WO2014117655A1 - Click operation structure of touch screen - Google Patents
Click operation structure of touch screen Download PDFInfo
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- WO2014117655A1 WO2014117655A1 PCT/CN2014/070862 CN2014070862W WO2014117655A1 WO 2014117655 A1 WO2014117655 A1 WO 2014117655A1 CN 2014070862 W CN2014070862 W CN 2014070862W WO 2014117655 A1 WO2014117655 A1 WO 2014117655A1
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- touch
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- track
- touch track
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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
- G06F3/048—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
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F2203/00—Indexing scheme relating to G06F3/00 - G06F3/048
- G06F2203/048—Indexing scheme relating to G06F3/048
- G06F2203/04803—Split screen, i.e. subdividing the display area or the window area into separate subareas
Definitions
- the invention relates to a touch panel, in particular to a click operation structure of a touch screen.
- the principle is to provide a touch sensing circuit on the touch panel to detect the touch track generated on the touch panel, and according to the touch The trajectory causes the associated device to generate a corresponding action.
- a smart phone fits the touch panel to the display screen, so that when the display screen is viewed, the touch panel can be touched to cause a specific action or reaction on the image on the display screen.
- the use of the touch panel often causes unnecessary operation during operation.
- the use of the smart phone can be touch-sensitive. Therefore, it is often caused that the touch track is misjudged due to accidental touch to other areas in operation, which may cause inconvenience to the user during operation. If it is planned to receive the touch track in a specific area, the picture will not be accidentally touched, and the image button does not need to be generated in the form of software to avoid reducing the display distribution when viewing the image.
- the present invention provides a click operation structure of a touch screen, which aims to improve the prior art.
- the use of graphics there are a variety of related touch track responses, which makes the touch panel on the smart phone or the notebook computer more usable for graphic viewing and operation.
- the present invention provides a touch operation structure of a touch screen, which includes:
- the touch panel receives a touch reaction from above or senses an electrical response from above, and the touch panel forms a touch track, and the initial point falls on the corresponding display image area of the touch panel.
- the touch track of the position forms a touch track signal through a touch reaction or an electrical reaction ;
- a touch circuit is connected to the touch panel for receiving a touch track signal from the touch panel.
- the touch circuit includes a logic response circuit, and the logic response circuit generates a corresponding command according to the touch track signal;
- An image processing unit receives an instruction of a logic response circuit of the touch circuit to generate a corresponding action on the image on the display screen;
- the logic response circuit divides the image area on the display screen into two areas, one is an image moving area, and the other is an image zooming area;
- the logic response circuit When the touch track falls in the image moving area, the logic response circuit generates an image movement instruction, and the instruction is transmitted to the image processing unit to cause a corresponding movement of the image on the display screen;
- the logic response circuit when the touch track falls in the image zooming area, the logic response circuit generates an image zooming and down instruction, and when the direction of the touch track is from the inside to the outside, an image enlargement instruction is generated, and the image processing unit causes the display to be displayed.
- the image on the image produces a corresponding magnification effect
- an image reduction instruction is generated.
- the present invention makes it possible to cause a false touch in the operation of the pattern by means of partitioning the touch circuit.
- graphics there are a variety of related touch track responses, which makes the touchpad on the smart phone or the notebook computer more usable for graphic viewing and operation.
- FIG. 1 shows the hardware structure of the present invention.
- FIG. 2 is a block diagram of another electrical structure of the present invention.
- FIG. 3 is a schematic diagram of a sensing area distribution of the logic response circuit of the present invention.
- FIG. 4 is a schematic diagram of another sensing area distribution according to the present invention.
- FIG. 5 is a schematic diagram of a touch track of the present invention.
- FIG. 6 is a schematic diagram of another touch track of the present invention.
- the click operation structure of the touch screen of the present invention includes:
- the touch panel 10 can receive an electrical response from above, and a touch track is formed on the touch panel, and the touch point on the touch panel corresponding to the image area of the display screen is touched or The electrical reaction forms a touch track signal.
- the touch panel 10 can be a variety of touch panels, such as resistive and capacitive, or a transparent or opaque touch panel 10 . A transparent touch panel is preferred.
- a touch circuit 20 is connected to the touch panel 10 for receiving a touch track signal from the touch panel 10.
- the touch circuit 20 includes: a logic response circuit 22, the logic response circuit 22
- the touch track signal according to the touch track can generate a corresponding command, and the image on a display screen 40 can perform different actions according to the command.
- the touch panel 10 is disposed directly above the display screen 40 (such as a smart phone or tablet) and not directly connected to the display 40 (such as the notebook's tablet and display 40 separate).
- An image processing unit 30 receives an instruction of the logic response circuit 22 of the touch circuit 20 to cause the display screen 40 An image on the top produces a corresponding action.
- the logic response circuit 22 divides the image area on the display screen 40 into two areas, as shown in FIG. 3, and one is an image moving area. 41, one is the image zoom area 42 .
- the logic response circuit 22 when the touch track falls in the image moving area 41 An instruction to move the image is generated, and the image is moved according to the direction of the track vector; the command is transmitted to the image processing unit 30 to cause the corresponding image to be moved on the display 40.
