CN101315592A - Touch mobile operation device and display method applied to same - Google Patents

Abstract

The invention relates to a touch mobile arithmetic device and a display method applied to the same, wherein the device comprises a display screen and a touch interface, and the method comprises the following steps: displaying a virtual keyboard by a display screen; and performing touch control on a touch control position on the virtual keyboard through the touch control interface, so that a point selection index which is semitransparent and points to a first virtual key on the virtual keyboard is displayed near the touch control position, and the first virtual key presents an emphasized display effect and a concave deformation effect. The invention provides a touch mobile arithmetic device and a display method applied to the touch mobile arithmetic device, which can lead a user to utilize the direction of a visual corresponding virtual key generated by the touch of the device and the special image display effect and change thereof, thereby enhancing the touch operation feeling of the user and improving the entertainment when in use, and simultaneously effectively improving the convenience and the accuracy when the user inputs characters.

Description

Translated fromChinese

触控式移动运算装置与应用于其上的显示方法Touch-type mobile computing device and display method applied thereto

技术领域technical field

本发明涉及一种触控式移动运算装置与应用于其上的显示方法，尤其涉及一种以特殊图像显示效果来呈现出使用者利用触控方式对于虚拟按键进行指向与进一步的点选的装置与显示方法。The present invention relates to a touch-type mobile computing device and a display method applied thereto, in particular to a device that uses a special image display effect to present the user's pointing and further clicking on a virtual button by using a touch method with the display method.

背景技术Background technique

目前对于电子装置的使用操作，除了利用现有的键盘、鼠标、滚轮或遥控器等使用者操作界面上的按键或游标指向控制单元来进行操作外，还可利用一触控式屏幕(Touch Screen)或触控式平面(Touch Panel)的触控技术与设计，让使用者能更好地对装置或其中操作系统所呈现出的画面内容和程序功能进行控制，而能方便地完成使用者和硬件装置间的人机界面(Man-MachineInterface，简称MMI)的联系与操控。At present, for the operation of electronic devices, in addition to using the buttons or cursors on the user interface such as the existing keyboard, mouse, scroll wheel or remote controller to point to the control unit, a touch screen (Touch Screen) can also be used to operate. ) or touch panel (Touch Panel) touch technology and design, so that users can better control the screen content and program functions presented by the device or its operating system, and can conveniently complete the user and The connection and manipulation of the Man-Machine Interface (MMI) between the hardware devices.

使用者对触控式屏幕或平面的操控或指令输入，是以手指或触控工具(例如触控笔)触压其装置上的一触控界面来进行，而部分装置例如手机、个人数字助理、掌上型计算机或能提供信息查询与数据输入的计算机系统等，将触控界面以透明材质直接对应设置于显示屏幕上，使得显示屏幕便成为一种触控式屏幕，而让使用者能直接点选要执行和开启的功能选项、任务栏、程序文件，或是以图形化使用者界面(Graphical User Interface，简称GUI)作设计的选取图标(icon)等物件或内容。触控界面具有感测其触压程度的感压功能，而触控技术便是根据使用者的触压情况与相对位置，使操作系统产生对应的信号或指令执行。因此，触控式技术的电子装置在操控上便能取代现有的使用者界面，除可节省硬件的设置空间外，也能提高数据或指令的输入效率和人机界面的交流方便性。The user's control or command input on the touch screen or plane is performed by pressing a touch interface on the device with a finger or a touch tool (such as a stylus), and some devices such as mobile phones, personal digital assistants, etc. , handheld computers or computer systems that can provide information query and data input, etc., the touch interface is directly set on the display screen with a transparent material, so that the display screen becomes a touch screen, and the user can directly Click the function option, task bar, program file to be executed and opened, or select an object or content such as an icon (icon) designed with a Graphical User Interface (GUI for short). The touch interface has a pressure-sensing function to sense the degree of its touch pressure, and the touch technology is to make the operating system generate corresponding signals or command execution according to the user's touch pressure and relative position. Therefore, the electronic device with touch technology can replace the existing user interface in terms of manipulation, which not only saves hardware installation space, but also improves the efficiency of data or command input and the communication convenience of the human-machine interface.

由于上述大部分装置的体积在设计上都较为小巧，使得所具有的显示屏幕的面积相较下便显得不大，尤其部分装置还需设置相关的硬件按键或键盘等使用者界面，因而还局限了使用者的触控空间，因此若在硬件设计上减少了装置的按键数目或不设置键盘以相对加大触控式屏幕的面积时，则使用者便能得到更适当的触控空间。Since most of the above-mentioned devices are relatively compact in design, the area of the display screen they have is relatively small, especially some devices need to be provided with user interfaces such as related hardware keys or keyboards, so there are still limitations. Therefore, if the number of keys on the device is reduced in hardware design or the keyboard is not provided to relatively increase the area of the touch screen, the user can obtain a more appropriate touch space.

