronic device 100 is used by the left hand. When the number of touch locations on the righthalf display area 730 is greater than a second threshold, theprocessor 110 can determine that the mobileelectronic device 100 is used by the right hand. If the number of the touch positions in theleft half 720 and theright half 730 is both less than the above-mentioned threshold, theprocessor 110 can determine that the mobileelectronic device 100 is not used by one hand. It should be understood that the above-mentioned first and second thresholds may be the same value or different values

图8A和图8B是依照本发明的另一实施例的单手持用的判断方法的示意图。在此实施例中，用户可用预设操作来主动宣示目前是左手持用还是右手持用。例如，上述预设操作可以是用手指从触控显示器130的边缘向中间滑动。触控显示器130可检测此预设操作。当此预设操作发生在触控显示器130的左侧边缘，例如图8A的预设操作810所示，则处理器110可判断移动电子装置100被左手持用。当此预设操作发生在触控显示器130的右侧边缘，例如图8B的预设操作820所示，则处理器110可判断移动电子装置100被右手持用。如果触控显示器130没检测到此预设操作，则处理器110可判断移动电子装置100并非被单手持用。8A and 8B are schematic diagrams of a determination method for single-hand use according to another embodiment of the present invention. In this embodiment, the user can actively declare whether the user is using the left hand or the right hand by using a preset operation. For example, the above-mentioned preset operation may be to slide a finger from the edge of thetouch display 130 to the middle. Thetouch display 130 can detect this preset operation. When the preset operation occurs on the left edge of thetouch display 130 , such as thepreset operation 810 in FIG. 8A , theprocessor 110 can determine that the mobileelectronic device 100 is used by the left hand. When the preset operation occurs on the right edge of thetouch display 130 , such as thepreset operation 820 in FIG. 8B , theprocessor 110 can determine that the mobileelectronic device 100 is used by the right hand. If thetouch display 130 does not detect the preset operation, theprocessor 110 can determine that the mobileelectronic device 100 is not used by one hand.

上述几个实施例提供多个不同的单手持用的判断方法，处理器110可采用其中的一个判断方法或多个判断方法以进行步骤230的单手判断。使用较少的判断方法可以节省电力，使用较多的判断方法则可提高判断准确度。如果只用一个方法，则该方法的判断结果，就是步骤230的判断结果。如果采用多个方法，则可根据这些方法的判断结果来决定步骤230的判断结果。The above-mentioned several embodiments provide a plurality of different judgment methods for single-hand use, and theprocessor 110 may use one of the judgment methods or multiple judgment methods to perform the single-hand judgment in step 230 . Using fewer judgment methods can save power, and using more judgment methods can improve judgment accuracy. If only one method is used, the judgment result of the method is the judgment result of step 230 . If multiple methods are used, the judgment result of step 230 may be determined according to the judgment results of these methods.

在一个实施例中，处理器110采用多个判断方法以进行步骤230的单手判断。如果每一个方法的判断结果都是移动电子装置100被左手持用，则步骤230的判断结果就是移动电子装置100被左手持用。如果每一个方法的判断结果都是移动电子装置100被右手持用，则步骤230的判断结果就是移动电子装置100被右手持用。否则步骤230的判断结果就是移动电子装置100并非被单手持用。In one embodiment, theprocessor 110 employs multiple determination methods to perform the one-hand determination in step 230 . If the judgment result of each method is that the mobileelectronic device 100 is used by the left hand, the judgment result of step 230 is that the mobileelectronic device 100 is used by the left hand. If the determination result of each method is that the mobileelectronic device 100 is used by the right hand, the determination result of step 230 is that the mobileelectronic device 100 is used by the right hand. Otherwise, the determination result of step 230 is that the mobileelectronic device 100 is not used by one hand.