- the touch track falls in the image zoom area 42.
- the image will be enlarged and reduced.
- the direction of the touch track is from the inside to the outside (ie, toward the outer frame of the touch panel 10)
- an image enlargement command is generated, and the image processing unit 30 is generated.
- the corresponding image is magnified by the image on display 40 and vice versa.
- the image zooming area of the present invention can also be operated as follows: If the touch track is a point inward track (starting from the image zoom area 42, The image can be continued to the image moving area 41), so that the image is reduced, so the logic response circuit 22 and the image processing unit 30 will generate corresponding actions, and vice versa.
- the operation mode of the image moving area of the present invention may also be as follows: if the touch track is a touch track of a point (starting from the image moving area 41, It can be extended to the image zoom area 42) to move the image according to the direction of the track vector.
- the image moving area 41 It refers to a limited range in the center of the image, and the rest of the image outside the range is the image zooming area 42.
- the single track operation that is, the touch track is a track in which a single point moves in a specific direction, so that the touch circuit 20
- a corresponding action command is generated, which is described below by way of an embodiment:
- the touch circuit 20 When the image is enlarged, the touch circuit 20 receives a single touch track (meaning that the finger is clicked on the touch panel 10) And the image displayed on the display screen 40 is a pure image (ie, no fields and links are included), and the logic response circuit 22 And generating an instruction for restoring the initial display size of the image according to the touch track signal of the touch track, and transmitting the command to the image processing unit 30, so that the image in the display screen 40 restores the initial display size. ;
- the logic response circuit 22 An instruction to rotate the image is generated according to the touch track signal of the touch track, and the command is transmitted to the image processing unit 30, so that the image in the display screen 40 generates an action of rotating around a specific center.
- the dual track operation that is, the touch track is a two-point touch track, so that the touch circuit 20
- a corresponding action command is generated, which is described below by way of an embodiment:
- the touch circuit 20 receives the touch track of two points (ie, using the two fingers on the touch panel 10 )
- the logic response circuit 22 generates an image enlargement instruction according to the touch track and transmits the command to the image processing unit 30. To enlarge the image until the two points touch the edge of the display 40;
- the touch circuit 20 when the touch circuit 20 receives a double touch track composed of one point and one line, and both of them appear at the same time ( That is, the touch panel 10 is touched with two fingers, and then one finger is released; the remaining point is not limited to be in the zooming area), then the logic response circuit 22 and the image processing unit 30
- the image shrinking instruction is generated according to the one-touch track inward; conversely, if the touch track is outward, an action of zooming in the image is generated (in this case, entering the zoom mode) .
- the logic response circuit If the sensed touch track is a circular arc track, the logic response circuit generates an image rotation command according to the touch track signal of the touch track, and transmits the command to the image processing unit, so that the Display 40 The image in the image produces a rotating motion.
- the touch circuit 20 when the touch circuit 20 receives a two-touch track in a specific two time periods (ie, using two fingers on the touch panel 10)
- the logic response circuit 22 generates a current image with a pixel (Pixel) corresponding to a display 40 pixels (Pixel) according to the touch track signal of the touch track. And presenting the instruction to the image processing unit 30, so that the image resolution of the image displayed on the display screen 40 is equal to the resolution of the screen (such as the display 40).
- the screen resolution is 512X1024 Pixels, and the image pixels are also displayed as 512X1024 Pixels) , means that the image will be rendered in a full screen manner by using the touch track, and the zoom mode is entered at this time.
- the touch circuit 20 receives the touch track at two points in a specific two time period ( If the two fingers are clicked twice on the touch panel 10, the logic response circuit 22 will make an instruction to restore the image to the original image size, and transmit the command to the image processing unit 30 to make the display 40
- the magnified image displayed produces an action that restores the initial display size, which means leaving the zoom mode.
- the purpose of the present invention is to improve the situation in which the touch panel is misused when the touch panel is used in the prior art, and the touch panel causes a misjudgment of the command. Therefore, the present invention makes it possible to cause a false touch in the operation of the pattern by means of partitioning the touch circuit. And according to the use of graphics, there are a variety of related touch track responses, which makes the touchpad on the smart phone or the notebook computer more usable for graphic viewing and operation.
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Abstract
A click operation structure of a touch screen comprises a touch panel, which receives a touch track signal formed by a touch or an electrical reaction and externally transmits the touch track signal; a touch circuit, which is connected to the touch panel and used for receiving the touch track signal from the touch panel, and the touch circuit comprises a logical response circuit, wherein the logical response circuit can generate a corresponding instruction according to the touch track signal to make an image on a display screen carry out different actions according to the instruction; and an image processing unit, which receives the instruction of the logical response circuit of the touch circuit to make the image on the display screen generate a corresponding action. The logical response circuit separates the image on the display screen into two areas. One is an image moving area, and the other one is an image zooming area. The present invention prevents a condition where the touch circuit incorrectly determines an instruction because another area is mistakenly touched in image use.
Description
技术领域 Technical field
本发明是有关于触控面板，尤其是一种触控屏幕的点击操作结构。 The invention relates to a touch panel, in particular to a click operation structure of a touch screen.