但就一般的操作习惯或可能耗费的操作时间来说，取出或寻找附带的触控笔以进行触控操作远比使用者直接以手指进行触控还来得不便与费时，然而，由于硬件上按键数目的相形减少，使得装置中大部分功能的操作便得由对屏幕进行触控来完成，但在显示屏幕的显示范围或选取图标的像素尺寸皆相对不大的情况下，例如点选显示屏幕上的虚拟键盘以输入文字，或点选电子地图上的多个细部目标时，手指便无法完成此种较精确的点选和操作控制，进而还会容易造成误动作的情形。However, in terms of general operating habits or possible operating time, it is far more inconvenient and time-consuming to take out or find an attached stylus for touch operations than for users to touch directly with their fingers. However, due to the hardware keys The number is relatively reduced, so that the operation of most functions in the device must be completed by touching the screen. However, when the display range of the display screen or the pixel size of the selected icon is relatively small, such as clicking the display When using the virtual keyboard on the mobile phone to input text, or click multiple detailed targets on the electronic map, the fingers cannot complete this kind of more precise selection and operation control, and it is easy to cause misoperation.

针对此一问题，目前已发展有相关技术以提供解决，例如可于屏幕上设计出较大的选取图标来提供点选，或采用一多重触控(Multi-Touch)技术来进行操作，详细来说多重触控是将所要浏览或点选的目标或范围，由使用者以单指或多指以特定的触控姿态或手势来完成目标或范围的翻转、移动、放大或缩小的触控。另外，在图1中显示已知触控技术的示意图。使用者于一电子装置10的触控式屏幕11所显示的一虚拟键盘12上以手指13进行文字输入，并于触控式屏幕11上手指13所触控的位置的附近产生一游标14，而游标14所指向或点到的位置才为最后所要点选的目标，且游标14的位置可经由触控移动而改变，而一虚拟按键121则呈现出被点亮(highlight)的效果以强调和突显出被点选的情形。To solve this problem, related technologies have been developed to provide solutions. For example, larger selection icons can be designed on the screen to provide clicks, or a multi-touch (Multi-Touch) technology can be used for operations. In terms of multi-touch, the target or range to be browsed or clicked is used by the user to flip, move, zoom in or zoom out the target or range with a single finger or multiple fingers with a specific touch gesture or gesture. . In addition, a schematic diagram of a known touch technology is shown in FIG. 1 . The user performs text input with afinger 13 on avirtual keyboard 12 displayed on atouch screen 11 of anelectronic device 10, and acursor 14 is generated near the position touched by thefinger 13 on thetouch screen 11, The position that thecursor 14 points to or clicks on is the last target to be clicked, and the position of thecursor 14 can be changed by touching and moving, and avirtual button 121 then presents the effect of being lighted (highlight) to emphasize and highlight the selected case.

更进一步地，还可根据上述图1中所触控位置的附近再显示出一放大框(未显示于附图)，以提供使用者确认在输入或移动指向上的结果，例如显示出被指向的字母；而该放大框还能进一步运行一显示平移(Shift)技术，详细来说，是在放大框中显示出触控位置附近局部范围的一放大图像，使得使用者因而能再作细部调整以将游标移动至所要点选的目标；同时，在屏幕边缘上的不易被移动指向到的虚拟按键或目标(例如电子地图上的细部目标)，则便能通过此显示平移技术，将触控位置附近的局部范围图像于放大框中加以放大显示并进而进行微调点选。Furthermore, an enlarged frame (not shown in the accompanying drawings) can be displayed near the touched position in FIG. and the magnifying frame can further run a display shift (Shift) technology, in detail, a magnified image of a local area near the touch position is displayed in the magnifying frame, so that the user can then make detailed adjustments to move the cursor to the target to be clicked; at the same time, the virtual buttons or targets on the edge of the screen that are not easy to be moved (such as detailed targets on the electronic map) can use this display translation technology to move the touch The local area image near the position is enlarged and displayed in the zoom box, and then fine-tuned and clicked.

因此利用触控技术来操控电子装置，一方面需让使用者能以直观、简单而容易的方式来完成操作为设计前提外，更重要的是要使屏幕上所显示的相关功能或选取图标能被正确无误的读取；再者，所述的各种触控技术其目的除了为解决触控环境的操作不易或可能的触控问题外，还在于要能提供一既方便且又富娱乐性的操作效果，使得使用者除了能更快速地学习到实施触控技术的技巧外，还能因而更增加对该装置或产品的使用意愿。Therefore, to use touch technology to control electronic devices, on the one hand, it is necessary to allow users to complete the operation in an intuitive, simple and easy way as the design premise, and more importantly, to make the relevant functions or selected icons displayed on the screen be read correctly; moreover, the purpose of the various touch technologies described is not only to solve the difficult or possible touch problems in the touch environment, but also to provide a convenient and entertaining The operation effect makes the user not only learn the skills of implementing the touch technology more quickly, but also increase the willingness to use the device or product.