在另一个实施例中，处理器110采用多个判断方法以进行步骤230的单手判断，而且这些判断方法有预设的优先顺序。处理器110先执行最优先的判断方法。如果最优先的判断方法的结果是移动电子装置100被左手持用或被右手持用，处理器100就以最优先的判断方法的结果作为步骤230的判断结果。如果最优先的判断方法的结果是移动电子装置100并非被单手持用，则处理器执行第二优先的判断方法。如果第二优先的判断方法的结果是移动电子装置100被左手持用或被右手持用，处理器100就以第二优先的判断方法的结果作为步骤230的判断结果。如果第二优先的判断方法的结果是移动电子装置100并非被单手持用，则处理器执行第三优先的判断方法。依此类推。如果处理器110执行到最后一个判断方法，则以此最后一个判断方法的结果作为步骤230的判断结果。In another embodiment, theprocessor 110 adopts a plurality of judgment methods to perform the one-hand judgment in step 230, and these judgment methods have a preset priority order. Theprocessor 110 executes the judgment method with the highest priority first. If the result of the highest priority determination method is that the mobileelectronic device 100 is used by the left hand or the right hand, theprocessor 100 uses the result of the highest priority determination method as the determination result of step 230 . If the result of the highest priority determination method is that the mobileelectronic device 100 is not used by one hand, the processor executes the second priority determination method. If the result of the second priority judgment method is that the mobileelectronic device 100 is used by the left hand or the right hand, theprocessor 100 uses the result of the second priority judgment method as the judgment result of step 230 . If the result of the second priority determination method is that the mobileelectronic device 100 is not used by one hand, the processor executes the third priority determination method. So on and so forth. If theprocessor 110 executes the last judgment method, the result of the last judgment method is used as the judgment result of step 230 .

在一个实施例中，移动电子装置100可在第一次进入工作模式或自睡眠模式进入工作模式时执行图2的用户界面显示方法。在移动电子装置100离开工作模式之前，图2的用户界面显示方法不会再执行，所以触控显示器130不会在左手用户界面、右手用户界面、以及预设用户界面之间切换。也就是说，用户界面的种类在刚进入工作模式时就已经决定，要等到移动电子装置100下一次进入工作模式时，用户界面才有可能再次切换。In one embodiment, the mobileelectronic device 100 may execute the user interface display method of FIG. 2 when entering the working mode for the first time or entering the working mode from the sleep mode. Before the mobileelectronic device 100 leaves the working mode, the user interface display method of FIG. 2 will not be executed, so thetouch display 130 will not switch between the left-hand user interface, the right-hand user interface, and the default user interface. That is to say, the type of the user interface is determined when the working mode is just entered, and the user interface may be switched again only when the mobileelectronic device 100 enters the working mode next time.

在另一个实施例中，当移动电子装置100已经在工作模式时，运动传感器120可以定期执行步骤210，而且处理器110可以定期执行步骤220和230，以判断移动电子装置100是被左手持用、被右手持用、还是并非被单手持用。处理器110可以比较这一次的上述判断的结果和前一次的上述判断的结果。当这一次的上述判断的结果不同于前一次的上述判断的结果时，触控显示器130可根据这一次的上述判断的结果而执行步骤240、250或260，以切换到正确的用户界面。这也就是说，本实施例的用户界面可以随时切换，不需要等到下一次进入工作模式才切换。In another embodiment, when the mobileelectronic device 100 is already in the working mode, themotion sensor 120 may periodically perform step 210, and theprocessor 110 may periodically perform steps 220 and 230 to determine whether the mobileelectronic device 100 is used by the left hand , being used with the right hand, or not with one hand. Theprocessor 110 may compare the result of the above-mentioned judgment this time with the result of the above-mentioned judgment of the previous time. When the result of the above determination this time is different from the result of the previous determination, thetouch display 130 may execute steps 240 , 250 or 260 according to the result of the determination this time to switch to the correct user interface. That is to say, the user interface of this embodiment can be switched at any time, and it is not necessary to wait until the next time the working mode is entered before switching.