背景技术 Background technique
在近年来对于触控面板技术的相关装置渐渐广为人群使用，其原理即为在触控面板上设置触控感测电路，检测在触控面板上所产生的触控轨迹，并根据触控轨迹使相关装置产生对应的动作。像是智能型手机将触控面板与显示屏贴合，使得在观看显示屏的同时能够借助触控面板触控使得显示屏上的影像产生特定的动作或反应。
In recent years, the related devices for the touch panel technology have gradually become widely used by people. The principle is to provide a touch sensing circuit on the touch panel to detect the touch track generated on the touch panel, and according to the touch The trajectory causes the associated device to generate a corresponding action. For example, a smart phone fits the touch panel to the display screen, so that when the display screen is viewed, the touch panel can be touched to cause a specific action or reaction on the image on the display screen.
对于触控面板的产品在使用上，常常会造成误触面板造成操作时产生不必要操作，因目前现有的触控面板对于如智能型手机的使用都是整片面板皆可触控感应，因此常会使得在操作上因为不小心触碰到别的区域造成触控轨迹的误判，进而使得在操作时会造成使用者的不便。如能规划在特定区域内接收触控轨迹，如此一来在图片观赏上就不会造成误触的情况发生，且也不需要以软件的形式产生影像按钮以避免减少观赏影像时的显示分配。
In the use of the touch panel, the use of the touch panel often causes unnecessary operation during operation. For the current touch panel, for example, the use of the smart phone can be touch-sensitive. Therefore, it is often caused that the touch track is misjudged due to accidental touch to other areas in operation, which may cause inconvenience to the user during operation. If it is planned to receive the touch track in a specific area, the picture will not be accidentally touched, and the image button does not need to be generated in the form of software to avoid reducing the display distribution when viewing the image.
因此，本发明的创作人亟需构思一种新技术以改善其问题。 Therefore, the creators of the present invention need to conceive a new technology to improve their problems.
发明内容 Summary of the invention
所以本发明的目的是为解决上述现有技术上的问题，本发明中提出一种触控屏幕的点击操作结构，其目的在于改进现有技术对于触控面板使用时，常发生误触面板而使得触控面板造成指令误判的情况。因此本发明借助将触控电路进行分区的方式，使得在图型操作上不会造成误触的情形发生。且根据图形的使用具有多种相关的触控轨迹的反应，使得对于在智能型手机或是笔记型电脑的触控面板对于图形观看及操作能够有更佳的使用性。
Therefore, in order to solve the above problems in the prior art, the present invention provides a click operation structure of a touch screen, which aims to improve the prior art. The situation that the touch panel causes a misjudgment of the command. Therefore, the present invention makes it possible to cause a false touch in the operation of the pattern by means of partitioning the touch circuit. Moreover, according to the use of graphics, there are a variety of related touch track responses, which makes the touch panel on the smart phone or the notebook computer more usable for graphic viewing and operation.
为达到上述的目的，本发明提出一种触控屏幕的点击操作结构，其包含： In order to achieve the above object, the present invention provides a touch operation structure of a touch screen, which includes:
一个触控面板，该触控面板接收来自上方的触压反应或感应来自上方的电性反应，该触控面板上形成一个触控轨迹，初始点落在该触控面板上对应显示屏影像区域位置的触控轨迹通过触压反应或电性反应形成一个触控轨迹信号
;
a touch panel, the touch panel receives a touch reaction from above or senses an electrical response from above, and the touch panel forms a touch track, and the initial point falls on the corresponding display image area of the touch panel. The touch track of the position forms a touch track signal through a touch reaction or an electrical reaction
;
一个触控电路，连接该触控面板，用以接收来自该触控面板的触控轨迹信号，该触控电路包含一个逻辑响应电路，该逻辑响应电路依据该触控轨迹信号产生对应的指令 ;
一个影像处理单元，接收该触控电路的逻辑响应电路的指令，而令显示屏上的影像产生对应的动作 ;
a touch circuit is connected to the touch panel for receiving a touch track signal from the touch panel. The touch circuit includes a logic response circuit, and the logic response circuit generates a corresponding command according to the touch track signal;
An image processing unit receives an instruction of a logic response circuit of the touch circuit to generate a corresponding action on the image on the display screen;
其中，该逻辑响应电路将该显示屏上的影像区域划分为两个区域，一个为影像移动区，一个为影像缩放区 ;
当该触控轨迹落在该影像移动区时，该逻辑响应电路产生影像移动的指令，此指令再传至该影像处理单元，而令显示屏上影像产生对应的移动 ;
以及当该触控轨迹落在影像缩放区时，该逻辑响应电路产生影像放大缩小的指令，当触控轨迹的方向由内向外，将产生影像放大的指令，而经该影像处理单元令显示屏上的影像产生对应的放大效果
; 反之，当触控轨迹的方向由外向内则产生影像缩小的指令。 The logic response circuit divides the image area on the display screen into two areas, one is an image moving area, and the other is an image zooming area;
When the touch track falls in the image moving area, the logic response circuit generates an image movement instruction, and the instruction is transmitted to the image processing unit to cause a corresponding movement of the image on the display screen;
And when the touch track falls in the image zooming area, the logic response circuit generates an image zooming and down instruction, and when the direction of the touch track is from the inside to the outside, an image enlargement instruction is generated, and the image processing unit causes the display to be displayed. The image on the image produces a corresponding magnification effect
Conversely, when the direction of the touch track is from the outside to the inside, an image reduction instruction is generated.