发明内容Contents of the invention

有鉴于此，本发明的目的在于提供一种触控式移动运算装置，以改善现有技术的缺失，使得使用者除了能更快速地学习到实施触控技术的技巧外，还能因而更增加对该装置或产品的使用意愿。In view of this, the purpose of the present invention is to provide a touch-sensitive mobile computing device to improve the deficiencies of the prior art, so that users can not only learn the skills of implementing touch technology more quickly, but also increase their Willingness to use the device or product.

本发明为一种触控式移动运算装置，包含有：一主体；一显示屏幕，设置于主体上，用以显示一虚拟键盘；以及一触控界面，设置于显示屏幕上，当通过触控界面而对虚拟键盘上的一触控位置进行触控后，使得显示屏幕于触控位置的附近显示出一点选指标，点选指标指向虚拟键盘上的一第一虚拟按键，且第一虚拟按键呈现一强调显示效果和一凹陷变形效果。The present invention is a touch-type mobile computing device, comprising: a main body; a display screen set on the main body for displaying a virtual keyboard; and a touch interface set on the display screen, when touch After the interface touches a touch position on the virtual keyboard, the display screen displays a one-click indicator near the touch position, and the click indicator points to a first virtual key on the virtual keyboard, and the first virtual key An emphasis display effect and a concave deformation effect are presented.

本发明另一方面为一种触控式移动运算装置的显示方法，应用于包含有一显示屏幕和一触控界面的一触控式移动运算装置上，而该方法包含下列步骤：由显示屏幕显示一虚拟键盘；以及通过触控界面而对虚拟键盘上的一触控位置进行触控，使得于触控位置的附近显示出半透明并指向虚拟键盘上的一第一虚拟按键的一点选指标，且第一虚拟按键呈现一强调显示效果和一凹陷变形效果。Another aspect of the present invention is a display method of a touch-type mobile computing device, which is applied to a touch-type mobile computing device including a display screen and a touch interface, and the method includes the following steps: a virtual keyboard; and touching a touch position on the virtual keyboard through the touch interface, so that a semi-transparent point selection indicator pointing to a first virtual key on the virtual keyboard is displayed near the touch position, And the first virtual button presents an emphasis display effect and a concave deformation effect.

本发明提供一种触控式移动运算装置与应用于其上的显示方法，使得使用者能利用对该装置的触控所产生出视觉上对应虚拟按键的指向及其特殊的图像显示效果与变化，而能加强使用者的触控操作感受与增进使用时的娱乐性，同时还能有效提高使用者进行文字输入时的方便性和正确度。The present invention provides a touch-type mobile computing device and a display method applied thereto, so that the user can use the touch of the device to produce visually corresponding directions of virtual keys and special image display effects and changes , and can enhance the user's touch operation experience and enhance the entertainment during use, and can effectively improve the convenience and accuracy of the user's text input at the same time.

附图说明Description of drawings

本申请通过下列附图及说明，得以更深入的了解：This application can be understood more deeply through the following drawings and descriptions:

图1为已知触控技术的示意图。FIG. 1 is a schematic diagram of a known touch technology.

图2(a)为较佳的实施方式的个人数字助理的示意图。Fig. 2(a) is a schematic diagram of a personal digital assistant in a preferred embodiment.

图2(b)为个人数字助理的功能方块示意图。FIG. 2(b) is a functional block diagram of the PDA.

图3(a)和图3(b)为本发明较佳的实施方式在对虚拟键盘的触控操作与对应的显示结果示意图。FIG. 3( a ) and FIG. 3( b ) are schematic diagrams of touch operations on the virtual keyboard and corresponding display results in a preferred embodiment of the present invention.

图4(a)和图4(b)为对虚拟键盘的触控操作与对应的显示结果示意图。FIG. 4(a) and FIG. 4(b) are schematic diagrams of touch operations on the virtual keyboard and corresponding display results.

图5为本发明的较佳实施方式的流程图。Fig. 5 is a flowchart of a preferred embodiment of the present invention.

具体实施方式Detailed ways

在本发明的触控式移动运算装置与其显示方法中，是于诸如个人数字助理的移动运算装置上设计出如先前技术中所述的触控式屏幕或平面的触控技术，而其中具有触控功能的移动运算装置除了所述的个人数字助理外，也可为智能型手机、移动电话、数字随身听、电子书阅读机、平板计算机、定位导航装置、掌上型计算机等电子装置；在较佳的实施方式中便以个人数字助理作举例说明。In the touch-sensitive mobile computing device and its display method of the present invention, the touch screen or plane touch technology as described in the prior art is designed on a mobile computing device such as a personal digital assistant, and wherein there is a touch In addition to the personal digital assistant, the mobile computing device with control function can also be electronic devices such as smart phones, mobile phones, digital players, e-book readers, tablet computers, positioning and navigation devices, and palmtop computers; In the preferred implementation mode, a personal digital assistant is used as an example for illustration.

