WO2014206256A1 - Touch control unit, touch control screen having the touch control unit, screen protector attachment method, and preparation method - Google Patents

Touch control unit, touch control screen having the touch control unit, screen protector attachment method, and preparation method Download PDF

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Publication number
WO2014206256A1
WO2014206256A1 PCT/CN2014/080518 CN2014080518W WO2014206256A1 WO 2014206256 A1 WO2014206256 A1 WO 2014206256A1 CN 2014080518 W CN2014080518 W CN 2014080518W WO 2014206256 A1 WO2014206256 A1 WO 2014206256A1
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WO
WIPO (PCT)
Prior art keywords
touch
area
screen
touch screen
touch control
Prior art date
Application number
PCT/CN2014/080518
Other languages
French (fr)
Chinese (zh)
Inventor
宋柏君
Original Assignee
北京智膜科技有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN201310249621.9A external-priority patent/CN104238837A/en
Priority claimed from CN201310249622.3A external-priority patent/CN104238838A/en
Application filed by 北京智膜科技有限公司 filed Critical 北京智膜科技有限公司
Publication of WO2014206256A1 publication Critical patent/WO2014206256A1/en

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Classifications

    • G—PHYSICS
    • G06—COMPUTING; CALCULATING OR COUNTING
    • G06F—ELECTRIC DIGITAL DATA PROCESSING
    • G06F1/00—Details not covered by groups G06F3/00 - G06F13/00 and G06F21/00
    • G06F1/16—Constructional details or arrangements
    • G06F1/1613—Constructional details or arrangements for portable computers
    • G06F1/1633—Constructional details or arrangements of portable computers not specific to the type of enclosures covered by groups G06F1/1615 - G06F1/1626
    • G06F1/1684—Constructional details or arrangements related to integrated I/O peripherals not covered by groups G06F1/1635 - G06F1/1675
    • G06F1/169—Constructional details or arrangements related to integrated I/O peripherals not covered by groups G06F1/1635 - G06F1/1675 the I/O peripheral being an integrated pointing device, e.g. trackball in the palm rest area, mini-joystick integrated between keyboard keys, touch pads or touch stripes
    • G06F1/1692—Constructional details or arrangements related to integrated I/O peripherals not covered by groups G06F1/1635 - G06F1/1675 the I/O peripheral being an integrated pointing device, e.g. trackball in the palm rest area, mini-joystick integrated between keyboard keys, touch pads or touch stripes the I/O peripheral being a secondary touch screen used as control interface, e.g. virtual buttons or sliders

Definitions

  • the present invention relates to a touch unit, and more particularly to a touch unit for a touch screen and a touch device using the same Touch screen and touch screen film.
  • the existing capacitive screen function is relatively simple, and is limited to the above-mentioned touch function.
  • As a smart device and application of a human-computer interaction interface or interface there are many functions that can be developed, especially There are a lot of blanks on the edge of the interface of the capacitive screen, which is very wasteful.
  • the user can only set the icon of the application window in the screen display area, and open the application by selecting the icon. The same is true for the function touch keys of the touch screen. Only when the touch key is selected, the corresponding operation can be performed.
  • the technical problem to be solved by the present invention is that the conventional software or application cannot be quickly started and operated in the prior art, thereby providing a touch device capable of quickly starting the commonly used software, and a touch using the touch device. Control screen and film.
  • the present invention provides a touch unit, a touch screen having the touch unit, and a film having the touch unit, and a preparation method thereof.
  • a touch unit for a touch screen includes a conductive layer, the conductive layer includes an identification cover area and a touch extension area connected to each other, and the mark cover area covers the touch mark of the touch screen
  • the touch extension area is extended to the blank of the touch screen or the touch screen.
  • the touch extension area can be touched to operate the touch identifier covered by the identifier coverage area.
  • the conductive layer is transparent.
  • the conductive layer is covered or combined in a touch area of the touch screen by one of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or a combination process.
  • the touch extension area of the touch unit is disposed in a blank area in the touch screen.
  • the touch extension area of the touch unit is disposed outside the touch screen.
  • the touch unit is disposed on an outer layer, an inner layer or an intermediate layer of the touch screen.
  • the touch control unit is arranged in a horizontal, vertical, and diagonal manner in a block or strip shape, and is arranged in a combined switch manner.
  • a film having the touch unit, the film comprising a film base layer covering the touch screen, and one or more of the touch units are disposed on the film base layer.
  • the touch unit is disposed on the inner side or the outer side of the film base layer.
  • the touch extension area of the touch unit is disposed on both sides of the edge of the screen display area of the touch screen.
  • the method for preparing the touch screen includes: preparing a conductive layer of the touch unit in an outer layer, an inner layer or an intermediate layer of the touch screen; and the cover area of the touch unit is covered by the touch
  • the touch extension area of the touch unit extends to a blank area of the touch screen or outside the touch screen.
  • the conductive layer is covered or combined in a touch area of the touch screen by one of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or a combination process.
  • a method of preparing the film comprising the steps of:
  • the touch unit is formed on the inner layer or the outer side of the base layer of the film, and the touch cover area of the touch unit covers the touch mark of the touch screen, and the touch extension area of the touch unit extends to the touch unit A blank space of the touch screen or outside the touch screen.
  • the present invention provides a touch unit including a conductive layer, the conductive layer includes an identification cover area and a touch extension area connected to each other, and the mark cover area covers the touch mark of the touch screen.
  • the touch extension area is extended to the blank of the touch screen or the touch screen.
  • the touch extension area can be touched to operate the touch identifier covered by the identifier coverage area.
  • Another shortcut touch key of the touch mark of the coverage area is actually constructed, and the shortcut touch key is set to a suitable position of the touch screen as needed, which is convenient for the user to use and control.
  • the solution makes the blank space of the touch screen and other positions reasonably used, and the utilization of the shortcut key is improved, which is convenient for the user.
  • the present invention further provides a touch screen having the above touch unit, wherein one or more of the touch units can be disposed on the touch screen, and a shortcut touch key is set for a plurality of touch marks as needed. It facilitates the user's quick operation and control of these touch marks.
  • the touch unit may be disposed on an inner layer, an outer layer or an intermediate layer of the touch screen, preferably an intermediate layer, and the outer layer is provided with high sensitivity but is easy to wear and is disposed.
  • the layer sensitivity is poor but it is not suitable for wear, so it is guaranteed to have a certain sensitivity in the middle layer, but it is not suitable for wear and improve its service life.
  • the present invention further provides a film having the above touch unit, wherein one or more of the touch units are disposed on the film.
  • the film realizes the setting of the shortcut key on the basis of no need to re-process the touch screen, and only needs to process the touch unit at the desired position of the film, which is simple and convenient to implement, and can be implemented in Used on existing touch screens to avoid secondary processing.
  • FIG. 1 is a schematic diagram of a touch unit according to the present invention
  • FIG. 2 is a schematic diagram of a touch screen according to the present invention
  • FIG. 3 is a schematic diagram of a touch screen according to the present invention.
  • the reference numerals in the figure are: 1-body, 2-display screen, 3-touch button, 4-conductive layer, 1-touch area, 42-icon area, 5-film. detailed description Embodiments of the present disclosure provide a touch unit for a touch screen. As shown in FIG.
  • the touch unit includes a conductive layer 4
  • the conductive layer 4 includes an identification coverage area connected to each other (ie, The icon area 42 ) and a touch extension area (ie, the touch area 41 ), the touch extension area is also referred to as a touch area 41 , and the identification coverage area is also referred to as an icon area 42 .
  • the identifier coverage area ie, the icon area 42
  • the touch extension area ie, the touch area 41
  • the touch identification area covered by the identification coverage area can be operated by touching the touch extension area (ie, the touch area 41).
  • the conductive layer is a transparent material.
  • the conductive layer is covered or combined in a touch area of the touch screen by one of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or a combination process.
  • the touch identification area covered by the identification coverage area ie, the icon area 42
  • the touch extension area ie, the touch area 41.
  • the shortcut touch key is set to a suitable position of the touch screen as needed, which is convenient for the user to use and control.
  • Embodiment 2 In this embodiment, a touch screen is provided. As shown in FIG. 2, one or more of the touch units are disposed on the touch screen.
  • the touch unit includes a conductive layer 4, and the conductive layer 4 includes an identification cover area (ie, an icon area 42) and a touch extension area (ie, a touch area 41) connected to each other, and the touch extension area is also referred to as The touch area 41 and the logo coverage area are also referred to as an icon area 42.
  • the identifier coverage area (ie, the icon area 42) is overlaid on the touch identifier of the touch screen, and the touch delay
  • the touch area (ie, the touch area 41) extends to the blank of the touch screen or the touch screen.
  • the touch display area can be operated by touching the touch extension area.
  • the touch extension area (touch area 41) of the touch unit is disposed in a blank area in the touch screen, and may also be disposed outside the touch screen. If the touch area is set in the touch screen, you must select the original blank area to avoid interference. If it is disposed outside the touch screen, a blank area on both sides of the touch screen may be selected, and the touch area 41 of the touch unit is used as a touch shortcut key, so that the user touches the touch mark in the touch screen.
  • the touch unit may be disposed on an outer layer, an inner layer or an intermediate layer of the touch screen.