因此本发明借助将触控电路进行分区的方式，使得在图型操作上不会造成误触的情形发生。且根据图形的使用具有多种相关的触控轨迹的反应，使得对于在智能型手机或是笔记型电脑的触控板对于图形观看及操作能够有更佳的使用性。
Therefore, the present invention makes it possible to cause a false touch in the operation of the pattern by means of partitioning the touch circuit. And according to the use of graphics, there are a variety of related touch track responses, which makes the touchpad on the smart phone or the notebook computer more usable for graphic viewing and operation.
附图说明 DRAWINGS
图 1 为本发明的硬件结构。 Figure 1 shows the hardware structure of the present invention.
图 2 为本发明的另一电性结构方块图。 2 is a block diagram of another electrical structure of the present invention.
图 3 为本发明的该逻辑响应电路感测区域分布示意图。 FIG. 3 is a schematic diagram of a sensing area distribution of the logic response circuit of the present invention.
图 4 为本发明的另一感测区域分布示意图。 FIG. 4 is a schematic diagram of another sensing area distribution according to the present invention.
图 5 为本发明的触控轨迹示意图。 FIG. 5 is a schematic diagram of a touch track of the present invention.
图 6 为本发明的另一触控轨迹示意图。 FIG. 6 is a schematic diagram of another touch track of the present invention.
其中： among them:
10 触控面板 20 触控电路 10 touch panel 20 touch circuit
22 逻辑响应电路 30 影像处理单元 22 logic response circuit 30 image processing unit
40 显示屏 41 影像移动区 40 Display 41 Image moving area
42 影像缩放区。 42 Image zoom area.
具体实施方式 detailed description
兹谨就本发明的结构组成，及所能产生的功效与优点，配合附图，举本发明的一较佳实施例详细说明如下。 BRIEF DESCRIPTION OF THE DRAWINGS A preferred embodiment of the present invention will now be described in detail with reference to the accompanying drawings.
请参考图 1 ，本发明的触控屏幕的点击操作结构，包含 : Referring to FIG. 1 , the click operation structure of the touch screen of the present invention includes:
一触控面板 10 ，该触控面板 10
可以接收来自上方的触压或感应面板上方的电性反应，该触控面板上形成一触控轨迹，初始点落在该触控面板上对应显示屏影像区域位置的触控轨迹通过触压或电性反应形成一个触控轨迹信号。该触控面板
10 可以是电阻式、电容式等各种触控面板，也可以是透明或不透明的触控面板 10 。较佳者为透明的触控面板。 a touch panel 10 , the touch panel 10
The touch panel can receive an electrical response from above, and a touch track is formed on the touch panel, and the touch point on the touch panel corresponding to the image area of the display screen is touched or The electrical reaction forms a touch track signal. The touch panel
10 can be a variety of touch panels, such as resistive and capacitive, or a transparent or opaque touch panel 10 . A transparent touch panel is preferred.
一触控电路 20 ，连接该触控面板 10 ，用以接收来自该触控面板 10 的触控轨迹信号。 A touch circuit 20 is connected to the touch panel 10 for receiving a touch track signal from the touch panel 10.
该触控电路 20 包含 : 一逻辑响应电路 22 ，该逻辑响应电路 22
依据该触控轨迹的触控轨迹信号可产生对应的指令，而令在一显示屏 40 上的影像可以依据该指令进行不同的动作。 The touch circuit 20 includes: a logic response circuit 22, the logic response circuit 22
The touch track signal according to the touch track can generate a corresponding command, and the image on a display screen 40 can perform different actions according to the command.
如图 1 、 2 的结构所示，在本发明中，该触控面板 10 的设置位置为直接设置于显示屏 40 上方 (
如智能型手机或平板电脑 ) 及不与显示屏 40 直接接合 ( 如笔记型电脑的手写板与显示屏 40 分开 ) 的方式。 As shown in the structure of FIG. 1 and FIG. 2, in the present invention, the touch panel 10 is disposed directly above the display screen 40 (
Such as a smart phone or tablet) and not directly connected to the display 40 (such as the notebook's tablet and display 40 separate).
一影像处理单元 30 ，接收该触控电路 20 的逻辑响应电路 22 的指令，而令显示屏 40
上的一影像产生对应的动作。 An image processing unit 30 receives an instruction of the logic response circuit 22 of the touch circuit 20 to cause the display screen 40
An image on the top produces a corresponding action.
其中该逻辑响应电路 22 将该显示屏 40 上的影像区域划分为两个区域，如图 3 所示，一为影像移动区
41 ，一为影像缩放区 42 。当该触控轨迹落在该影像移动区 41 时，该逻辑响应电路 22
产生影像移动的指令，而令该影像依据轨迹向量的方向移动；此指令再传至影像处理单元 30 ，而令显示屏 40 上影像产生对应的移动。当该触控轨迹落在影像缩放区
42 ，将使得影像产生放大缩小的效应，当触控轨迹的方向由内向外 ( 即向触控面板 10 外框的方向 ) ，将产生影像放大的指令，而经影像处理单元 30
令显示屏 40 上的影像产生对应的放大效果，反之亦然。 The logic response circuit 22 divides the image area on the display screen 40 into two areas, as shown in FIG. 3, and one is an image moving area.
