WO2012174759A1 - Touch input method and apparatus for mode switching - Google Patents

Touch input method and apparatus for mode switching Download PDF

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Publication number
WO2012174759A1
WO2012174759A1 PCT/CN2011/077076 CN2011077076W WO2012174759A1 WO 2012174759 A1 WO2012174759 A1 WO 2012174759A1 CN 2011077076 W CN2011077076 W CN 2011077076W WO 2012174759 A1 WO2012174759 A1 WO 2012174759A1
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Prior art keywords
mode
finger
action
command
touch
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PCT/CN2011/077076
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French (fr)
Chinese (zh)
Inventor
邹超
郭凯
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深圳雷柏科技股份有限公司
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Publication of WO2012174759A1 publication Critical patent/WO2012174759A1/en

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    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
    • G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/048—Interaction techniques based on graphical user interfaces [GUI]
    • G06F3/0487—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser
    • G06F3/0488—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures
    • G06F3/04883—Interaction techniques based on graphical user interfaces [GUI] using specific features provided by the input device, e.g. functions controlled by the rotation of a mouse with dual sensing arrangements, or of the nature of the input device, e.g. tap gestures based on pressure sensed by a digitiser using a touch-screen or digitiser, e.g. input of commands through traced gestures for inputting data by handwriting, e.g. gesture or text
    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
    • G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
    • G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
    • G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
    • G06F3/0416—Control or interface arrangements specially adapted for digitisers

Definitions

  • the present invention relates to peripheral devices, and more particularly to a touch input method and apparatus for mode switching.
  • Computer peripherals refer to most hardware devices except the host, which can be called external devices, or peripheral devices, referred to as peripherals.
  • peripheral input device it is the main medium for people and computers to communicate with each other.
  • the functional requirements of input devices have also been improved, and the types of input devices are increasing.
  • Commonly used input devices include mouse, keyboard, tablet, gamepad, etc.
  • One computer often needs to be configured.
  • the present invention aims to provide a touch input method and apparatus capable of implementing mode switching of a plurality of different input device functions on the same device by mode switching.
  • a mode switching touch input method comprising the following steps:
  • (1) Define action Define a specific sliding track of the finger on the touchpad as different mode switching commands, and divide the touchpad into multiple specific areas in different modes according to needs, and in different modes. Defining different sliding trajectories of a finger in a specific area of the touchpad as different input commands, defining a common mode as a power-on selection mode, and storing the above definition in a memory on the main board in the touch device;
  • Mode switching the finger slides according to a predefined mode switching command to determine whether the action matches the corresponding mode switching command stored in the memory, and if so, converts to the corresponding mode, if not, Then continue the original mode;
  • Input command recognition the finger makes a slide in a specific area, and determines whether the action is a corresponding action in the specific area stored in the memory in the mode, and if so, outputs a corresponding command. If no, stand by.
  • the method further includes the step (4): a custom mode:
  • the program starts: press the learning conversion button or the finger to slide in the touchpad according to the predetermined learning sliding track, and determine whether the action is a legal command, and if so, convert to a custom learning mode, if not, continue Original mode
  • mode definition In the custom learning mode, the finger slides on the touchpad by a sliding track, and the touchpad compares the finger sliding track with the stored sliding track to determine whether it is a defined action. If yes, prompt to re-enter, if otherwise select and define the sliding track as a custom mode conversion command;
  • (44), learning program In the custom learning mode, input the custom button, key combination or macro to be learned from the interface of the display screen, and the finger slides on the specific area of the touchpad according to the sliding track to be set.
  • the touchpad establishes a corresponding relationship between the finger sliding track and the custom button, key combination or macro to be learned, and stores it in the storage, repeats the learning process, and separately sets the customized button, key combination or macro to be different.
  • the finger sliding trajectory establishes a one-to-one correspondence;
  • step (45) program execution: the finger slides on the touchpad according to the sliding track defined by step (43), and after the system is recognized, the sliding track of the finger on the touchpad matches the input command defined in step (44). .
  • the touch device may light a prompt light or emit a prompt sound or simultaneously light the prompt light and emit a prompt sound.
  • the touch device lights up the corresponding mode light of the mode.
  • the mode includes any one of a mouse mode, a keypad mode, a tablet mode, a gamepad mode, and a custom command mode.
  • the invention also discloses a mode switching touch input device, comprising a device casing, an insulation protection plate disposed on the upper surface of the casing, a touch panel adhered under the insulation protection plate, and a main board disposed in the casing electrically connecting the touch panel.
  • the touch panel is a planar capacitive sensing PCB board.
  • the rear end of the insulating protection plate may also be set as a mode switching area, and the middle portion may be set as an input area.
  • the touch panel is a capacitive induction FPC curved panel
  • the insulating protection panel is a corresponding curved protection panel.
  • the back or side of the curved guard plate can also be set as the mode transition zone and the middle as the input zone.
  • the device casing or the insulating protection plate is provided with one or more LED lights electrically connected to the main board, and an audible prompter is separately or simultaneously provided.