  • the intermediate layer is provided with high sensitivity in the outer layer but is easy to wear, and the inner layer has poor sensitivity but is not suitable for wear. Therefore, the intermediate layer can ensure a certain sensitivity, but it is not suitable for wear and increase its service life.
  • the touch unit can be arranged according to the need, and the touch unit is arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and is controlled by a combination switch.
  • the touch screen is prepared by: preparing a conductive layer of the touch unit in an outer layer, an inner layer or an intermediate layer of the touch screen, wherein the conductive layer is screen printed, coated, wiped, sprayed,
  • the cover area of the touch screen is overlaid on the touch mark of the touch screen, and the touch coverage area of the touch control unit is covered by the one or the combination of the shower, the immersion, and the sputtering.
  • the touch extension area of the touch unit extends to a blank of the touch screen or outside the touch screen.
  • a touch screen having the above touch unit is provided, and one or more of the touch units can be disposed on the touch screen, and a shortcut touch button is set on a plurality of touch marks as needed, which is convenient.
  • Embodiment 3 A film is provided in this embodiment, as shown in FIG.
  • the film comprises a film base layer covering the touch screen, and one or more of the touch units are disposed on the film base layer.
  • the touch unit includes a conductive layer 4, and the conductive layer 4 includes an identification cover area (ie, an icon area 42) and a touch extension area (touch area 41) connected to each other, and the touch extension area is also called a touch.
  • the control area 41 and the identification coverage area are also referred to as an icon area 42.
  • the identifier coverage area ie, the icon area 42
  • the touch extension area the touch area 41
  • the touch identification area covered by the identification coverage area can be operated by touching the touch extension area (the touch area 41).
  • the touch unit is disposed on an inner side or an outer side of the base layer of the film. When it is placed on the inside, the sensitivity is reduced, but the wear is relatively small. When it is placed outside the base layer of the film, the sensitivity is high, but it is easy to wear, and the user can set it as needed.
  • the touch extension area of the touch unit ie, the touch area 41
  • the touch area as a shortcut key is set at the edge of both sides of the screen, which is more convenient for the user to use, and the convenience is improved.
  • the film 5 in the embodiment does not need to rework the touch screen, and realizes the setting of the shortcut key, and only needs to process the touch unit at a desired position of the film, and the method is implemented. Simple and convenient, and can be used on existing touch screens, avoiding secondary processing.
  • the film is prepared by applying a film base layer on the surface of the touch screen; preparing the touch unit on the inner layer or the outer side of the film base layer, and the mark coverage area of the touch unit (ie, the icon area 42)
  • the touch extension area (touch area 41) of the touch unit extends to a blank space of the touch screen or outside the touch screen.
  • the information interaction device has a capacitive touch screen, as shown in FIG. 3, the surface thereof can cover the film 5.
  • the sticker further has a conductive coating, that is, a conductive layer 4, the conductive coating (ie, the conductive layer 4) covers only a specific area of the base layer, and has a touch area, and the touch area is disposed outside the effective range of the capacitive touch screen.
  • the conductive coating extends and corresponds to a specific area of the device capacitive touch screen, that is, an icon area having a corresponding mark, and the conductive coating has a predefined shape.
  • the conductive layer is continuously distributed within the effective area of the display screen and outside the effective area of the display screen, and the shape of the conductive layer corresponds thereto.
  • the area corresponding to the shape of the conductive layer is on both sides of the edge of the display screen display area, and there is a corresponding icon in the screen display area, which is an icon area; the outside of the screen display area is a finger control area, which is a touch area.
  • the conductive layer having the predefined shape has a plurality of layers, and may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like.
  • the touch area has a visual identifier to facilitate the user to accurately trigger the control.
  • the conductive layer is prepared as a transparent conductive material.
  • the conductive layer is covered or bonded to the base layer of the film by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like.
  • the film having the conductive layer is attached to the surface of the capacitive touch screen; and the program icon is displayed in the effective display area of the display screen corresponding to the film, the program icon and device The driver is associated.
  • the generated touch signal is transmitted to the icon area in the display area of the display screen through the conductive layer of the film, that is, the program for driving the icon area, and the operation is related to the icon.
  • the touch area and the icon area are plural, arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and controlled by a combination switch.
  • the icon area of the display screen display area is virtual, and the icon is transparent.
  • a capacitive touch module based on an information interaction device wherein the information interaction device has a capacitive touch screen.
  • the module has a conductive coating (also referred to as a conductive layer), and the conductive coating
  • the layer only covers a specific area of the module base layer or each structure layer, and has a touch area, and the touch area is disposed outside the effective range of the display screen of the capacitive touch screen, and the conductive coating extends and corresponds to the specificity of the device capacitive touch screen.
  • the area, that is, the icon area having the identification within the effective range of the corresponding display screen, the conductive coating has a predefined shape.
  • the conductive layer is continuously distributed within the effective area of the display screen and outside the effective area of the display screen, and the shape of the conductive layer corresponds to this.
  • the area corresponding to the shape of the conductive layer is on both sides of the edge of the display screen display area, and there is a corresponding icon in the screen display area, which is an icon area; and the finger display area outside the screen display area is a touch area.
  • the conductive layer having the predefined shape has a plurality of layers, and may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like.
  • the touch area has a visual identifier to facilitate the user to accurately trigger the control.
  • the conductive layer is prepared as a transparent conductive material.
  • the conductive layer is covered or bonded to the base layer or each structural layer of the module by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like.
  • the capacitive touch screen includes a module with a conductive layer; and a program icon in the effective display area of the display screen corresponding to the module, the program icon and the device driver The program is associated.
  • the generated touch signal is transmitted to the icon area in the display area of the display screen through the conductive layer of the module, that is, the program for driving the icon area, and the icon is operated.
  • the touch area and the icon area are plural, and are arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and are controlled by a combination switch.
  • the icon area of the display screen display area is virtual, and the icon is in a transparent state.
  • an apparatus and method based on an intelligent information interaction device are provided.
  • Our most common intelligent information interaction devices include a mobile phone, a television, a tablet computer, a smart camera, and other smart devices, and the devices have an interactive interface.
  • these interfaces are mostly in the form of touch screens, and the touch screens are mostly based on capacitive touch screens, and the devices and methods involved in the embodiments are mainly designed and implemented for capacitive touch screens.
  • the smart phone is used as the user terminal, and the description is made by using the same.
  • the embodiment is mainly implemented on the mobile phone body 1, and the body 1 is implemented.
  • the touch button 3 can be in the area of the display screen 2, that is, the capacitor Within the effective range of the touch screen, the touch button 3 can be set outside the display screen 2 area, that is, outside the effective range of the capacitive touch screen, to realize the most common functions of return, homepage, menu, etc.
  • the function keys are most common in Android-based phones. These mobile phones have capacitive touch modules, which can improve and improve the existing capacitive touch modules to achieve the functions and achieve the desired effects of the present invention.
  • a conductive layer 4 is added to the capacitive touch module, and the conductive layer 4 is mainly coated or sputter coated, that is, in the form of a coating, or a thin film. .
  • the conductive layer 4 is coated on both sides of the module base layer or other structural layers, but the signal is sensitive on the outside but is easy to wear, and the inside is long on the inside but the sensitivity is slightly poor.
  • the conductive layer 4 covers only a specific area or a designated area of the above-mentioned module base layer. As shown in FIG.
  • the conductive layer 4 has a touch area 41, because the touch area 41 is a position triggered by a user's finger, which is equivalent to a virtual button, and is not
  • the touch area 41 is not occupied by the effective display area of the original display screen 2, so the touch area 41 is disposed outside the effective range of the capacitive touch screen, that is, outside the effective area of the display screen 2, and the conductive layer 4 Extending and corresponding to a specific area of the device capacitive touch screen, that is, an icon area 42 having a corresponding identifier in the display screen 2, thus being generated when the touch area 41 is triggered
  • the human body sensing signal is directly transmitted to the icon area 42 due to the conduction of the conductive layer 4 to trigger the icon and the program displayed on the display screen 2 corresponding to the icon area 42.
  • the conductive layer 4 and the corresponding touch area 41 and the icon area 42 are rectangular, but it is found in the experiment that the conductive layer can have various shapes, and is suitable for different applications.
  • the capacitive screen, as well as suitable for different display interface designs, the conductive layer 4 can be made in a variety of different shapes to have a predefined shape. It is also known from the above embodiments that the conductive layer 4 is continuously distributed within the effective area of the display screen 2 and outside the effective area of the display screen 2, and the shape of the conductive layer 4 corresponds thereto.
  • the area corresponding to the shape of the conductive layer 4 is on both sides of the edge of the display screen display area 1 , and there is a corresponding icon in the area of the screen display 2, which is the icon area 42 , and the screen display area is a finger control area outside the area 2 Control area 41.
  • the above-mentioned conductive layer having a predefined shape has a plurality of layers, which may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like, so that the characteristics of the software and the personality requirements of the user can be adapted.
  • the logo can be printed thereon to have a visual identifier for the user to accurately trigger and control.
  • the conductive layer is made of a transparent conductive material so that it is printed on the screen without affecting the display.
  • the conductive layer is covered or bonded to the base layer of the module by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like.