41, one is the image zoom area 42 . The logic response circuit 22 when the touch track falls in the image moving area 41
An instruction to move the image is generated, and the image is moved according to the direction of the track vector; the command is transmitted to the image processing unit 30 to cause the corresponding image to be moved on the display 40. When the touch track falls in the image zoom area
42. The image will be enlarged and reduced. When the direction of the touch track is from the inside to the outside (ie, toward the outer frame of the touch panel 10), an image enlargement command is generated, and the image processing unit 30 is generated.
The corresponding image is magnified by the image on display 40 and vice versa.
本发明的影像缩放区操作方式还可以如下 : 如该触控轨迹为一点向内的轨迹 ( 从影像缩放区 42 开始 ,
可延续至影像移动区 41) 则表示将影像缩小，所以该逻辑响应电路 22 及影像处理单元 30 将会产生对应的动作，反之亦然。 The image zooming area of the present invention can also be operated as follows: If the touch track is a point inward track (starting from the image zoom area 42,
The image can be continued to the image moving area 41), so that the image is reduced, so the logic response circuit 22 and the image processing unit 30 will generate corresponding actions, and vice versa.
本发明的影像移动区操作方式还可以如下：如该触控轨迹为一点的触控轨迹 ( 从影像移动区 41 开始 ,
可延续至影像缩放区 42) 则表示将该影像依据轨迹向量的方向移动。 The operation mode of the image moving area of the present invention may also be as follows: if the touch track is a touch track of a point (starting from the image moving area 41,
It can be extended to the image zoom area 42) to move the image according to the direction of the track vector.
请参考图 4 ，在实际应用上，该影像移动区 41
是指在影像中央的一限定范围，而该范围外的影像其余部分则为该影像缩放区 42 。 Please refer to FIG. 4, in practical applications, the image moving area 41
It refers to a limited range in the center of the image, and the rest of the image outside the range is the image zooming area 42.
本发明根据不同的触控轨迹具有以下多种的实施例 : The present invention has the following various embodiments according to different touch trajectories:
单轨迹操作，即该触控轨迹为单点向特定方向移动的轨迹，使得该触控电路 20
接收到该触控轨迹的触控轨迹信号时，产生对应的动作指令，以下以实施例作为说明 : The single track operation, that is, the touch track is a track in which a single point moves in a specific direction, so that the touch circuit 20
When the touch track signal of the touch track is received, a corresponding action command is generated, which is described below by way of an embodiment:
其中在影像被放大时，该触控电路 20 接收到单点的触控轨迹 ( 意指将手指在触控面板 10 上点击一下 )
且当下显示屏 40 显示的影像为纯影像 ( 即不包含栏位及链接 ) ，该逻辑响应电路 22
则会根据该触控轨迹的触控轨迹信号产生还原影像初始显示大小的指令，并将该指令传送至该影像处理单元 30 ，使得该显示屏 40 中的影像还原初始显示大小
; When the image is enlarged, the touch circuit 20 receives a single touch track (meaning that the finger is clicked on the touch panel 10)
And the image displayed on the display screen 40 is a pure image (ie, no fields and links are included), and the logic response circuit 22
And generating an instruction for restoring the initial display size of the image according to the touch track signal of the touch track, and transmitting the command to the image processing unit 30, so that the image in the display screen 40 restores the initial display size.
;
请参考图 5 ，其中该触控电路 20 接收到圆形或圆弧型的触控轨迹时，该逻辑响应电路 22
则会根据该触控轨迹的触控轨迹信号产生旋转影像的指令，并将该指令传送至该影像处理单元 30 ，使得该显示屏 40 中的影像产生绕特定中心旋转的动作。 Referring to FIG. 5, when the touch circuit 20 receives a touch track of a circular or circular shape, the logic response circuit 22
An instruction to rotate the image is generated according to the touch track signal of the touch track, and the command is transmitted to the image processing unit 30, so that the image in the display screen 40 generates an action of rotating around a specific center.
双轨迹操作，即该触控轨迹为两点的触控轨迹，使得该触控电路 20
接收到该触控轨迹的触控轨迹信号时，产生对应的动作指令，以下以实施例作为说明 : The dual track operation, that is, the touch track is a two-point touch track, so that the touch circuit 20
When the touch track signal of the touch track is received, a corresponding action command is generated, which is described below by way of an embodiment:
请参考图 6 ，其中该触控电路 20 接收到两点的触控轨迹时 ( 即用双指在触控面板 10
上对应显示屏影像区域位置点一次 ) ，该逻辑响应电路 22 则会根据该触控轨迹产生影像放大的指令，并将该指令传送至该影像处理单元 30
，以将影像放大直到该两点碰到显示屏 40 的边缘为止 ; Please refer to FIG. 6 , wherein the touch circuit 20 receives the touch track of two points (ie, using the two fingers on the touch panel 10 )
The logic response circuit 22 generates an image enlargement instruction according to the touch track and transmits the command to the image processing unit 30.