  • the device casing is provided with a USB connection cable electrically connected to the main board, or a battery case is disposed on the device casing, and a wireless transceiver module is disposed on the main board.
  • the invention can perform various modes of free switching by a specific action of a finger on the touch panel or pressing a learning conversion button, which can greatly expand the function of the traditional touch panel, and enable a device to realize the functions of various input devices to the user. With the convenience of function, it enhances the user experience.
  • Embodiment 1 is an exploded perspective view of Embodiment 1 of the present invention
  • Embodiment 1 of the present invention is a schematic structural view of Embodiment 1 of the present invention.
  • Embodiment 2 of the present invention is an exploded perspective view of Embodiment 2 of the present invention.
  • Embodiment 2 of the present invention is a schematic structural view of Embodiment 2 of the present invention.
  • a capacitive wireless FPC touch mouse with a mode switching function includes a bottom cover 6, a main board 4 fixed in the bottom cover 6, and a laser emitting head fixed on the main board 4 under the main board 4.
  • the emitted laser light is reflected by the desktop or mouse pad by the optical lens 5 received by the laser receiving head on the main board 4, the middle frame 3 above the main board 4, and the capacitive sensing disposed on the main board 4 above the middle frame 3.
  • the FPC curved panel 2 and the insulating protective plate 1 on the surface of the middle frame 3 and the capacitive sensing FPC curved panel 2, the bottom cover 6 is provided with a battery slot in which the main board 4 and the capacitive sensing FPC are placed.
  • the battery of the curved panel 2 is powered by a battery cover 7 under the battery compartment of the bottom cover 6 , wherein the middle frame 3 , the capacitive sensing FPC curved panel 2 and the protective panel 1 are in a curved shape conforming to the curved surface of the human palm.
  • Three LED lamps 8 electrically connected to the main board 4 are also disposed at the front end of the protection board 1.
  • the boot selected mode is the mouse mode
  • the left-to-right sliding of the finger on the insulated protective plate 1 is defined as the command to convert to the keypad mode
  • the finger is in the protective plate 1
  • the right-to-left slide is defined as a command to convert to the gamepad mode; in the mouse mode, the front left part of the insulated protection board 1 is defined as the left mouse button, and the front right part of the insulated protection board 1 is defined as the right mouse button.
  • the front middle portion of the insulated protective plate 1 is defined as a mouse wheel button; in the keypad mode, the insulated protective plate 1 is divided into a plurality of small cells as defined by the keypad; the finger on the insulating protective plate 1 is separated from the game handle mode. Sliding in different directions is defined as different shaking directions of the gamepad; the above definition is stored in the memory on the main board 4;
  • Mode conversion the finger makes a left-to-right sliding or a right-to-left sliding on the insulating protection board 1, and judges whether the action matches the corresponding switching action stored in the memory, if , then convert to the corresponding mode, and illuminate the corresponding position and number of LED lights 8, if not, continue the original mode;
  • Input command recognition the finger makes an action in the input area, and determines whether the action is a corresponding action in the small cell stored in the memory in the mode, and if so, outputs a corresponding command. If no, stand by.
  • a capacitive touchwriting tablet with a mode switching function includes a tablet housing 13, a tablet motherboard 12 fixed in the tablet housing, and a touch fixing provided on the tablet motherboard 12 to cover the tablet housing 13.
  • the board 11 and the capacitive touch tablet 10 electrically connected to the touch panel 11 and the protective board 9 adhered to the surface of the capacitive touch tablet 10 are disposed on the tablet casing 13
  • three LED lamps 15 electrically connected to the tablet main board 12 are also transmitted through the front end of the protection board 9.
  • the boot selected mode is a tablet
  • the left-to-right slide of the finger in the protection board 9 is defined as a command to convert to the keypad mode
  • the finger is in the right side of the protection board 9 from the right
  • the sliding to the left is defined as a command to convert to the mouse mode
  • in the tablet mode the inside of the protection board 9 is the tablet area
  • in the keypad mode the protection board 9 is divided into a plurality of small cells such as a keypad
  • the mouse mode is defined;
  • the front left part of the protection board 9 is defined as the left mouse button
  • the front right part of the protection board 9 is defined as the right mouse button
  • the front middle part of the protection board 9 is defined as the mouse wheel key
  • the middle part of the protection board 9 is defined as the cursor movement area; Stored in a memory on the main tablet main board 12;
  • Mode switching the finger makes a left-to-right sliding or a right-to-left sliding in the protection board 9, and determines whether the action is a matching conversion action stored in the memory, and if so, Then convert to the corresponding mode, and illuminate the corresponding position and number of LED lights 15, if not, continue the original mode;
  • Input command recognition the finger makes an action in the input area, and determines whether the action is a corresponding action in the small cell stored in the memory in the mode, and if so, outputs a corresponding command. If no, stand by;
  • mode definition in the custom learning mode, the finger slides on the protection board 9 according to a certain sliding track, and the capacitive touch tablet 10 compares the finger sliding track with the stored sliding track to determine whether it is Is a defined action, if yes, prompt to re-enter, if otherwise select and define the sliding track as a custom mode conversion command;
  • (44) Learning program In the custom learning mode, input the custom button, key combination or macro to be learned from the interface of the display screen, and the finger slides on the specific area of the protection board 9 according to the sliding track to be set.