  • the capacitive touch module having the conductive layer 4 is attached to the surface of the capacitive touch screen;
  • a program icon is displayed in the effective display area of the display screen, and the program icon is associated with the driver of the device; when the user triggers the touch area 41 other than the touch screen of the device, the generated touch signal passes through the capacitive touch module.
  • the conductive layer 4 is conducted to an icon area 42 within the display area of the display screen 2, i.e., a program that drives the icon area, to run a program associated with the icon.
  • the touch area 41 and the icon area 42 are plural, and are arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and are controlled by a combination switch.
  • the icon area 42 of the display area of the display screen 2 is virtual, and the icon is in a transparent state.
  • the effect can be achieved: a plurality of functions that can be set and adjusted by the user can be added, and new functions can be added by using the blank space of the user operation interface, especially the surface of the device operation, and can also be set fast. Keys and shortcuts that users like.
  • Embodiment 7 In this embodiment, an apparatus and method based on an intelligent information interaction device are provided.
  • our most common intelligent interaction devices include mobile phones, televisions, tablets, smart cameras, and other smart devices, and the like.
  • There is an interactive interface and these interfaces are currently mostly in the form of a touch screen, and the touch screen is mostly based on a capacitive touch screen, and the device and method of the present invention are mainly directed to a capacitive touch screen.
  • the smart phone is used as the user terminal, and the description is made by using the same.
  • the embodiment is mainly implemented on the mobile phone body 1, and the body 1 is implemented.
  • the touch button can be in the display screen area, that is, capacitive touch Within the effective range of the screen, you can also set the touch buttons outside the display screen area, that is, outside the effective range of the capacitive touch screen, to achieve the most common functions of return, home page, menu, etc.
  • Mobile phones based on Android are the most common. In general, mobile phones require a film, and the conventional film does not add any new functions other than protection and beautification. The above is the most common configuration of the existing smart phone. In order to realize the function of the present invention, the existing film is improved and improved to realize the function of the present invention and achieve the desired effect.
  • a film is provided.
  • the film 5 has a film base layer, and a conductive layer 4 is added to the film base layer, and the conductive layer 4 is mainly coated, that is, The form of the coating appears, and it can also be a film.
  • This conductive layer 4 can be applied on both sides (inside or outside) of the base layer of the film, but the signal on the outside is sensitive but easy to wear, and the inside is long on the inside but the sensitivity is slightly poor.
  • the conductive layer 4 covers only a specific area or a designated area of the base layer of the film, as shown in FIG.
  • the touch area 41 has a touch area 41, because the touch area 41 is a position triggered by a user's finger, which is equivalent to a virtual button, and in order not to make this
  • the touch area 41 does not occupy the effective display area of the original display screen 2, so the touch area 41 is disposed outside the effective range of the capacitive touch screen, that is, outside the effective area of the display screen 1, and the conductive layer 4 extends and Corresponding to a specific area of the device touch screen, that is, an icon area 42 having a corresponding identifier in the display screen 2, so that the human body sensing signal generated when the touch area 41 is triggered is directly transmitted to the conductive layer 4
  • the icon area 42 is to trigger the icon and the program displayed on the display screen 1 corresponding to the icon area 42.
  • the conductive layer 4 and the corresponding touch area 41 and the icon area 42 are rectangular, but it is found in the experiment that the conductive layer can have various shapes, and is suitable for different applications.
  • the capacitive screen, as well as suitable for different display interface designs, the conductive layer 4 can be made in a variety of different shapes to have a predefined shape. It is also known from the above embodiments that the conductive layer 4 is continuously distributed within the effective area of the display screen 2 and outside the effective area of the display screen 2, and the shape of the conductive layer 4 corresponds thereto.
  • the area corresponding to the shape of the conductive layer 4 is on both sides of the edge of the display screen display area 1 , and there is a corresponding icon in the area of the screen display 2, which is the icon area 42 , and the screen display area is a finger control area outside the area 2 Control area 41.
  • the above-mentioned conductive layer having a predefined shape has a plurality of layers, which may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like, so that the characteristics of the software and the personality requirements of the user can be adapted.
  • the logo can be printed thereon to have a visual identifier for the user to accurately trigger and control.
  • the conductive layer is made of a transparent conductive material so that it is printed on the screen without affecting the display.
  • the conductive layer is covered or bonded to the base layer of the film by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like.
  • the above-mentioned film having the conductive layer 4 is attached to the surface of the capacitive touch screen;
  • a program icon which is associated with the driver of the device; when the user triggers the touch area 41 other than the touch screen of the device, the generated touch signal passes through the film
  • the conductive layer 4 is conducted to an icon area 42 within the display area of the display screen 1, i.e., a program that drives the icon area, to run a program associated with the icon.
  • the touch area 41 and the icon area 42 are plural, and are arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and are controlled by a combination switch.
  • the icon area 42 of the display area of the display screen 2 is virtual, and the icon is in a transparent state.
  • the production process of the film generally includes: a process of making, coating, drying, coiling, slitting, packaging, and the like. In this way, through the above technical solution, the effect can be achieved: a plurality of functions that can be set and adjusted by the user can be added, and new functions can be added by using the blank space of the user operation interface, especially the surface of the device operation, and can also be set fast. Keys and shortcuts that users like.

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

Abstract

A touch control unit comprises a conductive layer (4). The conductive layer (4) comprises an identifier coverage region (42) and a touch control extension region (41) connected to each other. The identifier coverage region (42) covers a touch control identifier of a touch control screen. The touch control extension region (41) extends to a margin of the touch control screen or outside the touch control screen. Through the touch control of the touch control extension region (41), an operation on the touch control identifier covered by the identifier coverage region (42) may be implemented. By means of the touch control unit, another shortcut touch control button for the touch control identifier in a coverage region of is the touch control unit is practically built, and the shortcut touch control button is set at a suitable position on the touch control screen according to needs, thereby facilitate the use and control by a user. The solution achieves proper use of a margin and other positions of the touch control screen, a utilization rate is increased in the manner of setting a shortcut touch control button, and the use by a user becomes convenient. In addition, a touch control screen having the touch control unit and a screen protector are further provided.

Description

Figure imgf000003_0001
触控单元、 具有该触控单元的触控屏幕及贴膜及制备方法 技术领域 本发明涉及一种触控单元， 具体地说是一种用于触控屏幕的触控单元 以及使用该触控装置的触控屏幕以及触控屏幕的贴膜。 背景技术 随着智能设备的越来越多， 触控屏幕手机越来越多， 其中以电容屏幕 数量最大， 电容屏手机是只能用手指进行操作， 不可以用普通的手写笔操 作， 但可以用专用的电容屏手写笔， 但这对于电容屏来说没有多大必要； 电阻屏手机可以用手指， 也可以用手写笔操作。 人们对用手指进行触控操 作的电容屏手机越来越关注， 而釆用电容屏设计的手机也越来越多。 虽然有不少的优点， 但是现有的电容屏幕功能较为单一， 只局限于上 述的触控功能， 而作为人机交互接口或界面的智能设备以及应用， 还有很 多的功能可以开发， 特别是电容屏幕的操作界面的边缘有很多的空白处， 非常浪费。 另外， 用户只能把应用程序窗口的图标设置在屏幕显示区域 内， 通过选择该图标的方式来打开该应用程序。 对于触控屏幕的功能触控 键也是如此， 只有选择该触控键， 才能执行相应的操作。 这样， 用户只能 通过上述操作来访问需要的应用软件或者功能键， 对于应用软件交互窗口 与操作界面也没有快捷键或快捷方式， 无法对常用的软件或应用进行快速 启动和运行。 发明内容 为此， 本发明所要解决的技术问题在于现有技术中无法对常用的软件 或者应用进行快速启动和运行， 从而提出一种可以快速启动常用软件的触 控装置、 以及使用该触控装置的触控屏幕以及贴膜。 为解决上述技术问题， 本发明提供一种触控单元， 以及具有该触控单元 的触控屏幕以及具有该触控单元的贴膜， 并提供其制备方法。 一种用于触控屏幕的触控单元， 包括一个导电层， 所述导电层包括相互 连接的一个标识覆盖区域和一个触控延伸区域， 所述标识覆盖区域覆盖在触 控屏幕的触控标识上， 所述触控延伸区域延伸至该触控屏幕的空白处或该触 控屏幕外， 通过触控该触控延伸区域可实现对所述标识覆盖区域覆盖的触控 标识进行操作。 优选地， 所述导电层为透明。 优选地， 所述导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射之一或组合工艺覆盖或结合在触控屏幕的触控区域内。 一种具有所述的触控单元的触控屏幕，在所述触控屏幕上设置有一个或 多个所述触控单元。 优选地， 所述触控单元的触控延伸区域设置在所述触控屏幕内的空白区 域内。
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The present invention relates to a touch unit, and more particularly to a touch unit for a touch screen and a touch device using the same Touch screen and touch screen film. BACKGROUND With the increasing number of smart devices, there are more and more touch screen mobile phones, among which the number of capacitive screens is the largest, and the capacitive screen mobile phone can only be operated by fingers, and can not be operated by an ordinary stylus, but Use a dedicated capacitive screen stylus, but this is not necessary for a capacitive screen; a resistive screen phone can be operated with a finger or a stylus. People are paying more and more attention to capacitive screen mobile phones that use finger touch operations, and more and more mobile phones are designed with capacitive screens. Although there are many advantages, the existing capacitive screen function is relatively simple, and is limited to the above-mentioned touch function. As a smart device and application of a human-computer interaction interface or interface, there are many functions that can be developed, especially There are a lot of blanks on the edge of the interface of the capacitive screen, which is very wasteful. In addition, the user can only set the icon of the application window in the screen display area, and open the application by selecting the icon. The same is true for the function touch keys of the touch screen. Only when the touch key is selected, the corresponding operation can be performed. In this way, the user can only access the required application software or function keys through the above operations, and there is no shortcut key or shortcut for the application software interaction window and the operation interface, and the common software or application cannot be quickly started and run. Summary of the invention Therefore, the technical problem to be solved by the present invention is that the conventional software or application cannot be quickly started and operated in the prior art, thereby providing a touch device capable of quickly starting the commonly used software, and a touch using the touch device. Control screen and film. To solve the above technical problem, the present invention provides a touch unit, a touch screen having the touch unit, and a film having the touch unit, and a preparation method thereof. A touch unit for a touch screen includes a conductive layer, the conductive layer includes an identification cover area and a touch extension area connected to each other, and the mark cover area covers the touch mark of the touch screen The touch extension area is extended to the blank of the touch screen or the touch screen. The touch extension area can be touched to operate the touch identifier covered by the identifier coverage area. Preferably, the conductive layer is transparent. Preferably, the conductive layer is covered or combined in a touch area of the touch screen by one of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or a combination process. A touch screen having the touch unit, wherein one or more of the touch units are disposed on the touch screen. Preferably, the touch extension area of the touch unit is disposed in a blank area in the touch screen.