触控显示器130于其下侧边缘显示的用户界面可包括一个操作列，操作列可包括多个可操作的图标，用以启动移动电子装置100的多种功能。处理器110可根据常用程度或重要程度排序上述多个图标。当移动电子装置100被左手持用时，上述多个图标的常用程度或重要程度自右向左递增，以便用户的左手操作。当移动电子装置100被右手持用时，上述多个图标的常用程度或重要程度自左向右递增，以便用户的右手操作。例如，图9A和图9B是依照本发明的一实施例的一个用户界面的操作列930的示意图。操作列930包括三个可操作的图标931～933。图9A绘示移动电子装置100被左手持用时的操作列930，图9B则绘示移动电子装置100被右手持用时的操作列930。在图9A和图9B中，图标931～933的排列顺序相反。在此实施例中，图标931表示[回上一页]功能，图标932表示[回主页]功能，以及图标933表示[显示正在执行的应用程序]功能。The user interface displayed on the lower edge of thetouch display 130 may include an operation bar, and the operation bar may include a plurality of operable icons for activating various functions of the mobileelectronic device 100 . Theprocessor 110 may sort the above-mentioned icons according to the degree of common use or the degree of importance. When the mobileelectronic device 100 is used by the left hand, the common degree or importance degree of the above-mentioned icons increases from right to left, so that the user can operate with the left hand. When the mobileelectronic device 100 is used by the right hand, the common degree or importance degree of the above-mentioned icons increases from left to right, so that the user can operate with the right hand. For example, FIGS. 9A and 9B are schematic diagrams of anoperation column 930 of a user interface according to an embodiment of the present invention. Theoperation column 930 includes three operable icons 931-933. FIG. 9A shows theoperation column 930 when the mobileelectronic device 100 is used with the left hand, and FIG. 9B shows theoperation column 930 when the mobileelectronic device 100 is used with the right hand. In FIGS. 9A and 9B , theicons 931 to 933 are arranged in reverse order. In this embodiment, theicon 931 represents the [back to previous page] function, theicon 932 represents the [back to the home page] function, and theicon 933 represents the [display an application being executed] function.

图10A和图10B是依照本发明的一实施例的左手用户界面中的程序列1030的示意图。图10A的用户界面中的小方块1010是一个指示图案，用以表示用户可用一个预设操作从该图案显示的位置带出程序列1030。本实施例的预设操作1020是用手指在触控显示器130上从指示图案的位置向中间滑动。当移动电子装置100被左手持用时，指示图案显示在触控显示器130的左侧边缘。当移动电子装置100被右手持用时，指示图案显示在触控显示器130的右侧边缘。10A and 10B are schematic diagrams of aprogram column 1030 in a left-hand user interface according to an embodiment of the present invention. The small square 1010 in the user interface of FIG. 10A is an indication pattern, which is used to indicate that the user can use a preset operation to bring up theprogram sequence 1030 from the position where the pattern is displayed. Thepreset operation 1020 in this embodiment is to slide a finger on thetouch display 130 from the position of the indication pattern to the middle. When the mobileelectronic device 100 is used by the left hand, the indication pattern is displayed on the left edge of thetouch display 130 . When the mobileelectronic device 100 is used by the right hand, the indication pattern is displayed on the right edge of thetouch display 130 .

当触控显示器130在指示图案的位置上检测到预设操作1020时，触控显示器130会在触控显示器130的左侧边缘带出并显示程序列1030。程序列1030包括多个应用程序的代表图标，例如代表图标1050，其沿着触控显示器130的左侧边缘显示。当程序列1030显示的任一代表图标被点击，则处理器110执行该代表图标所对应的应用程序。在此实施例中，用户还可用拖曳动作来上下(如图中上下两箭头所指方向)滑动程序列1030，以迅速寻找应用程序。When thetouch display 130 detects thepreset operation 1020 at the position of the indication pattern, thetouch display 130 will bring out and display theprogram sequence 1030 on the left edge of thetouch display 130 . Theprogram bar 1030 includes representative icons of a plurality of applications, such as therepresentative icon 1050 , which are displayed along the left edge of thetouch display 130 . When any representative icon displayed in theprogram column 1030 is clicked, theprocessor 110 executes the application program corresponding to the representative icon. In this embodiment, the user can also use a drag action to slide theprogram column 1030 up and down (in the directions indicated by the up and down arrows in the figure) to quickly find the application program.