  • the capacitive touch tablet 10 establishes a corresponding relationship between the finger sliding track and the custom button, combination key or macro to be learned, and stores it in the storage, repeats the learning program, and then customizes the button and the combination key.
  • macros respectively establish a one-to-one correspondence with different finger sliding trajectories;

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  • Engineering & Computer Science (AREA)
  • General Engineering & Computer Science (AREA)
  • Theoretical Computer Science (AREA)
  • Human Computer Interaction (AREA)
  • Physics & Mathematics (AREA)
  • General Physics & Mathematics (AREA)
  • Position Input By Displaying (AREA)

Abstract

The present invention relates to peripherals. Disclosed is a touch input method for mode switching, comprising the following steps: (1), defining an action; (2), converting a mode; and (3), recognizing an input command. The touch input method may further comprise the step (4), self-defining a mode. Further disclosed is a touch input apparatus for mode switching, comprising an apparatus housing, an insulated guard plate disposed at the upper surface of the housing, a touch pad adhered below the insulated guard plate and a motherboard disposed in the housing and electrically connected to the touch pad. Through a specific action of a finger on the touch pad or by pressing a learning converting button to freely switch various modes, the present invention can greatly expand functions of a conventional touch pad, so that one device implements functions of various input devices, thereby bringing convenience and rapidness on functions to a user and further improving user experience.

Description

模式切换的触摸输入法及装置  Mode switching touch input method and device
技术领域Technical field
本发明涉及外设，尤其是涉及一种模式切换的触摸输入法及装置。The present invention relates to peripheral devices, and more particularly to a touch input method and apparatus for mode switching.
背景技术Background technique
计算机外设是指除主机外的大部分硬件设备都可称作外部设备，或叫***设备，简称外设。作为外设输入设备是人与计算机相互沟通的主要媒介。随着计算机的不断发展，用户对输入设备的功能要求也相继提高，输入设备的种类也越来越多，常用的输入设备有鼠标、键盘、手写板、游戏手柄等，一台计算机常常需要配置多种设备，而随着计算机的便携式的需要，市场迫切需要一种能完成多种功能的输入设备，但不同的输入设备其中的按键大小、多少和布局都是有较大区别的。Computer peripherals refer to most hardware devices except the host, which can be called external devices, or peripheral devices, referred to as peripherals. As a peripheral input device, it is the main medium for people and computers to communicate with each other. With the continuous development of computers, the functional requirements of input devices have also been improved, and the types of input devices are increasing. Commonly used input devices include mouse, keyboard, tablet, gamepad, etc. One computer often needs to be configured. A variety of devices, and with the portable needs of computers, the market urgently needs an input device that can perform a variety of functions, but the size, number and layout of buttons in different input devices are quite different.
发明内容Summary of the invention
为了克服现有技术中的缺点，本发明目的在于提供一种通过模式切换能在同一设备上实现多种不同输入设备功能的模式切换的触摸输入法及装置。In order to overcome the shortcomings in the prior art, the present invention aims to provide a touch input method and apparatus capable of implementing mode switching of a plurality of different input device functions on the same device by mode switching.
本发明是通过以下技术措施实现的，一种模式切换的触摸输入法，包括以下步骤：The present invention is achieved by the following technical measures, a mode switching touch input method, comprising the following steps:
（1）、定义动作：将手指在触摸板的特定的几种滑动轨迹定义为不同的模式转换命令，将触摸板根据需要在不同的模式下划分成多个特定区域，同时在不同的模式下将手指在触摸板的特定区域的不同滑动轨迹定义为不同的输入命令，定义一种常用模式为开机选定模式，将上述定义贮存在触摸装置内的主板上的存贮器中；(1) Define action: Define a specific sliding track of the finger on the touchpad as different mode switching commands, and divide the touchpad into multiple specific areas in different modes according to needs, and in different modes. Defining different sliding trajectories of a finger in a specific area of the touchpad as different input commands, defining a common mode as a power-on selection mode, and storing the above definition in a memory on the main board in the touch device;
（2）、模式转换：手指按预定义的在模式转换命令滑动，判断该动作是否是匹配贮存在存贮器内的相应的模式转换命令，如果是，则转换成相应的模式，如果否，则继续原模式；(2) Mode switching: the finger slides according to a predefined mode switching command to determine whether the action matches the corresponding mode switching command stored in the memory, and if so, converts to the corresponding mode, if not, Then continue the original mode;
（3）、输入命令识别：手指在特定区域做出滑动，判断该动作是否是匹配该模式下贮存在存贮器内的该特定区域内的相应的动作，如果是，则输出相应的命令，如果否，则待命。(3) Input command recognition: the finger makes a slide in a specific area, and determines whether the action is a corresponding action in the specific area stored in the memory in the mode, and if so, outputs a corresponding command. If no, stand by.