图2(a)为个人数字助理的示意图，如图所示，个人数字助理200包含有一主体20、一显示屏幕21以及一触控界面22，其中个人数字助理200能运行一操作系统，例如可为针对一般移动运算装置所设计的包含有桌面显示界面和视窗显示方块等显示与操作功能的软件程序的操作系统。显示屏幕21设置于主体20上，且触控界面22采用透明材质制成，并于显示屏幕21上作直接地对应设置而成为一种触控式屏幕。FIG. 2(a) is a schematic diagram of a personal digital assistant. As shown in the figure, the personaldigital assistant 200 includes amain body 20, adisplay screen 21 and atouch interface 22, wherein the personaldigital assistant 200 can run an operating system, such as It is an operating system designed for general mobile computing devices, including software programs with display and operation functions such as desktop display interface and window display squares. Thedisplay screen 21 is disposed on themain body 20, and thetouch interface 22 is made of transparent material, and is directly correspondingly disposed on thedisplay screen 21 to form a touch screen.

使用者能以手指或一触控工具(例如触控笔)来触摸或触压触控界面22以进行操控或指令输入，使得操作系统运行时于显示屏幕21上所呈现出的任务栏、选项、程序文件等所代表的功能或选取图标，便能在触控界面22的相对位置上提供使用者直接点选开启、执行或输入。而显示屏幕21能显示出操作系统运行时的一运行画面30，如图所示，此时的运行画面30为一电子信件的输入画面状态。此外，显示屏幕21还能显示运行时由操作系统所产生的一虚拟键盘31，虚拟键盘31包含有许多个虚拟按键，使用者便可于触控界面22上对应虚拟键盘31的虚拟按键作触控来进行文字输入。The user can use a finger or a touch tool (such as a stylus) to touch or press thetouch interface 22 for manipulation or command input, so that the task bar and options displayed on thedisplay screen 21 when the operating system is running , program files, etc. represent functions or select icons, and the relative position of thetouch interface 22 can be provided for the user to directly click to open, execute or input. Thedisplay screen 21 can display a runningscreen 30 when the operating system is running. As shown in the figure, the runningscreen 30 at this time is an input screen state of an electronic mail. In addition, thedisplay screen 21 can also display avirtual keyboard 31 generated by the operating system during operation. Thevirtual keyboard 31 includes many virtual keys, and the user can touch the corresponding virtual keys of thevirtual keyboard 31 on thetouch interface 22. to enter text.

承上所述，使用者于个人数字助理200上所进行的文字输入操作，除可针对操作系统所运行的文件或对上述的电子信件进行编辑外，还可针对因特网的浏览输入所需的连接网址，例如使用者可先点选网页上方的网址栏以将游标显示于其上，而屏幕便会对应显示出虚拟键盘以提供使用者点选输入文字；就另一方面来说，利用此类的触控式移动装置进行文字输入的程序，便是使用者在可以进行文字输入的页面或方块中进行触控，而具体方式可为作一次触压，虚拟的屏幕小键盘便会跳出显示，以提供使用者由所显示出的对应按键进行点选。As mentioned above, the text input operation performed by the user on the personaldigital assistant 200 can not only edit the files run by the operating system or the above-mentioned e-mail, but also input the required connection for Internet browsing. URL, for example, the user can first click the URL bar at the top of the webpage to display the cursor on it, and a virtual keyboard will be displayed correspondingly on the screen to allow the user to click and input text; on the other hand, using this The program for text input on touch-sensitive mobile devices is that the user touches the page or box where text input can be performed, and the specific method can be a single touch, and a virtual on-screen keypad will pop up. To provide the user to click on the displayed corresponding button.

请同时参阅图2(b)，为个人数字助理200的功能方块示意图；如图所示，个人数字助理200还包含有一控制单元23，设置于主体20中并信号连接于触控界面22和显示屏幕21，控制单元23能控制个人数字助理200和操作系统的主要功能运行与相关硬软件的指令信号处理；而本发明的概念便是在硬软件层次的设计下，根据使用者对触控界面22的触控情形，而使操作系统以及所将显示的画面产生出对应的运行与显示。Please refer to FIG. 2 (b) at the same time, which is a functional block diagram of the personaldigital assistant 200; Thescreen 21 and thecontrol unit 23 can control the main functions of the personaldigital assistant 200 and the operating system and the instruction signal processing of related hardware and software; 22, so that the operating system and the screen to be displayed can generate corresponding operation and display.