优选地， 所述触控单元的触控延伸区域设置在所述触控屏幕外。 优选地， 所述触控单元设置在所述触控屏幕的外层、 内层或者中间层。 优选地， 所述触控单元以块条、 长条状进行横、 竖、 对角方式进行排列 或组合排列， 以及以组合开关的方式进行控制。 一种具有所述的触控单元的贴膜， 所述贴膜包括覆盖在触控屏幕上的贴 膜基层， 在所述贴膜基层上设置有一个或多个所述触控单元。 优选地， 所述触控单元设置在所述贴膜基层的内侧或外侧。 优选地， 所述触控单元的触摸延伸区域设置在触控屏幕的屏幕显示区域 边缘的两侧。 一种上述触控屏幕的制备方法， 包括： 在所述触控屏幕的外层、 内层或中间层制备所述触控单元的导电层； 所述触控单元的标识覆盖区域覆盖在触控屏幕的触控标识上， 所述触控 单元的触控延伸区域延伸至该触控屏幕的空白处或该触控屏幕外。 Preferably, the touch extension area of the touch unit is disposed outside the touch screen. Preferably, the touch unit is disposed on an outer layer, an inner layer or an intermediate layer of the touch screen. Preferably, the touch control unit is arranged in a horizontal, vertical, and diagonal manner in a block or strip shape, and is arranged in a combined switch manner. A film having the touch unit, the film comprising a film base layer covering the touch screen, and one or more of the touch units are disposed on the film base layer. Preferably, the touch unit is disposed on the inner side or the outer side of the film base layer. Preferably, the touch extension area of the touch unit is disposed on both sides of the edge of the screen display area of the touch screen. The method for preparing the touch screen includes: preparing a conductive layer of the touch unit in an outer layer, an inner layer or an intermediate layer of the touch screen; and the cover area of the touch unit is covered by the touch The touch extension area of the touch unit extends to a blank area of the touch screen or outside the touch screen.
优选地， 所述导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射之一或组合工艺覆盖或结合在触控屏幕的触控区域内。  Preferably, the conductive layer is covered or combined in a touch area of the touch screen by one of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or a combination process.
一种制备所述的贴膜的方法， 包括如下步骤：  A method of preparing the film, comprising the steps of:
在触控屏幕的表面贴上贴膜基层；  Attaching a film base layer to the surface of the touch screen;
在所述贴膜基层的内层或外侧制备所述触控单元， 所述触控单元的标识 覆盖区域覆盖在触控屏幕的触控标识上， 所述触控单元的触控延伸区域延伸 至该触控屏幕的空白处或该触控屏幕外。 本发明的上述技术方案相比现有技术具有以下优点：  The touch unit is formed on the inner layer or the outer side of the base layer of the film, and the touch cover area of the touch unit covers the touch mark of the touch screen, and the touch extension area of the touch unit extends to the touch unit A blank space of the touch screen or outside the touch screen. The above technical solution of the present invention has the following advantages over the prior art:
( 1 ) 本发明提供一种触控单元， 包括一个导电层， 所述导电层包 括相互连接的一个标识覆盖区域和一个触控延伸区域， 所述标识覆盖区域 覆盖在触控屏幕的触控标识上， 所述触控延伸区域延伸至该触控屏幕的空 白处或该触控屏幕外， 通过触控该触控延伸区域可实现对所述标识覆盖区 域覆盖的触控标识进行操作。 通过该触控单元， 实际上构建了其覆盖区域 的触控标识的另外的快捷触控键， 将该快捷触控键根据需要设置到触控屏 幕的合适位置， 便于用户的使用和控制。 该方案使得触控屏幕的空白处以 及其他位置合理得到了使用， 通过设置快捷触控键的方式提高了利用率， 方 便了用户使用。 ( 2 ) 本发明还提供一种具有上述触控单元的触控屏幕， 该触控屏 幕上可以设置一个或多个所述的触控单元， 根据需要对若干个触控标识设 置快捷触控键， 方便了用户对这些触控标识的快捷操作和控制。 (1) The present invention provides a touch unit including a conductive layer, the conductive layer includes an identification cover area and a touch extension area connected to each other, and the mark cover area covers the touch mark of the touch screen. The touch extension area is extended to the blank of the touch screen or the touch screen. The touch extension area can be touched to operate the touch identifier covered by the identifier coverage area. Through the touch unit, another shortcut touch key of the touch mark of the coverage area is actually constructed, and the shortcut touch key is set to a suitable position of the touch screen as needed, which is convenient for the user to use and control. The solution makes the blank space of the touch screen and other positions reasonably used, and the utilization of the shortcut key is improved, which is convenient for the user. (2) The present invention further provides a touch screen having the above touch unit, wherein one or more of the touch units can be disposed on the touch screen, and a shortcut touch key is set for a plurality of touch marks as needed. It facilitates the user's quick operation and control of these touch marks.
( 3 ) 本发明所述的触控屏幕 ， 所述触控单元可以设置在该触控屏 幕的内层、 外层或者中间层， 优选中间层， 设置在外层灵敏度高但容易磨 损， 设置在内层灵敏度差但不宜磨损， 因此设置在中间层可以保证其具有 一定的灵敏度， 但不宜磨损， 提高其使用寿命。 (3) The touch screen of the present invention, the touch unit may be disposed on an inner layer, an outer layer or an intermediate layer of the touch screen, preferably an intermediate layer, and the outer layer is provided with high sensitivity but is easy to wear and is disposed. The layer sensitivity is poor but it is not suitable for wear, so it is guaranteed to have a certain sensitivity in the middle layer, but it is not suitable for wear and improve its service life.
( 4 ) 本发明还提供一种具有上述触控单元的贴膜， 在该贴膜上设 置有一个或多个所述触控单元。 该贴膜在无需对触控屏幕进行重新加工的 基础上， 实现了快捷键的设置， 只需要在该贴膜的所需位置加工上该触控 单元即可， 该方式实现起来简单方便， 且可以在现有的触控屏幕上使用， 避免了二次加工。 (4) The present invention further provides a film having the above touch unit, wherein one or more of the touch units are disposed on the film. The film realizes the setting of the shortcut key on the basis of no need to re-process the touch screen, and only needs to process the touch unit at the desired position of the film, which is simple and convenient to implement, and can be implemented in Used on existing touch screens to avoid secondary processing.