作为一种优选方式，还包括步骤（4）、自定义模式：As a preferred method, the method further includes the step (4): a custom mode:
（41）、预定义：定义按下触摸装置上设置的一学习转换按钮为学习命令或将手指在触摸板的某一滑动轨迹定义为学习命令；(41), predefined: defining a learning conversion button set on the touch device as a learning command or defining a sliding track of the finger on the touch panel as a learning command;
（42）、程序启动：按下学习转换按钮或手指在触摸板内按预定的学习滑动轨迹滑动，并判断动作是否为合法命令，如果是，则转换成自定义学习模式，如果否，则继续原模式；(42), the program starts: press the learning conversion button or the finger to slide in the touchpad according to the predetermined learning sliding track, and determine whether the action is a legal command, and if so, convert to a custom learning mode, if not, continue Original mode
（43）、模式定义：在自定义学习模式下手指在触摸板上按某一滑动轨迹滑动，触摸板将该种手指滑动轨迹与已贮存的滑动轨迹进行比较，判断其是否是已定义的动作，如果是，则提示重新输入，如果否则选定并定义该滑动轨迹为自定义模式的转换命令；(43), mode definition: In the custom learning mode, the finger slides on the touchpad by a sliding track, and the touchpad compares the finger sliding track with the stored sliding track to determine whether it is a defined action. If yes, prompt to re-enter, if otherwise select and define the sliding track as a custom mode conversion command;
（44）、学习程序：在自定义学习模式下从显示屏的界面中输入所需学习的自定义按键、组合键或宏，手指在触摸板的特定区域上按要设定的滑动轨迹滑动，触摸板将该种手指滑动轨迹与所需学习的自定义按键、组合键或宏建立对应的关系，并贮存在贮存器内，重复学习程序，将所要自定义按键、组合键或宏分别与不同的手指滑动轨迹建立一一对应的关系；(44), learning program: In the custom learning mode, input the custom button, key combination or macro to be learned from the interface of the display screen, and the finger slides on the specific area of the touchpad according to the sliding track to be set. The touchpad establishes a corresponding relationship between the finger sliding track and the custom button, key combination or macro to be learned, and stores it in the storage, repeats the learning process, and separately sets the customized button, key combination or macro to be different. The finger sliding trajectory establishes a one-to-one correspondence;
（45）、程序执行：手指在触摸板上按步骤（43）定义的滑动轨迹进行滑动，并得到***认可后，手指在触摸板上的滑动轨迹为与步骤（44）定义的输入命令相匹配。(45), program execution: the finger slides on the touchpad according to the sliding track defined by step (43), and after the system is recognized, the sliding track of the finger on the touchpad matches the input command defined in step (44). .
具体的，所述模式转换动作或自定义命令动作被***认定为匹配动作时，触摸装置会点亮提示灯或发出提示音或同时点亮提示灯和发出提示音。Specifically, when the mode conversion action or the custom command action is recognized as a matching action by the system, the touch device may light a prompt light or emit a prompt sound or simultaneously light the prompt light and emit a prompt sound.
具体的，所述模式转换动作或自定义命令动作被***认定为匹配动作并转换成功后，触摸装置会点亮该模式相应的模式灯。Specifically, after the mode conversion action or the custom command action is recognized as a matching action by the system and the conversion is successful, the touch device lights up the corresponding mode light of the mode.
具体的，所述模式包括鼠标模式、小键盘模式、手写板模式、游戏手柄模式、自定义命令模式中的任意几种。Specifically, the mode includes any one of a mouse mode, a keypad mode, a tablet mode, a gamepad mode, and a custom command mode.
本发明还公开了一种模式切换的触摸输入装置，包括装置外壳、设置在外壳上表面的绝缘保护板、粘贴在绝缘保护板下方的触摸板和设置在外壳内电连接触摸板的主板。The invention also discloses a mode switching touch input device, comprising a device casing, an insulation protection plate disposed on the upper surface of the casing, a touch panel adhered under the insulation protection plate, and a main board disposed in the casing electrically connecting the touch panel.
作为一种优选方式，所述触摸板为平面电容式感应PCB板。还可将绝缘保护板的后端设置为模式转换区、中部设置为输入区。As a preferred mode, the touch panel is a planar capacitive sensing PCB board. The rear end of the insulating protection plate may also be set as a mode switching area, and the middle portion may be set as an input area.
作为另一种优选方式，所述触摸板为电容式感应FPC曲面板，所述绝缘保护板为相应的曲面保护板板。还可将曲面保护板板的后端或侧面设置为模式转换区、中部设置为输入区。In another preferred manner, the touch panel is a capacitive induction FPC curved panel, and the insulating protection panel is a corresponding curved protection panel. The back or side of the curved guard plate can also be set as the mode transition zone and the middle as the input zone.
具体的，所述装置外壳或绝缘保护板上设置有一个或多个电连接主板的LED灯，单独或同时设置有一声音提示器。Specifically, the device casing or the insulating protection plate is provided with one or more LED lights electrically connected to the main board, and an audible prompter is separately or simultaneously provided.