To enlarge the image until the two points touch the edge of the display 40;
在一操作例中，当触控电路 20 接收到一点及一线所构成的双触控轨迹，且两者约同时出现时 (
即用双指接触触控面板 10 ，然后一指放开 ; 剩余该点不限定要在缩放区 ) ，则逻辑响应电路 22 及影像处理单元 30
会根据该一线触控轨迹向内而产生影像缩小的指令 ; 反之，如该触控轨迹向外 , 则会产生放大影像的动作 ( 此时为进入缩放模式 )
。如果所感测的触控轨迹为一圆弧形轨迹时，该逻辑响应电路则会根据该触控轨迹的触控轨迹信号产生影像旋转的指令，并将该指令传送至该影像处理单元，使得该显示屏 40
中的影像产生旋转的动作。 In an operation example, when the touch circuit 20 receives a double touch track composed of one point and one line, and both of them appear at the same time (
That is, the touch panel 10 is touched with two fingers, and then one finger is released; the remaining point is not limited to be in the zooming area), then the logic response circuit 22 and the image processing unit 30
The image shrinking instruction is generated according to the one-touch track inward; conversely, if the touch track is outward, an action of zooming in the image is generated (in this case, entering the zoom mode)
. If the sensed touch track is a circular arc track, the logic response circuit generates an image rotation command according to the touch track signal of the touch track, and transmits the command to the image processing unit, so that the Display 40
The image in the image produces a rotating motion.
在一操作例中，当该触控电路 20 接收到特定的两时段出现两点触控轨迹时 ( 即用双指在触控面板 10
上点两次 ) ，该逻辑响应电路 22 则会根据该触控轨迹的触控轨迹信号产生将当下的影像以一影像像素 (Pixel) 对应一显示屏 40 像素 (Pixel)
的方式呈现的指令，并将该指令传送至该影像处理单元 30 ，使得显示屏 40 所显示的影像的影像解析度大小等同于屏幕解析度大小 ( 如显示屏 40
屏幕解析度大小为 512X1024 Pixels ， 则该影像像素上也以 512X1024 Pixels 的方式显示 )
，意指该影像会借助该触控轨迹使得影像以全屏幕方式呈现，此时为进入缩放模式。 In an operation example, when the touch circuit 20 receives a two-touch track in a specific two time periods (ie, using two fingers on the touch panel 10)
The logic response circuit 22 generates a current image with a pixel (Pixel) corresponding to a display 40 pixels (Pixel) according to the touch track signal of the touch track.
And presenting the instruction to the image processing unit 30, so that the image resolution of the image displayed on the display screen 40 is equal to the resolution of the screen (such as the display 40).
The screen resolution is 512X1024 Pixels, and the image pixels are also displayed as 512X1024 Pixels)
, means that the image will be rendered in a full screen manner by using the touch track, and the zoom mode is entered at this time.
其中该影像经特定轨迹以全屏幕方式呈现之后，当该触控电路 20 再接收到在特定两时段出现两点的触控轨迹 (
即用双指在触控面板 10 上点两次 ) ，该逻辑响应电路 22 则会作出将影像还原成原始影像大小的指令，并将该指令传送至该影像处理单元 30 ，使得显示屏
40 所显示的放大影像产生还原初始显示大小的动作，此时意指离开缩放模式。 After the image is presented in a full screen manner through a specific track, the touch circuit 20 receives the touch track at two points in a specific two time period (
If the two fingers are clicked twice on the touch panel 10, the logic response circuit 22 will make an instruction to restore the image to the original image size, and transmit the command to the image processing unit 30 to make the display
40 The magnified image displayed produces an action that restores the initial display size, which means leaving the zoom mode.
本发明的目的在于改进现有技术对于触控面板使用时，常发生误触面板而使得触控面板造成指令误判的情况。因此本发明借助将触控电路进行分区的方式，使得在图型操作上不会造成误触的情形发生。且根据图形的使用具有多种相关的触控轨迹的反应，使得对于在智能型手机或是笔记型电脑的触控板对于图形观看及操作能够有更佳的使用性。
The purpose of the present invention is to improve the situation in which the touch panel is misused when the touch panel is used in the prior art, and the touch panel causes a misjudgment of the command. Therefore, the present invention makes it possible to cause a false touch in the operation of the pattern by means of partitioning the touch circuit. And according to the use of graphics, there are a variety of related touch track responses, which makes the touchpad on the smart phone or the notebook computer more usable for graphic viewing and operation.
上列详细说明是针对本发明的一可行实施例的具体说明，惟该实施例并非用以限制本发明的专利范围，凡未脱离本发明技艺精神所为的等效实施或变更，均应包含于本发明的专利范围中。
The detailed description above is a detailed description of a possible embodiment of the present invention, and is not intended to limit the scope of the present invention. Within the scope of the patent of the present invention.