程序列1030包括搜寻图标1040。搜寻图标1040显示在程序列1030中间的位置，而搜寻图标1040上下两侧分别邻接有多个不同的应用程序的图标。搜寻图标1040可用来搜寻移动电子装置100的应用程序中的一个或多个应用程序。在上述搜寻之后，程序列1030可显示搜寻所得的应用程序的代表图标，以供用户选用。Program bar 1030 includes asearch icon 1040 . Thesearch icon 1040 is displayed in the middle of theprogram bar 1030, and the top and bottom sides of thesearch icon 1040 are respectively adjacent to icons of a plurality of different applications. Thesearch icon 1040 may be used to search for one or more of the applications of the mobileelectronic device 100 . After the above search, theprogram bar 1030 may display the representative icons of the searched applications for the user to select.

图11A和图11B是依照本发明的另一实施例的右手用户界面中的程序列1130的示意图。图11A的用户界面中的小方块1110是一个指示图案，用以表示用户可用一个预设操作从该图案显示的位置带出程序列1130。当触控显示器130在指示图案的位置上检测到预设操作1120时，触控显示器130会在触控显示器130的右侧边缘带出并显示程序列1130。程序列1130可包括多个应用程序的代表图标，其沿着触控显示器130的右侧边缘显示。程序列1130也包括上述的搜寻图标。图11A与图11B的右手用户界面和图10A与图10B的左手用户界面的区别在于左右相反，其余细节相同。11A and 11B are schematic diagrams of a program column 1130 in a right-hand user interface according to another embodiment of the present invention. The small square 1110 in the user interface of FIG. 11A is an indication pattern to indicate that the user can bring out the program sequence 1130 from the position where the pattern is displayed by a preset operation. When thetouch display 130 detects thepreset operation 1120 at the position of the indication pattern, thetouch display 130 will bring out and display the program sequence 1130 on the right edge of thetouch display 130 . The program bar 1130 may include icons representing a plurality of applications, which are displayed along the right edge of thetouch display 130 . The program bar 1130 also includes the aforementioned search icon. The difference between the right-hand user interface of FIGS. 11A and 11B and the left-hand user interface of FIGS. 10A and 10B is that the left and right are reversed, and other details are the same.

上述的搜寻图标的搜寻功能有多种实施方式。例如，图12是依照本发明的一实施例的用户界面的搜寻功能的示意图。当触控显示器130检测到针对搜寻图标1240的一个预设操作时，触控显示器130在用户界面中显示虚拟键盘1210。上述的预设操作可以是点击搜寻图标1240。用户可利用虚拟键盘1210输入搜寻条件，而处理器110可根据虚拟键盘1210所输入的搜寻条件而搜寻移动电子装置100之中的一个或多个应用程序。例如，上述的搜寻条件可以是至少一个英文字母，而符合此搜寻条件的是名称以相同字母开头的应用程序。There are various implementations of the above search function of the search icon. For example, FIG. 12 is a schematic diagram of a search function of a user interface according to an embodiment of the present invention. When thetouch display 130 detects a preset operation for thesearch icon 1240, thetouch display 130 displays avirtual keyboard 1210 in the user interface. The above-mentioned preset operation may be clicking thesearch icon 1240 . The user can use thevirtual keyboard 1210 to input search conditions, and theprocessor 110 can search for one or more applications in the mobileelectronic device 100 according to the search conditions input from thevirtual keyboard 1210 . For example, the above search criteria may be at least one English letter, and the search criteria are matched to applications whose names begin with the same letter.

上述的符合搜寻条件的应用程序的代表图标会显示在程序列1230，以供用户选择并执行这些代表图标对应的应用程序。处理器110可根据上述应用程序与搜寻条件之间的相关程度决定上述应用程序的代表图标在程序列1230中的显示顺序。例如上述相关程度可随着上述代表图标与搜寻图标1240之间的距离增加而递减。换句话说，程序列1230的代表图标会从搜寻图标1240开始，依照和搜寻条件的相关程度向上及向下延伸显示。最靠近搜寻图标1240的，是和搜寻条件之间的相关程度最高的应用程序，而最远离搜寻图标1240的，是和搜寻条件之间的相关程度最低的应用程序。The above-mentioned representative icons of the application programs that meet the search conditions are displayed in theprogram bar 1230 for the user to select and execute the application programs corresponding to these representative icons. Theprocessor 110 may determine the display order of the representative icons of the application programs in theprogram bar 1230 according to the degree of correlation between the application programs and the search conditions. For example, the above-mentioned degree of correlation may decrease as the distance between the above-mentioned representative icon and thesearch icon 1240 increases. In other words, the representative icons of theprogram row 1230 will start from thesearch icon 1240 and extend upward and downward according to the degree of relevance to the search condition. The applications closest to thesearch icon 1240 are the applications with the highest degree of correlation with the search conditions, and the applications farthest from thesearch icon 1240 are the applications with the lowest degree of correlation with the search conditions.