具体的，所述装置外壳设置有一与主板电连接的USB连接线，或装置外壳上设置有一电池盒、主板上设置有一无线收发模块。Specifically, the device casing is provided with a USB connection cable electrically connected to the main board, or a battery case is disposed on the device casing, and a wireless transceiver module is disposed on the main board.
本发明通过手指在触摸板上的特定动作或按下学习转换按钮进行多种模式自由切换，能极大扩展了传统的触摸板的功能，使一种设备实现多种输入设备的功能，给用户带了功能上的便捷，更增强了用户体验感。The invention can perform various modes of free switching by a specific action of a finger on the touch panel or pressing a learning conversion button, which can greatly expand the function of the traditional touch panel, and enable a device to realize the functions of various input devices to the user. With the convenience of function, it enhances the user experience.
附图说明DRAWINGS
图1为本发明实施例1的分解示意图;1 is an exploded perspective view of Embodiment 1 of the present invention;
图2为本发明实施例1的结构示意图；2 is a schematic structural view of Embodiment 1 of the present invention;
图3为本发明实施例2的分解示意图；3 is an exploded perspective view of Embodiment 2 of the present invention;
图4为本发明实施例2的结构示意图。4 is a schematic structural view of Embodiment 2 of the present invention.
具体实施方式detailed description
下面结合实施例并对照附图对本发明作进一步详细说明。The present invention will be further described in detail below with reference to the embodiments and with reference to the accompanying drawings.
实施例1Example 1
如图1、图2所示，一种模式切换功能的电容式无线FPC触摸鼠标，包括底盖6、固定在底盖6内的主板4、固定在主板4下方能将主板4上激光发射头发射的激光经桌面或鼠标垫反射被主板4上激光接收头所接收的光学透镜5、盖在主板4上方的中框3、电连接在主板4上的设置在中框3上方的电容式感应FPC曲面板2以及卡盖在中框3和电容式感应FPC曲面板2表面的绝缘的保护板1，底盖6内设置有一电池槽，该电池槽内放置有为主板4和电容式感应FPC曲面板2供电的电池，底盖6电池槽下方卡接有一电池盖7，其中，所述中框3、电容式感应FPC曲面板2和保护板1为与人体手掌曲面相吻合的曲面形状，在保护板1的前端还设置有三个与主板4电连接的LED灯8。As shown in FIG. 1 and FIG. 2, a capacitive wireless FPC touch mouse with a mode switching function includes a bottom cover 6, a main board 4 fixed in the bottom cover 6, and a laser emitting head fixed on the main board 4 under the main board 4. The emitted laser light is reflected by the desktop or mouse pad by the optical lens 5 received by the laser receiving head on the main board 4, the middle frame 3 above the main board 4, and the capacitive sensing disposed on the main board 4 above the middle frame 3. The FPC curved panel 2 and the insulating protective plate 1 on the surface of the middle frame 3 and the capacitive sensing FPC curved panel 2, the bottom cover 6 is provided with a battery slot in which the main board 4 and the capacitive sensing FPC are placed. The battery of the curved panel 2 is powered by a battery cover 7 under the battery compartment of the bottom cover 6 , wherein the middle frame 3 , the capacitive sensing FPC curved panel 2 and the protective panel 1 are in a curved shape conforming to the curved surface of the human palm. Three LED lamps 8 electrically connected to the main board 4 are also disposed at the front end of the protection board 1.
模式切换功能的电容式无线FPC触摸鼠标的工作方法：Mode switching function of the capacitive wireless FPC touch mouse works:
（1）、定义区域和动作：开机选定模式为鼠标模式，将手指在绝缘的保护板1上的从左到右的滑动定义为转换为小键盘模式的命令、手指在绝缘的保护板1上的从右到左的滑动定义为转换为游戏手柄模式的命令；鼠标模式时将绝缘的保护板1前左部定义为鼠标左按键，绝缘的保护板1前右部定义为鼠标右按键，绝缘的保护板1前中部定义为鼠标滚轮键；小键盘模式时将绝缘的保护板1划分成如小键盘的多个小格分别定义；游戏手柄模式时将绝缘的保护板1上的手指从中向不同的方向滑动定义为游戏手柄的不同的摇动方向；将上述定义贮存在主板4上的存贮器中；(1), define the area and action: the boot selected mode is the mouse mode, the left-to-right sliding of the finger on the insulated protective plate 1 is defined as the command to convert to the keypad mode, the finger is in the protective plate 1 The right-to-left slide is defined as a command to convert to the gamepad mode; in the mouse mode, the front left part of the insulated protection board 1 is defined as the left mouse button, and the front right part of the insulated protection board 1 is defined as the right mouse button. The front middle portion of the insulated protective plate 1 is defined as a mouse wheel button; in the keypad mode, the insulated protective plate 1 is divided into a plurality of small cells as defined by the keypad; the finger on the insulating protective plate 1 is separated from the game handle mode. Sliding in different directions is defined as different shaking directions of the gamepad; the above definition is stored in the memory on the main board 4;
（2）、模式转换：手指在绝缘的保护板1做出从左到右的滑动或从右到左的滑动，判断该动作是否是匹配贮存在存贮器内的相应的转换动作，如果是，则转换成相应的模式，并点亮相应位置和数量的LED灯8，如果否，则继续原模式；(2) Mode conversion: the finger makes a left-to-right sliding or a right-to-left sliding on the insulating protection board 1, and judges whether the action matches the corresponding switching action stored in the memory, if , then convert to the corresponding mode, and illuminate the corresponding position and number of LED lights 8, if not, continue the original mode;
（3）、输入命令识别：手指在输入区做出动作，判断该动作是否是匹配该模式下贮存在存贮器内的该小格内的相应的动作，如果是，则输出相应的命令，如果否，则待命。(3) Input command recognition: the finger makes an action in the input area, and determines whether the action is a corresponding action in the small cell stored in the memory in the mode, and if so, outputs a corresponding command. If no, stand by.