图3(a)和图3(b)为本发明较佳的实施方式在个人数字助理的虚拟键盘的触控操作与对应的结果显示。而附图中仅显示出在显示屏幕21上的虚拟键盘31部分的示意，以便于清楚呈现出所显示的结果。在图3(a)中，使用者先以手指32于显示屏幕21上的一第一触控位置211进行触控，如图所示，使用者触控的第一触控位置211位于虚拟键盘31上，但于触控后，操作系统或显示屏幕21并不立即显示出对应按键的文字输入结果，而是在第一触控位置211的附近显示出半透明的一点选指标40；为了便于辨识，点选指标40的显示位置便位在第一触控位置211的上方，同时由于点选指标40被设计为半透明的触控游标图标，因此即使点选指标40移动到了虚拟键盘31上，使用者也能清楚地辨识到点选指标40下方的虚拟按键。FIG. 3( a ) and FIG. 3( b ) are touch operations and corresponding result displays on the virtual keyboard of the personal digital assistant in a preferred embodiment of the present invention. In the drawings, only a schematic diagram of thevirtual keyboard 31 on thedisplay screen 21 is shown, so as to clearly present the displayed results. In FIG. 3(a), the user first touches afirst touch position 211 on thedisplay screen 21 with afinger 32. As shown in the figure, thefirst touch position 211 touched by the user is located on the virtual keyboard. 31, but after the touch, the operating system or thedisplay screen 21 does not immediately display the text input result of the corresponding key, but displays a translucent one-point selection indicator 40 near thefirst touch position 211; for convenience identification, the display position of theclick indicator 40 is above thefirst touch position 211, and because theclick indicator 40 is designed as a translucent touch cursor icon, even if theclick indicator 40 moves to thevirtual keyboard 31 , the user can also clearly recognize the virtual button below theclick indicator 40 .

点选指标40于显示时还同时指向虚拟键盘31上的一第一虚拟按键311，并且第一虚拟按键311还因而呈现出被指向的强调显示效果和凹陷变形效果；而所述的强调显示效果便是将第一虚拟按键311的颜色相对虚拟键盘31上的其它按键呈现出不同色调或色调反白的图像效果，如图3(a)所示，第一虚拟按键311的底色便转变为深色而字母的部分则转变为浅色。另外，所述的凹陷变形效果则是将第一虚拟按键311的形状相对于其它按键呈现出缩小变化的图像效果，如图3(a)所示，第一虚拟按键311的外形即呈现出如同向下、向内凹陷，而使得其上字母的大小形状被改变，以和周围其它按键有清楚的区别。由于使用者触压触控界面22在操作上有一明显的下压的操作感受，因此当对应的按键产生出凹陷变形的显示结果时，使用者便较容易也较方便因为一视觉反馈(feedback)的呈现效果而能清楚地辨识出所要点选的按键位置。Theclick indicator 40 also points to a firstvirtual key 311 on thevirtual keyboard 31 when displayed, and the firstvirtual key 311 also presents a pointed emphasis display effect and a concave deformation effect; and the emphasis display effect That is, the color of the firstvirtual button 311 presents an image effect of a different tone or a reversed color tone relative to other buttons on thevirtual keyboard 31. As shown in FIG. 3(a), the background color of the firstvirtual button 311 is changed to The parts of the darker letters are turned into lighter colors. In addition, the above-mentioned concave deformation effect is an image effect in which the shape of the firstvirtual key 311 is reduced compared to other keys. As shown in FIG. 3(a), the shape of the firstvirtual key 311 presents a similar It is recessed downwards and inwards, so that the size and shape of the letters on it are changed, so as to be clearly distinguished from other surrounding keys. Since the user has an obvious pressing feeling when touching thetouch interface 22, when the corresponding button produces a concave and deformed display result, it is easier and more convenient for the user because of a visual feedback. The presentation effect can clearly identify the position of the button to be clicked.

而较佳的方式可设计使用者触压虚拟键盘31并维持一特定时间之后产生出点选指标40，而使用者并对点选指标40作控制或细部移动至指向出所需的虚拟按键，以呈现所述的强调显示和凹陷变形效果；而当使用者于所需的按键被指向后，如图3(a)所示的字母“H”，较佳的方式可设计将手指32于虚拟键盘31上放开，而操作系统或运行画面便会显示出使用者对应键入的文字或其点选结果。上述的细部移动，由于点选指标40在显示前无法精确地由所准备进行触控的位置(例如第一触控位置211)上得知会被指向的对应按键(第一虚拟按键311)为何，因此在设计上，手指32于第一触控位置211作触控后在保持触压的情形下还能移动至其它位置，用以控制点选指标40进行移动以指向不同的虚拟按键。And a better mode can design the user to touch and press thevirtual keyboard 31 and produce theclick indicator 40 after maintaining a specific time, and the user controls theclick indicator 40 or moves to point out the required virtual button in detail, In order to present the above-mentioned emphasized display and concave deformation effect; and when the user points to the desired key, as shown in Figure 3 (a) for the letter "H", a better way can be designed to place thefinger 32 on the virtual When thekeyboard 31 is released, the operating system or the running screen will display the corresponding text typed by the user or the result of clicking on it. The above detailed movement, because theclick indicator 40 cannot accurately know the corresponding button (the first virtual button 311) that will be pointed to from the location to be touched (such as the first touch location 211) before being displayed. Therefore, in terms of design, thefinger 32 can move to other positions after touching thefirst touch position 211 while maintaining the touch pressure, so as to control the movement of the clickingpointer 40 to point to different virtual keys.