Claims (10)
- 一种触控屏幕的点击操作结构，其特征在于，包含： A touch operation structure of a touch screen, comprising:一个触控面板，该触控面板接收来自上方的触压反应或感应来自上方的电性反应，该触控面板上形成一个触控轨迹，初始点落在该触控面板上对应显示屏影像区域位置的触控轨迹通过触压反应或电性反应形成一个触控轨迹信号;a touch panel, the touch panel receives a touch reaction from above or senses an electrical response from above, and the touch panel forms a touch track, and the initial point falls on the corresponding display image area of the touch panel. The touch track of the position forms a touch track signal through a touch reaction or an electrical reaction;一个触控电路，连接该触控面板，用以接收来自该触控面板的触控轨迹信号，该触控电路包含一个逻辑响应电路，该逻辑响应电路依据该触控轨迹信号产生对应的指令 ; 一个影像处理单元，接收该触控电路的逻辑响应电路的指令，而令显示屏上的影像产生对应的动作 ;a touch circuit is connected to the touch panel for receiving a touch track signal from the touch panel. The touch circuit includes a logic response circuit, and the logic response circuit generates a corresponding command according to the touch track signal. An image processing unit receives the instruction of the logic response circuit of the touch circuit, and causes the image on the display screen to generate a corresponding action;其中，该逻辑响应电路将该显示屏上的影像区域划分为两个区域，一个为影像移动区，一个为影像缩放区;The logic response circuit divides the image area on the display screen into two areas, one is an image moving area, and the other is an image zooming area;当该触控轨迹落在该影像移动区时，该逻辑响应电路产生影像移动的指令，此指令再传至该影像处理单元，而令显示屏上影像产生对应的移动;When the touch track falls in the image moving area, the logic response circuit generates an image movement instruction, and the instruction is transmitted to the image processing unit to generate a corresponding movement on the image on the display screen;以及当该触控轨迹落在影像缩放区时，该逻辑响应电路产生影像放大缩小的指令，当触控轨迹的方向由内向外，将产生影像放大的指令，而经该影像处理单元令显示屏上的影像产生对应的放大效果;And when the touch track falls in the image zooming area, the logic response circuit generates an image zooming and down instruction, and when the direction of the touch track is from the inside to the outside, an image enlargement instruction is generated, and the image processing unit causes the display to be displayed. The image on the image produces a corresponding magnification effect;反之，当触控轨迹的方向由外向内则产生影像缩小的指令。Conversely, when the direction of the touch track is from the outside to the inside, an image reduction instruction is generated.
- 如权利要求1所述的触控屏幕的点击操作结构，其特征在于，该影像移动区设置在显示屏的中央，而该显示屏的中央范围外的部分则为该影像缩放区。The touch operation structure of the touch screen according to claim 1, wherein the image moving area is disposed at a center of the display screen, and the portion outside the central portion of the display screen is the image zooming area.
- 如权利要求1所述的触控屏幕的点击操作结构，其特征在于，该触控电路所感测的触控轨迹为单轨迹，即轨迹为单点向特定方向移动的轨迹，该触控电路接收到该触控轨迹的触控轨迹信号时，该逻辑响应电路产生对应的指令。The touch operation structure of the touch screen of claim 1 , wherein the touch track sensed by the touch circuit is a single track, that is, the track is a single point moving to a specific direction, and the touch circuit receives The logic response circuit generates a corresponding command when the touch track signal of the touch track is reached.
- 如权利要求1所述的触控屏幕的点击操作结构，其特征在于，该触控电路接收到两点的触控轨迹时，该逻辑响应电路则会根据该触控轨迹的触控轨迹信号产生影像放大的指令，并将该指令传送至该影像处理单元，以将影像放大直到该两点碰到显示屏的边缘为止。The click operation structure of the touch screen of claim 1 , wherein when the touch circuit receives the touch track of two points, the logic response circuit generates the touch track signal according to the touch track. The image is enlarged and transmitted to the image processing unit to enlarge the image until the two points touch the edge of the display.
- 如权利要求1所述的触控屏幕的点击操作结构，其特征在于，该触控电路所感测的触控轨迹为到特定的两时段出现两点触控轨迹时，该逻辑响应电路则会根据该触控轨迹的触控轨迹信号产生将当下的影像以一个影像像素对应显示屏像素的指令，并将该指令传送至该影像处理单元，使得显示屏所显示的影像的影像解析度大小等同于显示屏屏幕解析度大小，使得影像以全屏幕显示方式呈现。The touch operation structure of the touch screen of claim 1 , wherein the touch trajectory sensed by the touch circuit is such that when two touch trajectories appear in a specific two time periods, the logic response circuit is The touch track signal of the touch track generates an instruction for the current image to correspond to the display pixel by one image pixel, and transmits the command to the image processing unit, so that the image resolution of the image displayed on the display screen is equal to The resolution of the display screen is such that the image is presented in full screen display.
- 权利要求1所述的触控屏幕的点击操作结构，其特征在于，该触控电路接收到一点及一线所构成的双触控轨迹，且两者约同时出现；如该线触控轨迹为一点向外的轨迹，该逻辑响应电路则会根据该线触控轨迹产生影像放大的指令，并将该指令传送至该影像处理单元，使得该显示屏中的影像产生放大影像的动作;The touch operation structure of the touch screen of claim 1 , wherein the touch circuit receives a double touch track formed by a point and a line, and the two appear at the same time; if the line touch track is a point The outward trajectory, the logic response circuit generates an image enlargement command according to the line touch track, and transmits the command to the image processing unit, so that the image in the display screen generates an enlarged image;反之，如该线触控轨迹为一点向内的轨迹则表示将影像缩小，该逻辑响应电路及影像处理单元将会产生对应缩小影像的动作。Conversely, if the line touch track is a point inward, the image is reduced, and the logic response circuit and the image processing unit will generate an action corresponding to the reduced image.