( 5 ) 上述触控屏幕和贴膜， 都实现了增加多种用户可以设置与调节 的功能，可以利用用户操作界面的空白处增加新的功能，用来增加虚拟按键 , 特别是设备操作表面， 还可以设置快捷键以及用户自己喜欢的快捷方式。 附图说明 为了使本发明的内容更容易被清楚的理解， 下面根据本发明的具体实 施例并结合附图， 对本发明作进一步详细的说明， 其中： (5) The touch screen and the film are all added to increase the functions that can be set and adjusted by various users. The new function can be added by using the blank space of the user interface to increase the virtual keys, especially the operation surface of the device. You can set shortcuts and shortcuts your users like. BRIEF DESCRIPTION OF THE DRAWINGS In order to make the content of the present invention easier to understand, the present invention will be further described in detail below with reference to the accompanying drawings in which:
图 1 是本发明所述的触控单元的示意图； 图 2 是本发明所述的触控屏幕的示意图； 图 3 是本发明所述的触控屏幕的示意图。 图中附图标记表示为： 1- 本体， 2-显示屏幕， 3-触控按键， 4-导电层，1-触控区， 42-图标区，5-贴膜。 具体实施方式 实施例 本实施例中提供一种用于触控屏幕的触控单元， 如图 1所示， 该触控单 元包括一个导电层 4 , 所述导电层 4包括相互连接的一个标识覆盖区域（即图 标区 42 )和一个触控延伸区域（即触控区 41 ) , 触控延伸区域也称为触控区 41 , 标识覆盖区域也称为图标区 42。 所述标识覆盖区域（即图标区 42 )覆盖 在触控屏幕的触控标识上， 所述触控延伸区域（即触控区 41 )延伸至该触控 屏幕的空白处或该触控屏幕外， 通过触控该触控延伸区域（即触控区 41 )可 实现对所述标识覆盖区域（即图标区 42 )覆盖的触控标识进行操作。 为了便于观察该导电层图标区 42覆盖的触控标识， 该导电层为透明材 料。 该导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射 之一或组合工艺覆盖或结合在触控屏幕的触控区域内。 本实施例中， 通过触控该触控延伸区域（即触控区 41 )可实现对所述标 识覆盖区域（即图标区 42 )覆盖的触控标识进行操作。 通过该触控单元， 实 际上构建了其覆盖区域的触控标识的另外的快捷触控键， 将该快捷触控键根 据需要设置到触控屏幕的合适位置， 便于用户的使用和控制。 该方案使得触 控屏幕的空白处以及其他位置合理得到了使用， 通过设置快捷触控键的方式 提高了利用率， 方便了用户使用。 实施例 2： 本实施例中提供过一种触控屏幕,如图 2所示， 在所述触控屏幕上设置有 一个或多个所述触控单元。 该触控单元包括一个导电层 4 , 所述导电层 4包括 相互连接的一个标识覆盖区域（即图标区 42 )和一个触控延伸区域（即触控 区 41 ) , 触控延伸区域也称为触控区 41 , 标识覆盖区域也称为图标区 42。 所 述标识覆盖区域（即图标区 42 )覆盖在触控屏幕的触控标识上， 所述触控延 伸区域（即触控区 41 )延伸至该触控屏幕的空白处或该触控屏幕外， 通过触 控该触控延伸区域可实现对所述标识覆盖区域覆盖的触控标识进行操作。 所述触控单元的触控延伸区域（触控区 41 )设置在所述触控屏幕内的空 白区域内， 也可以设置在所述触控屏幕外。 如果触控区设置在触控屏幕内， 那必须选择原来的空白区域， 以免产生干扰。 如果设置在触控屏幕外， 可以 选择在触控屏幕两侧的空白区域， 该触控单元的触控区 41作为触控快捷键， 使得除触控屏幕内的触控标识外， 用户触摸该触控快捷键， 也可以实现对该 触控标识的操作。 所述触控单元可以设置在所述触控屏幕的外层、 内层或者中间层。 优选 中间层， 设置在外层灵敏度高但容易磨损， 设置在内层灵敏度差但不宜磨 损， 因此设置在中间层可以保证其具有一定的灵敏度， 但不宜磨损， 提高其 使用寿命 此外， 该触控单元的形状没有特殊要求， 根据需要合理设置即可， 所述 触控单元以块条、 长条状进行横、 竖、 对角等方式进行排列或组合排列， 以 及以组合开关的方式进行控制。 该触控屏幕的制备方法为： 在触控屏幕的外层、 内层或中间层制备所述 触控单元的导电层， 所述导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射之一或组合工艺覆盖或结合在触控屏幕的触控区域内， 所 述触控单元的标识覆盖区域覆盖在触控屏幕的触控标识上， 所述触控单元的 触控延伸区域延伸至该触控屏幕的空白处或该触控屏幕外。 该方案中提供一种具有上述触控单元的触控屏幕， 该触控屏幕上可以 设置一个或多个所述的触控单元， 根据需要对若干个触控标识设置快捷触 控键， 方便了用户对这些触控标识的快捷操作和控制。 实施例 3: 本实施例中提供一种贴膜， 如图 3所示。 所述贴膜包括覆盖在触控屏幕 上的贴膜基层， 在所述贴膜基层上设置有一个或多个所述触控单元。 该触控 单元包括一个导电层 4 , 所述导电层 4包括相互连接的一个标识覆盖区域（即 图标区 42 )和一个触控延伸区域（触控区 41 ) , 触控延伸区域也称为触控区 41 , 标识覆盖区域也称为图标区 42。 所述标识覆盖区域（即图标区 42 )覆盖 在触控屏幕的触控标识上， 所述触控延伸区域（触控区 41 )延伸至该触控屏 幕的空白处或该触控屏幕外， 通过触控该触控延伸区域（触控区 41 )可实现 对所述标识覆盖区域（即图标区 42 )覆盖的触控标识进行操作。 所述触控单元设置在所述贴膜基层的内侧或外侧。 设置在内侧时， 灵敏 度降低， 但是磨损比较小， 设置在贴膜基层的外侧时， 灵敏度较高， 但是容 易磨损， 用户可根据需要来设置。 所述触控单元的触摸延伸区域（即触控区 41 )可以设置在触控屏幕的屏幕显示区域边缘的两侧， 扩展该触控屏幕两侧 空白区域的利用率。 通过设置该触控单元， 将作为快捷键的触控区设置在屏 幕两侧的边缘处， 用户使用更加方便， 提高了便利性。 本实施例中的所述贴膜 5无需对触控屏幕进行重新加工的基础上， 实现了 快捷键的设置， 只需要在该贴膜的所需位置加工上该触控单元即可， 该方式 实现起来简单方便， 且可以在现有的触控屏幕上使用， 避免了二次加工。 该贴膜的制备方法为， 在触控屏幕的表面贴上贴膜基层； 在所述贴膜基 层的内层或外侧制备所述触控单元， 所述触控单元的标识覆盖区域（即图标 区 42 )覆盖在触控屏幕的触控标识上， 所述触控单元的触控延伸区域（触控 区 41 )延伸至该触控屏幕的空白处或该触控屏幕外。 实施例 4: 1 is a schematic diagram of a touch unit according to the present invention; FIG. 2 is a schematic diagram of a touch screen according to the present invention; and FIG. 3 is a schematic diagram of a touch screen according to the present invention. The reference numerals in the figure are: 1-body, 2-display screen, 3-touch button, 4-conductive layer, 1-touch area, 42-icon area, 5-film. detailed description Embodiments of the present disclosure provide a touch unit for a touch screen. As shown in FIG. 1 , the touch unit includes a conductive layer 4 , and the conductive layer 4 includes an identification coverage area connected to each other (ie, The icon area 42 ) and a touch extension area (ie, the touch area 41 ), the touch extension area is also referred to as a touch area 41 , and the identification coverage area is also referred to as an icon area 42 . The identifier coverage area (ie, the icon area 42) is overlaid on the touch screen of the touch screen, and the touch extension area (ie, the touch area 41) extends to the blank of the touch screen or outside the touch screen. The touch identification area covered by the identification coverage area (ie, the icon area 42) can be operated by touching the touch extension area (ie, the touch area 41). In order to facilitate the observation of the touch mark covered by the conductive layer icon area 42, the conductive layer is a transparent material. The conductive layer is covered or combined in a touch area of the touch screen by one of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or a combination process. In this embodiment, the touch identification area covered by the identification coverage area (ie, the icon area 42) can be operated by touching the touch extension area (ie, the touch area 41). Through the touch unit, another shortcut touch key of the touch mark of the coverage area is actually constructed, and the shortcut touch key is set to a suitable position of the touch screen as needed, which is convenient for the user to use and control. The solution makes the blank space of the touch screen and other positions reasonably used, and the utilization of the shortcut key is improved, which is convenient for the user. Embodiment 2: In this embodiment, a touch screen is provided. As shown in FIG. 2, one or more of the touch units are disposed on the touch screen. The touch unit includes a conductive layer 4, and the conductive layer 4 includes an identification cover area (ie, an icon area 42) and a touch extension area (ie, a touch area 41) connected to each other, and the touch extension area is also referred to as The touch area 41 and the logo coverage area are also referred to as an icon area 42. The identifier coverage area (ie, the icon area 42) is overlaid on the touch identifier of the touch screen, and the touch delay The touch area (ie, the touch area 41) extends to the blank of the touch screen or the touch screen. The touch display area can be operated by touching the touch extension area. The touch extension area (touch area 41) of the touch unit is disposed in a blank area in the touch screen, and may also be disposed outside the touch screen. If the touch area is set in the touch screen, you must select the original blank area to avoid interference. If it is disposed outside the touch screen, a blank area on both sides of the touch screen may be selected, and the touch area 41 of the touch unit is used as a touch shortcut key, so that the user touches the touch mark in the touch screen. Touch shortcuts can also be used to operate the touch logo. The touch unit may be disposed on an outer layer, an inner layer or an intermediate layer of the touch screen. Preferably, the intermediate layer is provided with high sensitivity in the outer layer but is easy to wear, and the inner layer has poor sensitivity but is not suitable for wear. Therefore, the intermediate layer can ensure a certain sensitivity, but it is not suitable for wear and increase its service life. There is no special requirement for the shape, and the touch unit can be arranged according to the need, and the touch unit is arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and is controlled by a combination switch. The touch screen is prepared by: preparing a conductive layer of the touch unit in an outer layer, an inner layer or an intermediate layer of the touch screen, wherein the conductive layer is screen printed, coated, wiped, sprayed, The cover area of the touch screen is overlaid on the touch mark of the touch screen, and the touch coverage area of the touch control unit is covered by the one or the combination of the shower, the immersion, and the sputtering. The