如图3(b)所示，便为使用者的手指32从第一触控位置211上移动到一第二触控位置212，因此，点选指标40也在使用者的移动控制下由原先所指向的第一虚拟按键311转换为指向虚拟键盘31上的一第二虚拟按键312，即为图中的字母“L”，因而通过此方式的移动后，使用者便可再采用上述的方式来完成所需文字的点选与键入。同理，被指向的第二虚拟按键312亦会产生出和第一虚拟按键311相同的强调显示效果和凹陷变形效果，也就是第二虚拟按键312的底色会转为深色而字母则转为浅色以相对其他按键呈现出不同色调或色调反白的图像效果，以及其按键的外形还会呈现出向下、向内凹陷的缩小变形且字母的大小形状也对应呈现出变化的图像效果。因此使用者便能根据同样的视觉反馈的呈现效果，而能清楚地辨识出所要点选的按键位置。As shown in Figure 3(b), the user'sfinger 32 moves from thefirst touch position 211 to asecond touch position 212, therefore, theclick indicator 40 also changes from the original position under the control of the user's movement. The pointed firstvirtual key 311 is converted to point to a secondvirtual key 312 on thevirtual keyboard 31, which is the letter "L" in the figure, so after moving in this way, the user can use the above-mentioned method again Click and type in the desired text. Similarly, the pointed secondvirtual button 312 will also produce the same emphasized display effect and concave deformation effect as the firstvirtual button 311, that is, the background color of the secondvirtual button 312 will turn dark and the letters will turn darker. It is light in color so as to present image effects of different tones or tone inversions compared to other keys, and the shape of the keys also presents a downward and inward concave shrinkage deformation, and the size and shape of the letters also present corresponding image effects of changes. Therefore, the user can clearly identify the button position to be clicked according to the same visual feedback presentation effect.

更进一步地，当使用者触控移动点选指标40时，其问移动的路径可为第一虚拟按键311至第二虚拟按键312的直线，如图所示，其间经过的“H”、“J”、“K”、“L”等按键便皆会被点选指标40所指向而依次呈现出上述的强调显示效果和凹陷变形效果；因此，就使用者的视觉感受而言，该等按键因应触控移动所接续呈现出被指向的特殊图像效果，便有如于模拟物件中由手指32进行模拟拨动的操作感，并且此一视觉反馈的图像效果能有效地增进对于虚拟键盘的触控感和操作娱乐性，以及能有效地观察出其中最明显的形状变形、字母缩小与色调变化的位置关系，而让使用者能清楚辨识出点选指标40所移动到的指向位置或所要点选的按键位置。Furthermore, when the user touches and moves theclick indicator 40, the moving path can be a straight line from the firstvirtual button 311 to the secondvirtual button 312, as shown in the figure, the "H", " Buttons such as "J", "K" and "L" will all be pointed by theclick indicator 40 and present the above-mentioned emphasized display effect and concave deformation effect in turn; therefore, as far as the user's visual experience is concerned, these buttons In response to the touch movement, a pointed special image effect is presented successively, which is like the operation feeling of simulating thefinger 32 in the simulated object, and this visual feedback image effect can effectively enhance the touch of the virtual keyboard sense and operation entertainment, and can effectively observe the positional relationship of the most obvious shape deformation, letter shrinkage and color change, so that the user can clearly identify the pointing position to which theclick indicator 40 moves or the point to be clicked button position.

此外，我们还可将放大框显示技术进一步实施在本发明中，以配合上述的强调显示和凹陷变形效果而产生出更容易辨识与利于文字键入的操作环境；其显示结果如图4(a)和图4(b)所示，而其中所示的强调显示和凹陷变形效果的部分和图3(a)和图3(b)相同，不同处在于在显示屏幕21上的点选指标40的附近还多显示了一放大框41，如图4(a)所示，放大框41便显示在第一虚拟按键311的附近，且其内容为显示出对应字母“H”放大后的图像；而在图4(b)，放大框41则显示在第二虚拟按键312的附近，其内容为显示出对应字母“L”放大后的图像。另一方面，放大框41也能加大所包含的显示范围，而能于其中显示出点选指标40附近一局部范围内的放大图像，使得使用者能更清楚地看到被指向按键周围的其它按键位置，以避免因显示屏幕21的虚拟键盘31所具有的操作环境狭小的因素，使得所进行的细部移动调整会造成不易辨识而无法正确而快速地进行点选与键入的情形。In addition, we can further implement the enlarged frame display technology in the present invention, so as to cooperate with the above-mentioned emphasis display and concave deformation effect to produce an operating environment that is easier to recognize and facilitate text typing; the display result is shown in Figure 4(a) As shown in Fig. 4(b), and the part showing the emphasized display and the concave deformation effect shown therein is the same as Fig. 3(a) and Fig. 3(b), the difference lies in the position of the selectedindicator 40 on thedisplay screen 21 There is also an enlarged frame 41 displayed nearby, as shown in Figure 4 (a), the enlarged frame 41 is displayed near the firstvirtual key 311, and its content is to display the enlarged image of the corresponding letter "H"; and In FIG. 4( b ), the enlarged frame 41 is displayed near the secondvirtual key 312 , and its content is to display an enlarged image corresponding to the letter "L". On the other hand, the magnifying frame 41 can also enlarge the included display range, and can display the magnified image in a local range near the clickedindicator 40, so that the user can see more clearly what is pointed around the button. Other button positions are used to avoid the situation that due to the small operating environment of thevirtual keyboard 31 of thedisplay screen 21, the detailed movement adjustments made are difficult to identify and cannot be clicked and typed correctly and quickly.