实施例2Example 2
如图3，一种模式切换功能的电容式触摸手写板，包括手写板外壳13、固定在手写板外壳内的手写板主板12、设置在手写板主板12上盖在手写板外壳13的触摸固定板11、电连接在手写板主板12上的设置在触摸固定板11内的电容式触摸手写板10以及粘贴在电容式触摸手写板10表面绝缘的保护板9，在手写板外壳13上的设置有一与手写板主板12电连接的学习转换按钮14，在保护板9前端还透过有三个与手写板主板12电连接的LED灯15。As shown in FIG. 3, a capacitive touchwriting tablet with a mode switching function includes a tablet housing 13, a tablet motherboard 12 fixed in the tablet housing, and a touch fixing provided on the tablet motherboard 12 to cover the tablet housing 13. The board 11 and the capacitive touch tablet 10 electrically connected to the touch panel 11 and the protective board 9 adhered to the surface of the capacitive touch tablet 10 are disposed on the tablet casing 13 There is a learning conversion button 14 electrically connected to the tablet main board 12, and three LED lamps 15 electrically connected to the tablet main board 12 are also transmitted through the front end of the protection board 9.
模式切换功能的电容式触摸手写板的工作方法：The working method of the capacitive touch tablet with mode switching function:
（1）、定义区域和动作：开机选定模式为手写板，将手指在保护板9内的从左到右的滑动定义为转换为小键盘模式的命令、手指在保护板9内的从右到左的滑动定义为转换为鼠标模式的命令；手写板模式时将保护板9内为手写板区域；小键盘模式时将保护板9划分成如小键盘的多个小格分别定义；鼠标模式时将保护板9前左部定义为鼠标左按键，保护板9前右部定义为鼠标右按键，保护板9前中部定义为鼠标滚轮键，保护板9中部定义为光标移动区；将上述定义贮存在主手写板主板12上的存贮器中；(1), defined area and action: the boot selected mode is a tablet, the left-to-right slide of the finger in the protection board 9 is defined as a command to convert to the keypad mode, and the finger is in the right side of the protection board 9 from the right The sliding to the left is defined as a command to convert to the mouse mode; in the tablet mode, the inside of the protection board 9 is the tablet area; in the keypad mode, the protection board 9 is divided into a plurality of small cells such as a keypad; the mouse mode is defined; The front left part of the protection board 9 is defined as the left mouse button, the front right part of the protection board 9 is defined as the right mouse button, the front middle part of the protection board 9 is defined as the mouse wheel key, and the middle part of the protection board 9 is defined as the cursor movement area; Stored in a memory on the main tablet main board 12;
（2）、模式转换：手指在保护板9内做出从左到右的滑动或从右到左的滑动，判断该动作是否是匹配贮存在存贮器内的相应的转换动作，如果是，则转换成相应的模式，并点亮相应位置和数量的LED灯15，如果否，则继续原模式；(2) Mode switching: the finger makes a left-to-right sliding or a right-to-left sliding in the protection board 9, and determines whether the action is a matching conversion action stored in the memory, and if so, Then convert to the corresponding mode, and illuminate the corresponding position and number of LED lights 15, if not, continue the original mode;
（3）、输入命令识别：手指在输入区做出动作，判断该动作是否是匹配该模式下贮存在存贮器内的该小格内的相应的动作，如果是，则输出相应的命令，如果否，则待命；(3) Input command recognition: the finger makes an action in the input area, and determines whether the action is a corresponding action in the small cell stored in the memory in the mode, and if so, outputs a corresponding command. If no, stand by;
（4）、自定义模式：(4), custom mode:
（41）、预定义：定义按下学习转换按钮14为学习命令；(41), predefined: define pressing the learning conversion button 14 as a learning command;
（42）、程序启动：按下学习转换按钮14，则转换成自定义学习模式；(42), program startup: press the learning conversion button 14, then convert to a custom learning mode;