图13A是依照本发明的一实施例的左手用户界面的搜寻功能的示意图。在此实施例中，当触控显示器130检测到用户的一个预设操作时，触控显示器130在用户界面中显示直列式的字元列1360。字元列1360紧邻程序列1330。上述的预设操作可以是按触搜寻图标1340的持续时间大于一个预设时间T₁。上述的预设操作也可以是在程序列1330已经出现时，用手指在触控显示器130上邻近程序列1330的一侧边向中间滑动，如图10A的预设操作1020所示。如上所述，当移动电子装置100被左手持用时，上述侧边为左侧边缘。当移动电子装置100被右手持用时，上述侧边为右侧边缘。13A is a schematic diagram of a search function of a left-hand user interface according to an embodiment of the present invention. In this embodiment, when thetouch display 130 detects a preset operation of the user, thetouch display 130 displays aserial character string 1360 in the user interface.Character row 1360 is next toprogram row 1330 . The above-mentioned preset operation may be that the duration of pressing thesearch icon 1340 is longer than a preset time T₁ . The above-mentioned preset operation may also be to slide a finger on a side of thetouch display 130 adjacent to theprogram sequence 1330 to the middle when theprogram sequence 1330 has appeared, as shown in thepreset operation 1020 in FIG. 10A . As described above, when the mobileelectronic device 100 is used by the left hand, the above-mentioned side is the left edge. When the mobileelectronic device 100 is used by the right hand, the above-mentioned side is the right edge.

字元列1360包括多个字元。字元列1360靠近用户持用移动电子装置100的单手的拇指，可随用户的拇指操作而上下滑动，所以字元列1360比虚拟键盘1210更适合单手操作。用户可利用字元列1360输入搜寻条件，而处理器110可根据字元列1360所输入的搜寻条件而搜寻应用程序。如上所述，处理器110可根据上述应用程序与搜寻条件之间的相关程度决定上述应用程序的代表图标在程序列1330中的显示顺序。Character column 1360 includes a plurality of characters. Thecharacter row 1360 is close to the thumb of the user holding the mobileelectronic device 100 and can slide up and down with the user's thumb operation, so thecharacter row 1360 is more suitable for one-handed operation than thevirtual keyboard 1210 . The user can use thecharacter string 1360 to input search conditions, and theprocessor 110 can search for applications according to the search conditions inputted in thecharacter string 1360 . As described above, theprocessor 110 may determine the display order of the representative icons of the application programs in theprogram bar 1330 according to the degree of correlation between the application programs and the search conditions.

图13B是依照本发明的另一实施例的右手用户界面的搜寻功能的示意图。本实施例的右手用户界面包括程序列1335和字元列1365。程序列1335包括搜寻图标1345。图13B的右手用户界面和图13A的左手用户界面的区别在于左右相反，其余细节相同。13B is a schematic diagram of a search function of a right-hand user interface according to another embodiment of the present invention. The right-hand user interface of this embodiment includes aprogram column 1335 and acharacter column 1365 .Program bar 1335 includes asearch icon 1345 . The difference between the right-hand user interface of FIG. 13B and the left-hand user interface of FIG. 13A is that the left and right are reversed, and other details are the same.