图5为本发明的较佳实施方式的流程图；首先，由显示屏幕21显示操作系统所产生的虚拟键盘31，如步骤S1；其次，使用者以手指对应虚拟键盘31上的第一触控位置211进行触控，使得于第一触控位置211的附近显示出半透明并指向虚拟键盘31上的第一虚拟按键311的一点选指标40，且第一虚拟按键311呈现出被指向的强调显示效果和凹陷变形效果，如步骤S2；接着，根据使用者触控与移动点选指标40从指向第一虚拟按键311至指向虚拟键盘31上的第二虚拟按键312的情形，而接续使第二虚拟按键312呈现出被指向的强调显示效果和凹陷变形效果，如步骤S3。Fig. 5 is the flow chart of preferred embodiment of the present invention; First, thevirtual keyboard 31 that operating system produces is displayed bydisplay screen 21, as step S1; Secondly, the user corresponds to the first touch on thevirtual keyboard 31 with finger Theposition 211 is touched, so that the semi-transparent and one-click indicator 40 pointing to the firstvirtual key 311 on thevirtual keyboard 31 is displayed near thefirst touch position 211, and the firstvirtual key 311 presents a pointed emphasis Display effect and concave deformation effect, such as step S2; then, according to the user's touch andmovement pointing pointer 40 from pointing to the firstvirtual button 311 to pointing to the situation of the secondvirtual button 312 on thevirtual keyboard 31, and continue to make the secondvirtual button 312 The secondvirtual button 312 presents a pointed emphasis display effect and a concave deformation effect, as in step S3.

根据本发明的显示方法，当使用者直接以手指触控所显示的虚拟键盘时，除可免除拿出触控笔的费时与不便外，还能于狭小的作业环境中得到清楚而明确的图像呈现，使得使用者的触控行为或进一步的按键点选便能正确无误地运行出其点选与输入的意图。上述较佳实施方式以使用者的手指进行触控操作来作说明，然而类似的操作也可由一触控工具(例如触控笔)来完成；而当使用者以触控笔进行触控操作时，则也会呈现出上述相关的图像变化与显示效果，但一般触控笔所能达到的直接触控细小选取图标的操作特征，则需在特定的条件下才能运行出原有的效果，例如以触控笔进行快速而短暂的触压后便立即放开，使得上述较佳实施方式中的触压虚拟键盘并维持一特定时间后产生出点选指标的功能便不会被执行。According to the display method of the present invention, when the user directly touches the displayed virtual keyboard with a finger, the time-consuming and inconvenient use of taking out the stylus can be avoided, and a clear and clear image can be obtained in a narrow working environment Presentation, so that the user's touch behavior or further button clicks can correctly execute the intention of clicking and inputting. The above-mentioned preferred implementation mode is illustrated by using the user's finger to perform a touch operation, but similar operations can also be accomplished by a touch tool (such as a stylus); and when the user performs a touch operation with a stylus , it will also show the above-mentioned related image changes and display effects, but the operation characteristics of direct touch small icon selection that can be achieved by a general stylus need to operate under specific conditions to run the original effect, for example The stylus is pressed quickly and briefly and then released immediately, so that the function of generating the click pointer after touching the virtual keyboard for a specific time in the above-mentioned preferred embodiment will not be executed.

综上所述，利用本发明的概念，使用者除了能清楚而明确地辨识出所要点选与键入的按键为何之外，通过视觉上特殊的图像或色调显示的效果与变化，还能有效地加强使用者在触控上的不同感受，从而能带来操作上的娱乐性与增进操作意愿；而更重要的，本发明还能确保使用者能正确地点选屏幕上所显示的相关功能选项或选取图标，从而能更方便而快速地完成文字输入的工作与目的；因此本发明的概念能成功地达成本申请发展的目的。To sum up, using the concept of the present invention, in addition to clearly and clearly identifying the key to be clicked and typed, the user can also effectively enhance the user's ability through visually special images or color tone display effects and changes. The user's different feelings on the touch can bring entertainment and increase the willingness to operate; more importantly, the present invention can also ensure that the user can correctly select the relevant function options displayed on the screen or select icon, so that the work and purpose of text input can be completed more conveniently and quickly; therefore the concept of the present invention can successfully achieve the purpose of this application development.

任何本领域普通技术人员，可在运用与本发明相同目的的前提下，使用本发明所公开的概念和实施例变化来作为设计和改进其它一些方法的基础。这些变化、替代和改进不能背离权利要求书所界定的本发明的保护范围。因此本发明得由本领域普通技术人员任施匠思而为诸般修饰，然而都不脱权利要求书所要保护的范围。Anyone skilled in the art can use the concepts and embodiment changes disclosed in the present invention as the basis for designing and improving other methods on the premise of using the same purpose as the present invention. These changes, substitutions and improvements cannot depart from the protection scope of the present invention defined by the claims. Therefore, the present invention can be variously modified by those skilled in the art, without departing from the protection scope of the claims.