touch extension area of the touch unit extends to a blank of the touch screen or outside the touch screen. In the solution, a touch screen having the above touch unit is provided, and one or more of the touch units can be disposed on the touch screen, and a shortcut touch button is set on a plurality of touch marks as needed, which is convenient. User quick operation and control of these touch marks. Embodiment 3: A film is provided in this embodiment, as shown in FIG. The film comprises a film base layer covering the touch screen, and one or more of the touch units are disposed on the film base layer. The touch unit includes a conductive layer 4, and the conductive layer 4 includes an identification cover area (ie, an icon area 42) and a touch extension area (touch area 41) connected to each other, and the touch extension area is also called a touch. The control area 41 and the identification coverage area are also referred to as an icon area 42. The identifier coverage area (ie, the icon area 42) is overlaid on the touch screen of the touch screen, and the touch extension area (the touch area 41) extends to the blank of the touch screen or outside the touch screen. The touch identification area covered by the identification coverage area (ie, the icon area 42) can be operated by touching the touch extension area (the touch area 41). The touch unit is disposed on an inner side or an outer side of the base layer of the film. When it is placed on the inside, the sensitivity is reduced, but the wear is relatively small. When it is placed outside the base layer of the film, the sensitivity is high, but it is easy to wear, and the user can set it as needed. The touch extension area of the touch unit (ie, the touch area 41) may be disposed on both sides of the edge of the screen display area of the touch screen, and expand the utilization ratio of the blank areas on both sides of the touch screen. By setting the touch unit, the touch area as a shortcut key is set at the edge of both sides of the screen, which is more convenient for the user to use, and the convenience is improved. The film 5 in the embodiment does not need to rework the touch screen, and realizes the setting of the shortcut key, and only needs to process the touch unit at a desired position of the film, and the method is implemented. Simple and convenient, and can be used on existing touch screens, avoiding secondary processing. The film is prepared by applying a film base layer on the surface of the touch screen; preparing the touch unit on the inner layer or the outer side of the film base layer, and the mark coverage area of the touch unit (ie, the icon area 42) The touch extension area (touch area 41) of the touch unit extends to a blank space of the touch screen or outside the touch screen. Example 4:
一种基于信息交互设备的贴膜， 所述信息交互设备具有电容触控屏幕， 如图 3所示， 其表面可以覆盖贴膜 5. 访吡眩 5且有保护层与基层， 所述的贴 膜 5还具有导电涂层即导电层 4 , 该导电涂层（即导电层 4 )只覆盖在基层的 特定区域， 具有触控区， 触控区设置在电容触控屏幕的有效范围以外， 该导 电涂层延伸并对应设备电容触控屏幕的特定区域， 即具有对应标识的图标区， 导电涂层具有预定义形状。 作为优选的方式， 所述的导电层连续分布于显示屏幕的有效区域以内以 及显示屏幕的有效区域以外区域， 导电层的形状与此相对应。 此外， 所述的 导电层所对应的形状的区域为显示屏幕显示区域边缘两侧， 在屏幕显示区内 有对应图标， 为图标区；屏幕显示区外为手指控制区， 为触控区。 在其他的实施方式中， 上述的具有预定义形状的导电层具有多个， 可以 纵排、 横排、 斜排等多种方式排列或组合排列。 触控区具有可视标识， 以方 便用户准确触发控制。 所述的导电层以透明导电材料制备。 本实施例中， 导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射等之一或组合工艺覆盖或结合在贴膜的基层。 还有， 基于上述贴膜的用户界面控制及处理方法， 在电容触控屏幕的表 面贴有上述具有导电层的贴膜； 在与贴膜对应的显示屏幕有效显示区域内具 有程序图标， 该程序图标与设备的驱动程序相关联。 当用户触发设备的触控屏幕以外的触控区时， 所产生的触控信号通过贴 膜的导电层传导至在显示屏幕显示区域内的图标区， 即驱动图标区的程序， 运行与此图标相关联的程序。 作为优选的实施方式， 上述的触控区以及图标区具有多个， 以块条、 长 条状进行横、 竖、 对角等方式进行排列或组合排列， 以及以组合开关的方式 进行控制。 此外， 所述的显示屏幕显示区域的图标区为虚拟， 图标为透明状态。 这样， 通过上述的技术方案， 就可以达到这样的效果： 增加多种用户可 以设置与调节的功能， 可以利用用户操作界面的空白处增加新的功能， 用来 增加虚拟按键， 特别是设备操作表面的， 还可以设置快捷键以及用户自己喜 欢的快捷方式。 实施例 5: A film based on an information interaction device, the information interaction device has a capacitive touch screen, as shown in FIG. 3, the surface thereof can cover the film 5. Visiting the pirate 5 and having a protective layer and a base layer, the sticker The film 5 further has a conductive coating, that is, a conductive layer 4, the conductive coating (ie, the conductive layer 4) covers only a specific area of the base layer, and has a touch area, and the touch area is disposed outside the effective range of the capacitive touch screen. The conductive coating extends and corresponds to a specific area of the device capacitive touch screen, that is, an icon area having a corresponding mark, and the conductive coating has a predefined shape. In a preferred manner, the conductive layer is continuously distributed within the effective area of the display screen and outside the effective area of the display screen, and the shape of the conductive layer corresponds thereto. In addition, the area corresponding to the shape of the conductive layer is on both sides of the edge of the display screen display area, and there is a corresponding icon in the screen display area, which is an icon area; the outside of the screen display area is a finger control area, which is a touch area. In other embodiments, the conductive layer having the predefined shape has a plurality of layers, and may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like. The touch area has a visual identifier to facilitate the user to accurately trigger the control. The conductive layer is prepared as a transparent conductive material. In this embodiment, the conductive layer is covered or bonded to the base layer of the film by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like. Further, based on the user interface control and processing method of the film, the film having the conductive layer is attached to the surface of the capacitive touch screen; and the program icon is displayed in the effective display area of the display screen corresponding to the film, the program icon and device The driver is associated. When the user triggers the touch area other than the touch screen of the device, the generated touch signal is transmitted to the icon area in the display area of the display screen through the conductive layer of the film, that is, the program for driving the icon area, and the operation is related to the icon. Linked program. In a preferred embodiment, the touch area and the icon area are plural, arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and controlled by a combination switch. In addition, the icon area of the display screen display area is virtual, and the icon is transparent. In this way, through the above technical solution, the effect can be achieved: a plurality of functions that can be set and adjusted by the user can be added, and a new function can be added by using the blank space of the user operation interface to increase the virtual key, especially the device operation surface. You can also set shortcuts and shortcuts that users like. Example 5:
一种基于信息交互设备的电容触控模组， 所述信息交互设备具有电容触 控屏幕， 如图 2所示， 所述的模组具有导电涂层（也称为导电层） ， 该导电 涂层只覆盖在模组基层或各个结构层的特定区域， 具有触控区， 触控区设置 在电容触控屏幕的显示屏幕有效范围以外， 该导电涂层延伸并对应设备电容 触控屏幕的特定区域， 即具有对应显示屏幕有效范围以内具有标识的图标区, 导电涂层具有预定义形状。 在本实施例中， 所述的导电层连续分布于显示屏幕的有效区域以内以及 显示屏幕的有效区域以外区域， 导电层的形状与此相对应。 此外， 所述的导 电层所对应的形状的区域为显示屏幕显示区域边缘两侧， 在屏幕显示区内有 对应图标， 为图标区；， 屏幕显示区外为手指控制区， 为触控区。 在具体的实施方式中， 上述的具有预定义形状的导电层具有多个， 可以 纵排、 横排、 斜排等多种方式排列或组合排列。 触控区具有可视标识， 以方 便用户准确触发控制。 所述的导电层以透明导电材料制备。 本实施例中， 导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射等之一或组合工艺覆盖或结合在模组的基层或各个结构层。 还有， 基于上述模组的用户界面控制及处理方法， 电容触控屏幕包含有 导电层的模组； 在与模组对应的显示屏幕有效显示区域内具有程序图标， 该 程序图标与设备的驱动程序相关联。 当用户触发设备的触控屏幕以外的触控区时， 所产生的触控信号通过模 组的导电层传导至在显示屏幕显示区域内的图标区， 即驱动图标区的程序， 运行与此图标相关联的程序。 一般来说， 上述的触控区以及图标区具有多个， 以块条、 长条状进行 横、 竖、 对角等方式进行排列或组合排列， 以及以组合开关的方式进行控 制。 作为优选的实施方式， 所述的显示屏幕显示区域的图标区为虚拟， 图标 为透明状态。 这样， 通过上述的技术方案， 就可以达到这样的效果： 增加多种用户 可以设置与调节的功能， 可以利用用户操作界面的空白处增加新的功能， 用来增加虚拟按键， 特别是设备操作表面的， 还可以设置快捷键以及用户 自己喜欢的快捷方式。 实施例 6: A capacitive touch module based on an information interaction device, wherein the information interaction device has a capacitive touch screen. As shown in FIG. 2, the module has a conductive coating (also referred to as a conductive layer), and the conductive coating The layer only covers a specific area of the module base layer or each structure layer, and has a touch area, and the touch area is disposed outside the effective range of the display screen of the capacitive touch screen, and the conductive coating extends and corresponds to the specificity of the device capacitive touch screen. The area, that is, the icon area having the identification within the effective range of the corresponding display screen, the conductive coating has a predefined shape. In this embodiment, the conductive layer is continuously distributed within the effective area of the display screen and outside the effective area of the display screen, and the shape of the conductive layer corresponds to this. In addition, the area corresponding to the shape of the conductive layer is on both sides of the edge of the display screen display area, and there is a corresponding icon in the screen display area, which is an icon area; and the finger display area outside the screen display area is a touch area. In a specific embodiment, the conductive layer having the predefined shape has a plurality of layers, and may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like. The touch area has a visual identifier to facilitate the user to accurately trigger the control. The conductive layer is prepared as a transparent conductive material. In this embodiment, the conductive layer is covered or bonded to the base layer or each structural layer of the module by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like. Further, based on the user interface control and processing method of the module, the capacitive touch screen includes a module with a conductive layer; and a program icon in the effective display area of the display screen corresponding to the module, the program icon and the device driver The program is associated. When the user triggers the touch area other than the touch screen of the device, the generated touch signal is transmitted to the icon area in the display area of the display screen through the conductive layer of the module, that is, the program for driving the icon area, and the icon is operated. Associated program. Generally, the touch area and the icon area are plural, and are arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and are controlled by a combination switch. In a preferred embodiment, the icon area of the display screen display area is virtual, and the icon is in a transparent state. In this way, through the above technical solution, the effect can be achieved: a plurality of functions that can be set and adjusted by the user can be added, and a new function can be added by using the blank space of the user operation interface to increase the virtual key, especially the device operation surface. You can also set shortcuts and shortcuts that users like. Example 6
本实施例中提供一种基于智能信息交互设备的装置以及方法， 我们最常 见的智能信息交互设备有手机、 电视、 平板电脑、 智能相机以及其它的智能 设备等， 这些设备都有一个交互界面， 而这些界面目前多以触控屏的方式出 现， 而触控屏又多以电容触控屏幕为主， 而本实施例所涉及的装置以及方法 也主要是针对电容触控屏来设计和实施的。 在本实施例中， 如图 2所示， 是以智能手机作为用户终端的， 并籍以此 进行说明， 从图 2中可以看出， 实施例主要在手机本体 1上实施的， 在本体 1 上具有显示屏幕 2 , 也就是所述的电容触控屏， 另外， 在显示屏幕 2上具有一 些标识， 即手机触控按键 3 , 这个触控按键 3可以是在显示屏幕 2区域内， 即电容触控屏的有效范围内， 也可以在显示屏幕 2区域外， 即在电容触控屏 的有效范围以外， 再设置触控按键 3 , 以实现最常见的返回、 主页、 菜单等功 能， 这几个功能键在基于安卓系统的手机中最为常见。 而这些手机都有电容触控模组， 可将现有的电容触控模组进行了改进与 提高， 以实现本发明的功能和达到预期的效果。 在实施例中， 对上述的电容触控模组增加了一层导电层 4 , 此导电层 4主 要以涂覆或溅射镀膜为主， 即以涂层的形式出现， 也可以是一层薄膜。 这个 导电层 4涂覆在模组基层或其它结构层的两侧增均可， 只是涂在外侧信号灵 敏但易于磨损， 涂在内侧寿命长但敏感度稍差。 导电层 4只覆盖在上述模组基层的特定区域或指定区域， 如图 2所示， 具有触控区 41 , 因为触控区 41是用户手指触发的位置， 相当一个虚拟的按 键， 又为了不使这个触控区 41不占用原来显示屏幕 2的有效显示面积， 所以 触控区 41设置在电容触控屏幕的有效范围以外， 也就是显示屏幕 2的有效区 域以外， 还有， 该导电层 4延伸并对应设备电容触控屏幕的特定区域， 即在 显示屏幕 2内具有对应标识的图标区 42 , 这样， 在触控区 41触发时所产生的 人体感应信号， 由于导电层 4的传导， 直接传到图标区 42 , 以触发图标区 42 所对应显示屏幕 2上所显示的图标以及程序。 上述的情况只是对应通常的情况， 如图 2所示， 导电层 4以及所对应的 触控区 41以及图标区 42为矩形， 但在试验中发现， 导电层可以为各种形 状， 为了适用不同的电容屏幕， 以及适合于不同的显示界面设计， 导电层 4 可以制成多种不同的形状， 使其具有预定义形状。 从上述的实施例也可以知道， 所述的导电层 4连续分布于显示屏幕 2的 有效区域以内以及显示屏幕 2的有效区域以外区域， 导电层 4的形状与此相 对应。 也就是说， 导电层 4所对应的形状的区域为显示屏幕显示 1区域边缘两 侧， 在屏幕显示 2区域内有对应图标， 为图标区 42 , 屏幕显示 2区域外为手 指控制区， 为触控区 41。 另外， 上述的具有预定义形状的导电层具有多个， 可以纵排、 横排、 斜 排等多种方式排列或组合排列， 这样， 可以适应软件的特性以及满足用户的 个性需求。 同时， 为使上述的触控区 41更加显而易见， 可以在上面印刷标识， 使其 具有可视标识， 以方便用户准确触发以及控制。 还有， 所述的导电层以透明导电材料制备， 这样印制在屏幕上才不会对 显示产生影响。 而导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射 等之一或组合工艺覆盖或结合在模组的基层。 综上所述， 还有基于上述电容触控模组的用户界面控制及处理方法， 在 电容触控屏幕的表面贴有上述具有导电层 4的电容触控模组； 在与上述模组对应的显示屏幕有效显示区域内具有程序图标， 该程序图 标对设备的驱动程序相关联； 当用户触发设备的触控屏幕以外的触控区 41时， 所产生的触控信号通过 电容触控模组的导电层 4传导至在显示屏幕 2显示区域内的图标区 42 , 即驱 动图标区的程序， 运行与此图标相关联的程序。 上述的触控区 41以及图标区 42具有多个， 以块条、 长条状进行横、 竖、 对角等方式进行排列或组合排列， 以及以组合开关的方式进行控制。 另外， 所述的显示屏幕 2显示区域的图标区 42为虚拟， 图标为透明状 态。 这样， 通过上述的技术方案， 就可以达到这样的效果： 增加多种用户可 以设置与调节的功能， 可以利用用户操作界面的空白处增加新的功能， 特别 是设备操作表面的， 还可以设置快键以及用户自己喜欢的快捷方式。 实施例 7: 本实施例中提供一种基于智能信息交互设备的一种装置以及方法， 我们 最常见的智能交互设备有手机、 电视、 平板电脑、 智能相机以及其它的智能 设备等， 这些设备都有一个交互界面， 而这些界面目前多以触控屏的方式出 现， 而触控屏又多以电容触控屏幕为主， 而本发明所涉及的装置以及方法也 主要是针对电容触控屏来设计和实施的。 在本实施例中， 如图 3所示， 是以智能手机作为用户终端的， 并籍以此 进行说明， 从图 3中可以看出， 实施例主要在手机本体 1上实施的， 在本体 1 上具有显示屏幕 2 , 也就是所述的电容触控屏， 另外， 在显示屏幕 2上具有一 些标识， 即手机触控按键 3 , 这个触控按键可以是在显示屏幕区域内， 即电 容触控屏的有效范围内， 也可以在显示屏幕区域外， 即在电容触控屏的有效 范围以外， 再设置触控按键， 以实现最常见的返回、 主页、 菜单等功能， 这 几个功能键在基于安卓系统的手机中最为常见。 而一般的手机都需要贴膜， 同时传统的贴膜除了保护与美化作用以外没 有增加任何新的功能。 上述是现有智能手机的最常见配置， 为了实现本发明的功能， 在将现有 的贴膜进行了改进与提高， 以实现本发明的功能和达到预期的效果。 在实施例中， 提供了一种贴膜， 如图 3中， 贴膜 5具有贴膜基层， 在对 上述的贴膜基层上增加了一层导电层 4 , 此导电层 4主要以涂覆为主， 即以涂 层的形式出现， 也可以是一层薄膜。 这个导电层 4涂覆在贴膜基层的两侧（内 侧或外侧） 均可， 只是涂在外侧信号灵敏但易于磨损， 涂在内侧寿命长但敏 感度稍差。 导电层 4只覆盖在贴膜基层的特定区域或指定区域， 如图 3所示， 具有 触控区 41 , 因为触控区 41是用户手指触发的位置， 相当一个虚拟的按键， 又 为了不使这个触控区 41不占用原来显示屏幕 2的有效显示面积， 所以触控区 41设置在电容触控屏幕的有效范围以外， 也就是显示屏幕 1的有效区域以 外， 还有， 该导电层 4延伸并对应设备电容触控屏幕的特定区域， 即在显示 屏幕 2内具有对应标识的图标区 42 , 这样， 在触控区 41触发时所产生的人体 感应信号， 由于导电层 4的传导， 直接传到图标区 42 , 以触发图标区 42所对 应显示屏幕 1上所显示的图标以及程序。 上述的情况只是对应通常的情况， 如图 3所示， 导电层 4以及所对应的 触控区 41以及图标区 42为矩形， 但在试验中发现， 导电层可以为各种形 状， 为了适用不同的电容屏幕， 以及适合于不同的显示界面设计， 导电层 4 可以制成多种不同的形状， 使其具有预定义形状。 从上述的实施例也可以知道， 所述的导电层 4连续分布于显示屏幕 2的 有效区域以内以及显示屏幕 2的有效区域以外区域， 导电层 4的形状与此相 对应。 也就是说， 导电层 4所对应的形状的区域为显示屏幕显示 1区域边缘两 侧， 在屏幕显示 2区域内有对应图标， 为图标区 42 , 屏幕显示 2区域外为手 指控制区， 为触控区 41。 另外， 上述的具有预定义形状的导电层具有多个， 可以纵排、 横排、 斜 排等多种方式排列或组合排列， 这样， 可以适应软件的特性以及满足用户的 个性需求。 同时， 为使上述的触控区 41更加显而易见， 可以在上面印刷标识， 使其 具有可视标识， 以方便用户准确触发以及控制。 还有， 所述的导电层以透明导电材料制备， 这样印制在屏幕上才不会对 显示产生影响。 而导电层是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射 等之一或组合工艺覆盖或结合在贴膜的基层。 综上所述， 还有基于上述贴膜的用户界面控制及处理方法， 在电容触控 屏幕的表面贴有上述具有导电层 4的贴膜； 在与贴膜对应的显示屏幕有效显示区域内具有程序图标， 该程序图标对 设备的驱动程序相关联； 当用户触发设备的触控屏幕以外的触控区 41时， 所产生的触控信号通过 贴膜的导电层 4传导至在显示屏幕 1显示区域内的图标区 42 , 即驱动图标区 的程序， 运行与此图标相关联的程序。 上述的触控区 41以及图标区 42具有多个， 以块条、 长条状进行横、 竖、 对角等方式进行排列或组合排列， 以及以组合开关的方式进行控制。 另外， 所述的显示屏幕 2显示区域的图标区 42为虚拟， 图标为透明状 态。 以及， 贴膜的生产工艺一般包括： 制胶、 涂布、 干燥、 卷取、 分切、 包 装等工艺。 这样， 通过上述的技术方案， 就可以达到这样的效果： 增加多种用户可 以设置与调节的功能， 可以利用用户操作界面的空白处增加新的功能， 特别 是设备操作表面的， 还可以设置快键以及用户自己喜欢的快捷方式。 显然， 上述实施例仅仅是为清楚地说明所作的举例， 而并非对实施方 式的限定。 对于所属领域的普通技术人员来说， 在上述说明的基础上还可 以做出其它不同形式的变化或变动。 这里无需也无法对所有的实施方式予 以穷举。 而由此所引伸出的显而易见的变化或变动仍处于本发明创造的保 护范围之中。 