图6的预设操作的轨迹610也可用来限定以上各实施例的程序列和字元列的显示区域。处理器110可记录轨迹610的最上端位置620，以作为程序列和字元列的显示区域的上限。或者，处理器110可记录轨迹610的最下端位置630，以作为程序列和字元列的显示区域的下限。或者，处理器110可记录轨迹610的最上端位置620和最下端位置630，以分别作为程序列和字元列的显示区域的上限和下限。The track 610 of the preset operation in FIG. 6 can also be used to define the display area of the program sequence and the character sequence in the above embodiments. Theprocessor 110 may record the uppermost position 620 of the track 610 as the upper limit of the display area of the program column and the character column. Alternatively, theprocessor 110 may record the lowermost position 630 of the track 610 as the lower limit of the display area of the program column and the character column. Alternatively, theprocessor 110 may record the uppermost position 620 and the lowermost position 630 of the track 610 as the upper and lower limits of the display areas of the program column and the character column, respectively.

以上实施例中的搜寻图标也可用来触发语音搜寻功能。当触控显示器130检测到针对搜寻图标的一个预设操作时，麦克风140可响应此预设操作而接收语音。上述的预设操作可以是按触搜寻图标的持续时间大于一个预设时间T₂。预设时间T₂的长度可以大于前述的预设时间T₁。例如，语音内容可以是应用程序的名称。处理器110可根据语音的辨识结果而搜寻移动电子装置100之中的一个或多个应用程序。上述的语音可视为一种搜寻条件。如上所述，处理器110可根据上述应用程序与搜寻条件之间的相关程度决定上述应用程序的代表图标在程序列中的显示顺序。The search icon in the above embodiment can also be used to trigger the voice search function. When thetouch display 130 detects a preset operation for the search icon, themicrophone 140 can receive a voice in response to the preset operation. The above-mentioned preset operation may be that the duration of pressing the search icon is longer than a preset time T₂ . The length of the preset time T₂ may be greater than the aforementioned preset time T₁ . For example, the voice content can be the name of the application. Theprocessor 110 may search for one or more application programs in the mobileelectronic device 100 according to the speech recognition result. The above-mentioned speech can be regarded as a search condition. As described above, theprocessor 110 may determine the display order of the representative icons of the application programs in the program bar according to the degree of correlation between the application programs and the search conditions.

在一个实施例中，移动电子装置100没有语音唤醒功能，也没有语音搜寻功能。在此实施例中，可以省略麦克风140。In one embodiment, the mobileelectronic device 100 does not have a voice wake-up function, nor a voice search function. In this embodiment, themicrophone 140 may be omitted.

本发明也提供一种计算机可读取的记录媒体。在一个实施例中，此记录媒体内储计算机程序，当一个移动电子装置载入并执行此计算机程序后，可完成图2的用户界面显示方法。上述记录媒体可以是软盘、硬盘或光盘等以实体形式存在的记录媒体。The present invention also provides a computer-readable recording medium. In one embodiment, the recording medium stores a computer program. After a mobile electronic device loads and executes the computer program, the user interface display method shown in FIG. 2 can be completed. The above-mentioned recording medium may be a recording medium that exists in a physical form, such as a floppy disk, a hard disk, or an optical disk.

综上所述，本发明提出一种智能的检测及运算机制，可依据多种判断方法以及用户的手持方式、触控操作、喜好设定或习惯操作方式等因素，在左手用户界面、右手用户界面、以及预设用户界面之间切换。因此本发明可达到单手操作的目的，使显示器日益增大的移动电子装置更方便使用。此外，本发明可将最重要或最常用的应用程序或界面配置于最容易触及或操作的区域，来优化用户的体验。To sum up, the present invention proposes an intelligent detection and calculation mechanism, which can be used in a left-handed user interface, a right-handed user interface, and switch between preset user interfaces. Therefore, the present invention can achieve the purpose of one-hand operation, and make the mobile electronic device with an increasingly large display more convenient to use. In addition, the present invention can configure the most important or most commonly used application programs or interfaces in the areas that are most easily accessible or operated, so as to optimize the user's experience.

虽然本发明已以实施例揭示如上，然其并非用以限定本发明，本领域技术人员在不脱离本发明的精神和范围下，当可做些许的更改与润饰，故本发明的保护范围当以本发明的权利要求为准。Although the present invention has been disclosed above with examples, it is not intended to limit the present invention. Those skilled in the art can make some changes and modifications without departing from the spirit and scope of the present invention. Therefore, the protection scope of the present invention should be The claims of the present invention shall prevail.