Claims (15)

1. a touch control type mobile operation device is characterized in that, above-mentioned touch control type mobile operation device includes:

Main body;

Display screen is arranged on the aforementioned body, in order to show dummy keyboard; And

The touch-control interface, be arranged on the above-mentioned display screen, after the position of touch on the above-mentioned dummy keyboard being carried out touch-control by above-mentioned touch-control interface, make above-mentioned display screen near above-mentioned position of touch, demonstrate and click index, the above-mentioned index that clicks is pointed to first virtual key on the above-mentioned dummy keyboard, and above-mentioned first virtual key presents and emphasizes display effect and depressed deformation effect.

2. touch control type mobile operation device according to claim 1, it is characterized in that, wherein above-mentioned touch control type mobile operation device also includes control module, be arranged in the aforementioned body, and signal is connected in above-mentioned touch-control interface and above-mentioned display screen, in order to touch-control situation, make above-mentioned display screen demonstrate corresponding result according to above-mentioned touch-control interface.

3. touch control type mobile operation device according to claim 1 is characterized in that, the above-mentioned display effect of emphasizing that wherein above-mentioned first virtual key presents is for other button with respect to above-mentioned dummy keyboard presents different tones or the anti-white image effect of tone.

4. touch control type mobile operation device according to claim 1 is characterized in that, the above-mentioned depressed deformation effect that wherein above-mentioned first virtual key presents is for other button with respect to above-mentioned dummy keyboard presents the image effect that dwindles variation.

5. touch control type mobile operation device according to claim 1 is characterized in that, wherein above-mentioned display screen in above-mentioned click index near demonstrate the amplification frame, in order to demonstrate the enlarged image of above-mentioned first virtual key.

6. touch control type mobile operation device according to claim 1 is characterized in that, wherein above-mentioned display screen in above-mentioned click index near demonstrate the amplification frame, in order to demonstrate the above-mentioned enlarged image that clicks near the subrange index.

7. touch control type mobile operation device according to claim 1, it is characterized in that, wherein above-mentioned touch control type mobile operation device operation system, and during the operation of aforesaid operations system shown operation picture in order to demonstrate the result that clicks to above-mentioned dummy keyboard.

8. touch control type mobile operation device according to claim 1 is characterized in that, wherein above-mentionedly clicks the top that index is positioned at above-mentioned position of touch.

9. touch control type mobile operation device according to claim 1 is characterized in that, the wherein above-mentioned index that clicks is rendered as translucent.

10. touch control type mobile operation device according to claim 1, it is characterized in that, wherein when touch-control with move the above-mentioned index that clicks from pointing to above-mentioned first virtual key to second virtual key that points on the above-mentioned dummy keyboard, above-mentioned second virtual key continues and presents above-mentioned display effect and the above-mentioned depressed deformation effect emphasized.

11. the display packing of a touch control type mobile operation device is applied to include on the touch control type mobile operation device at display screen and touch-control interface, it is characterized in that said method comprises the following step:

Show dummy keyboard by above-mentioned display screen; And

By above-mentioned touch-control interface the position of touch on the above-mentioned dummy keyboard is carried out touch-control, make in demonstrating translucent near the above-mentioned position of touch and point to the index that clicks of first virtual key on the above-mentioned dummy keyboard, and above-mentioned first virtual key presents and emphasizes display effect and depressed deformation effect.

12. the display packing of touch control type mobile operation device according to claim 11, it is characterized in that, wherein said method also comprises the following step: according to touch-control with move the above-mentioned index that clicks from pointing to above-mentioned first virtual key to the situation of pointing to second virtual key on the above-mentioned dummy keyboard, above-mentioned second virtual key is continued presents above-mentioned display effect and the above-mentioned depressed deformation effect emphasized.

13. the display packing of touch control type mobile operation device according to claim 11, it is characterized in that, wherein said method also comprises the following step: according to the above-mentioned position of touch on the above-mentioned dummy keyboard being carried out the shown above-mentioned index that clicks that goes out of touch-control, and in above-mentioned click index near demonstrate the amplification frame, in order to demonstrate the enlarged image of above-mentioned first virtual key.

14. the display packing of touch control type mobile operation device according to claim 13 is characterized in that, wherein above-mentioned amplification frame is in order to demonstrate the above-mentioned enlarged image that clicks near the subrange index.

15. the display packing of touch control type mobile operation device according to claim 11, it is characterized in that, wherein above-mentioned touch control type mobile operation device operation system, and aforesaid operations system shown operation picture of when operation is shown on the above-mentioned display screen, and said method also comprises the following step: according to the situation that clicks to above-mentioned dummy keyboard, the results are shown on the above-mentioned operation picture and will click.

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