（43）、模式定义：在自定义学习模式下手指在保护板9上按某一滑动轨迹滑动，电容式触摸手写板10将该种手指滑动轨迹与已贮存的滑动轨迹进行比较，判断其是否是已定义的动作，如果是，则提示重新输入，如果否则选定并定义该滑动轨迹为自定义模式的转换命令；(43), mode definition: in the custom learning mode, the finger slides on the protection board 9 according to a certain sliding track, and the capacitive touch tablet 10 compares the finger sliding track with the stored sliding track to determine whether it is Is a defined action, if yes, prompt to re-enter, if otherwise select and define the sliding track as a custom mode conversion command;
（44）、学习程序：在自定义学习模式下从显示屏的界面中输入所需学习的自定义按键、组合键或宏，手指在保护板9的特定区域上按要设定的滑动轨迹滑动，电容式触摸手写板10将该种手指滑动轨迹与所需学习的自定义按键、组合键或宏建立对应的关系，并贮存在贮存器内，重复学习程序，将所要自定义按键、组合键或宏分别与不同的手指滑动轨迹建立一一对应的关系；(44) Learning program: In the custom learning mode, input the custom button, key combination or macro to be learned from the interface of the display screen, and the finger slides on the specific area of the protection board 9 according to the sliding track to be set. The capacitive touch tablet 10 establishes a corresponding relationship between the finger sliding track and the custom button, combination key or macro to be learned, and stores it in the storage, repeats the learning program, and then customizes the button and the combination key. Or macros respectively establish a one-to-one correspondence with different finger sliding trajectories;
（45）、程序执行：手指在保护板9上按步骤（43）定义的滑动轨迹进行滑动，并得到***认可后，手指在保护板9上的滑动轨迹为与步骤（44）定义的输入命令相匹配。(45), program execution: the finger slides on the protection board 9 according to the sliding track defined by the step (43), and after obtaining the system approval, the sliding track of the finger on the protection board 9 is the input command defined by the step (44). Match.
以上是对本发明模式切换的触摸输入法及装置进行了阐述，用于帮助理解本发明，但本发明的实施方式并不受上述实施例的限制，任何未背离本发明原理下所作的改变、修饰、替代、组合、简化，均应为等效的置换方式，都包含在本发明的保护范围之内。The above is a touch input method and apparatus for mode switching of the present invention, which is used to help understand the present invention, but the embodiments of the present invention are not limited by the above embodiments, and any changes and modifications not departing from the principles of the present invention are provided. The alternatives, combinations, and simplifications are all equivalent substitutions and are included in the scope of the present invention.

Claims (10)

  1. 一种模式切换的触摸输入法，其特征在于包括以下步骤： A touch input method for mode switching, comprising the steps of:
    （1）、定义动作：将手指在触摸板的特定的几种滑动轨迹定义为不同的模式转换命令，将触摸板根据需要在不同的模式下划分成多个特定区域，同时在不同的模式下将手指在触摸板的特定区域的不同滑动轨迹定义为不同的输入命令，定义一种常用模式为开机选定模式，将上述定义贮存在触摸装置内的主板上的存贮器中；(1) Define action: Define a specific sliding track of the finger on the touchpad as different mode switching commands, and divide the touchpad into multiple specific areas in different modes according to needs, and in different modes. Defining different sliding trajectories of a finger in a specific area of the touchpad as different input commands, defining a common mode as a power-on selection mode, and storing the above definition in a memory on the main board in the touch device;
    （2）、模式转换：手指按预定义的在模式转换命令滑动，判断该动作是否是匹配贮存在存贮器内的相应的模式转换命令，如果是，则转换成相应的模式，如果否，则继续原模式；(2) Mode switching: the finger slides according to a predefined mode switching command to determine whether the action matches the corresponding mode switching command stored in the memory, and if so, converts to the corresponding mode, if not, Then continue the original mode;
    （3）、输入命令识别：手指在特定区域做出滑动，判断该动作是否是匹配该模式下贮存在存贮器内的该特定区域内的相应的动作，如果是，则输出相应的命令，如果否，则待命。(3) Input command recognition: the finger makes a slide in a specific area, and determines whether the action is a corresponding action in the specific area stored in the memory in the mode, and if so, outputs a corresponding command. If no, stand by.