- 如权利要求1所述的触控屏幕的点击操作结构，其特征在于，该触控电路接收到两点的触控轨迹而后变为一点的触控轨迹时，而后所感测的触控轨迹为圆弧形轨迹时，该逻辑响应电路则会根据该触控轨迹的触控轨迹信号产生影像旋转的指令，并将该指令传送至该影像处理单元，使得该显示屏中的影像产生旋转的动作。The touch operation structure of the touch screen of claim 1 , wherein the touch circuit receives a two-touch track and then changes to a touch track, and then the touch track is round. In the case of the curved track, the logic response circuit generates an image rotation command according to the touch track signal of the touch track, and transmits the command to the image processing unit, so that the image in the display screen generates a rotation action.
- 权利要求4、5、6或7所述的触控屏幕的点击操作结构，其特征在于，在上述操作后，如果该触控电路尚感测到另一个触控轨迹，其为一点移动向外的触控轨迹时，该逻辑响应电路则会根据该触控轨迹产生影像放大的指令，并将该指令传送至该影像处理单元，使得该显示屏中的影像产生放大的动作;以及The click operation structure of the touch screen of claim 4, 5, 6 or 7 is characterized in that, after the operation, if the touch circuit still senses another touch track, it moves outward for a point The logic response circuit generates an image enlargement command according to the touch track, and transmits the command to the image processing unit, so that the image in the display screen generates an amplification action;反之，如该另一个触控轨迹为一点向内的轨迹则表示将影像缩小，所以该逻辑响应电路及影像处理单元将会产生对应的动作。Conversely, if the other touch track is a point inward, the image is reduced, so the logic response circuit and the image processing unit will generate corresponding actions.如权利要求4、5、6或7所述的触控屏幕的点击操作结构，其特征在于，在上述操作后，如果该触控电路尚感测到另一个触控轨迹，其为圆形或圆弧型的触控轨迹时，该逻辑响应电路则会根据该触控轨迹产生旋转影像的指令，并将该指令传送至该影像处理单元，使得该显示屏中的影像产生绕特定中心旋转的动作。The click operation structure of the touch screen according to claim 4, 5, 6 or 7, wherein after the operation, if the touch circuit still senses another touch track, it is circular or In the arc type touch track, the logic response circuit generates an instruction to rotate the image according to the touch track, and transmits the instruction to the image processing unit, so that the image in the display screen rotates around a specific center. action.
- 如权利要求4、5、6或7所述的触控屏幕的点击操作结构，其特征在于，该触控电路所感测的触控轨迹为单点的触控轨迹且当下显示屏显示的影像为像素所构成且不含链接的影像时，该逻辑响应电路则会根据该触控轨迹产生还原影像初始显示大小的动作的指令，并将该指令传送至该影像处理单元，使得显示屏中的影像还原初始显示大小。The click operation structure of the touch screen according to claim 4, 5, 6 or 7, wherein the touch track sensed by the touch circuit is a single touch track and the image displayed on the current display screen is When the pixel is formed and does not contain the linked image, the logic response circuit generates an instruction for restoring the initial display size of the image according to the touch track, and transmits the instruction to the image processing unit to make the image in the display screen Restore the initial display size.
- 如权利要求4、5、6或7所述的触控屏幕的点击操作结构，其特征在于，该触控电路所感测的触控轨迹为到特定的两时段出现两点触控轨迹且该影像经特定轨迹以该全屏幕显示方式呈现时，该逻辑响应电路则会作出将影像还原成原始影像大小的指令，并将该指令传送至该影像处理单元，使得显示屏所显示的全屏幕显示影像产生还原初始显示大小的动作。The click operation structure of the touch screen according to claim 4, 5, 6 or 7, wherein the touch track sensed by the touch circuit is a two-touch track and the image is displayed in a specific two time periods. When the specific trajectory is presented in the full-screen display mode, the logic response circuit generates an instruction to restore the image to the original image size, and transmits the instruction to the image processing unit, so that the full-screen display image displayed on the display screen is displayed. Produces an action to restore the initial display size.
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| CN201310036222.4A CN103970321A (en) | 2013-01-30 | 2013-01-30 | Click operation structure of touch screen |
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| WO2016134500A1 (en) * | 2015-02-26 | 2016-09-01 | 张锦本 | Click operation structure of touch control screen |
| CN108319383A (en) * | 2017-01-17 | 2018-07-24 | 张锦本 | The clicking operation structure of Touch Screen |
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| CN106980409A (en) * | 2017-03-28 | 2017-07-25 | 北京小米移动软件有限公司 | Input control method and device |
| CN106980409B (en) * | 2017-03-28 | 2020-12-04 | 北京小米移动软件有限公司 | Input control method and device |
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| CN103970321A (en) | 2014-08-06 |
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