  2. 根据权利要求1所述的模式切换的触摸输入法，其特征在于：还包括步骤（4）、自定义模式：The touch input method of mode switching according to claim 1, further comprising the step (4): a custom mode:
    （41）、预定义：定义按下触摸装置上设置的一学习转换按钮为学习命令或将手指在触摸板的某一滑动轨迹定义为学习命令；(41), predefined: defining a learning conversion button set on the touch device as a learning command or defining a sliding track of the finger on the touch panel as a learning command;
    （42）、程序启动：按下学习转换按钮或手指在触摸板内按预定的学习滑动轨迹滑动，并判断动作是否为合法命令，如果是，则转换成自定义学习模式，如果否，则继续原模式；(42), the program starts: press the learning conversion button or the finger to slide in the touchpad according to the predetermined learning sliding track, and determine whether the action is a legal command, and if so, convert to a custom learning mode, if not, continue Original mode
    （43）、模式定义：在自定义学习模式下手指在触摸板上按某一滑动轨迹滑动，触摸板将该种手指滑动轨迹与已贮存的滑动轨迹进行比较，判断其是否是已定义的动作，如果是，则提示重新输入，如果否则选定并定义该滑动轨迹为自定义模式的转换命令；(43), mode definition: In the custom learning mode, the finger slides on the touchpad by a sliding track, and the touchpad compares the finger sliding track with the stored sliding track to determine whether it is a defined action. If yes, prompt to re-enter, if otherwise select and define the sliding track as a custom mode conversion command;
    （44）、学习程序：在自定义学习模式下从显示屏的界面中输入所需学习的自定义按键、组合键或宏，手指在触摸板的特定区域上按要设定的滑动轨迹滑动，触摸板将该种手指滑动轨迹与所需学习的自定义按键、组合键或宏建立对应的关系，并贮存在贮存器内，重复学习程序，将所要自定义按键、组合键或宏分别与不同的手指滑动轨迹建立一一对应的关系；(44), learning program: In the custom learning mode, input the custom button, key combination or macro to be learned from the interface of the display screen, and the finger slides on the specific area of the touchpad according to the sliding track to be set. The touchpad establishes a corresponding relationship between the finger sliding track and the custom button, key combination or macro to be learned, and stores it in the storage, repeats the learning process, and separately sets the customized button, key combination or macro to be different. The finger sliding trajectory establishes a one-to-one correspondence;
    （45）、程序执行：手指在触摸板上按步骤（43）定义的滑动轨迹进行滑动，并得到***认可后，手指在触摸板上的滑动轨迹为与步骤（44）定义的输入命令相匹配。(45), program execution: the finger slides on the touchpad according to the sliding track defined by step (43), and after the system is recognized, the sliding track of the finger on the touchpad matches the input command defined in step (44). .
  3. 根据权利要求1或2所述的模式切换的触摸输入法，其特征在于：所述模式转换动作或自定义命令动作被***认定为匹配动作时，触摸装置会点亮提示灯或发出提示音或同时点亮提示灯和发出提示音。The touch input method of mode switching according to claim 1 or 2, wherein when the mode switching action or the custom command action is recognized as a matching action by the system, the touch device may light a prompt light or sound a beep or At the same time, the indicator light is illuminated and a beep sounds.
  4. 根据权利要求1或2所述的模式切换的触摸输入法，其特征在于：所述模式转换动作或自定义命令动作被***认定为匹配动作并转换成功后，触摸装置会点亮该模式相应的模式灯。The touch input method of mode switching according to claim 1 or 2, wherein after the mode conversion action or the custom command action is recognized as a matching action by the system and the conversion is successful, the touch device illuminates the corresponding mode. Mode light.
  5. 根据权利要求1或2所述的模式切换的触摸输入法，其特征在于：所述模式包括鼠标模式、小键盘模式、手写板模式、游戏手柄模式、自定义命令模式中的任意几种。The touch input method of mode switching according to claim 1 or 2, wherein the mode comprises any one of a mouse mode, a keypad mode, a tablet mode, a gamepad mode, and a custom command mode.
  6. 根据权利要求1或2所述的模式切换的触摸输入装置，其特征在于：包括装置外壳、设置在外壳上表面的绝缘保护板、粘贴在绝缘保护板下方的触摸板和设置在外壳内电连接触摸板的主板。The touch input device according to claim 1 or 2, comprising: a device casing, an insulation protection plate disposed on an upper surface of the casing, a touch panel pasted under the insulation protection plate, and an electrical connection disposed in the casing The motherboard of the touchpad.
  7. 根据权利要求6所述的模式切换的触摸输入装置，其特征在于：所述触摸板为平面电容式感应PCB板。The mode switching touch input device according to claim 6, wherein the touch panel is a planar capacitive sensing PCB board.
  8. 根据权利要求6所述的模式切换的触摸输入装置，其特征在于：所述触摸板为电容式感应FPC曲面板，所述绝缘保护板为相应的曲面保护板板。The touch input device of the mode switching according to claim 6, wherein the touch panel is a capacitive induction FPC curved panel, and the insulating protection panel is a corresponding curved protection panel.
  9. 根据权利要求6所述的模式切换的触摸输入装置，其特征在于：所述装置外壳或绝缘保护板上设置有一个或多个电连接主板的LED灯，单独或同时设置有一声音提示器。The mode-switched touch input device according to claim 6, wherein the device housing or the insulating protection plate is provided with one or more LED lights electrically connected to the main board, and an audible prompter is provided separately or simultaneously.
  10. 根据权利要求6所述的模式切换的触摸输入装置，其特征在于：所述装置外壳设置有一与主板电连接的USB连接线，或装置外壳上设置有一电池盒、主板上设置有一无线收发模块。 The mode input touch input device according to claim 6, wherein the device casing is provided with a USB connection cable electrically connected to the main board, or a battery case is disposed on the device casing, and a wireless transceiver module is disposed on the main board.
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