In this embodiment, an apparatus and method based on an intelligent information interaction device are provided. Our most common intelligent information interaction devices include a mobile phone, a television, a tablet computer, a smart camera, and other smart devices, and the devices have an interactive interface. However, these interfaces are mostly in the form of touch screens, and the touch screens are mostly based on capacitive touch screens, and the devices and methods involved in the embodiments are mainly designed and implemented for capacitive touch screens. . In this embodiment, as shown in FIG. 2, the smart phone is used as the user terminal, and the description is made by using the same. As can be seen from FIG. 2, the embodiment is mainly implemented on the mobile phone body 1, and the body 1 is implemented. There is a display screen 2, that is, the capacitive touch screen, and another display on the display screen 2, that is, the mobile phone touch button 3, the touch button 3 can be in the area of the display screen 2, that is, the capacitor Within the effective range of the touch screen, the touch button 3 can be set outside the display screen 2 area, that is, outside the effective range of the capacitive touch screen, to realize the most common functions of return, homepage, menu, etc. The function keys are most common in Android-based phones. These mobile phones have capacitive touch modules, which can improve and improve the existing capacitive touch modules to achieve the functions and achieve the desired effects of the present invention. In the embodiment, a conductive layer 4 is added to the capacitive touch module, and the conductive layer 4 is mainly coated or sputter coated, that is, in the form of a coating, or a thin film. . The conductive layer 4 is coated on both sides of the module base layer or other structural layers, but the signal is sensitive on the outside but is easy to wear, and the inside is long on the inside but the sensitivity is slightly poor. The conductive layer 4 covers only a specific area or a designated area of the above-mentioned module base layer. As shown in FIG. 2, the conductive layer 4 has a touch area 41, because the touch area 41 is a position triggered by a user's finger, which is equivalent to a virtual button, and is not The touch area 41 is not occupied by the effective display area of the original display screen 2, so the touch area 41 is disposed outside the effective range of the capacitive touch screen, that is, outside the effective area of the display screen 2, and the conductive layer 4 Extending and corresponding to a specific area of the device capacitive touch screen, that is, an icon area 42 having a corresponding identifier in the display screen 2, thus being generated when the touch area 41 is triggered The human body sensing signal is directly transmitted to the icon area 42 due to the conduction of the conductive layer 4 to trigger the icon and the program displayed on the display screen 2 corresponding to the icon area 42. The above situation is only for the usual case. As shown in FIG. 2, the conductive layer 4 and the corresponding touch area 41 and the icon area 42 are rectangular, but it is found in the experiment that the conductive layer can have various shapes, and is suitable for different applications. The capacitive screen, as well as suitable for different display interface designs, the conductive layer 4 can be made in a variety of different shapes to have a predefined shape. It is also known from the above embodiments that the conductive layer 4 is continuously distributed within the effective area of the display screen 2 and outside the effective area of the display screen 2, and the shape of the conductive layer 4 corresponds thereto. That is to say, the area corresponding to the shape of the conductive layer 4 is on both sides of the edge of the display screen display area 1 , and there is a corresponding icon in the area of the screen display 2, which is the icon area 42 , and the screen display area is a finger control area outside the area 2 Control area 41. In addition, the above-mentioned conductive layer having a predefined shape has a plurality of layers, which may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like, so that the characteristics of the software and the personality requirements of the user can be adapted. At the same time, in order to make the above-mentioned touch area 41 more obvious, the logo can be printed thereon to have a visual identifier for the user to accurately trigger and control. Also, the conductive layer is made of a transparent conductive material so that it is printed on the screen without affecting the display. The conductive layer is covered or bonded to the base layer of the module by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like. In summary, there is also a user interface control and processing method based on the capacitive touch module, wherein the capacitive touch module having the conductive layer 4 is attached to the surface of the capacitive touch screen; A program icon is displayed in the effective display area of the display screen, and the program icon is associated with the driver of the device; when the user triggers the touch area 41 other than the touch screen of the device, the generated touch signal passes through the capacitive touch module. The conductive layer 4 is conducted to an icon area 42 within the display area of the display screen 2, i.e., a program that drives the icon area, to run a program associated with the icon. The touch area 41 and the icon area 42 are plural, and are arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and are controlled by a combination switch. In addition, the icon area 42 of the display area of the display screen 2 is virtual, and the icon is in a transparent state. In this way, through the above technical solution, the effect can be achieved: a plurality of functions that can be set and adjusted by the user can be added, and new functions can be added by using the blank space of the user operation interface, especially the surface of the device operation, and can also be set fast. Keys and shortcuts that users like. Embodiment 7: In this embodiment, an apparatus and method based on an intelligent information interaction device are provided. Our most common intelligent interaction devices include mobile phones, televisions, tablets, smart cameras, and other smart devices, and the like. There is an interactive interface, and these interfaces are currently mostly in the form of a touch screen, and the touch screen is mostly based on a capacitive touch screen, and the device and method of the present invention are mainly directed to a capacitive touch screen. Designed and implemented. In this embodiment, as shown in FIG. 3, the smart phone is used as the user terminal, and the description is made by using the same. As can be seen from FIG. 3, the embodiment is mainly implemented on the mobile phone body 1, and the body 1 is implemented. There is a display screen 2, that is, the capacitive touch screen, and another display on the display screen 2, that is, the mobile phone touch button 3, the touch button can be in the display screen area, that is, capacitive touch Within the effective range of the screen, you can also set the touch buttons outside the display screen area, that is, outside the effective range of the capacitive touch screen, to achieve the most common functions of return, home page, menu, etc. Mobile phones based on Android are the most common. In general, mobile phones require a film, and the conventional film does not add any new functions other than protection and beautification. The above is the most common configuration of the existing smart phone. In order to realize the function of the present invention, the existing film is improved and improved to realize the function of the present invention and achieve the desired effect. In the embodiment, a film is provided. As shown in FIG. 3, the film 5 has a film base layer, and a conductive layer 4 is added to the film base layer, and the conductive layer 4 is mainly coated, that is, The form of the coating appears, and it can also be a film. This conductive layer 4 can be applied on both sides (inside or outside) of the base layer of the film, but the signal on the outside is sensitive but easy to wear, and the inside is long on the inside but the sensitivity is slightly poor. The conductive layer 4 covers only a specific area or a designated area of the base layer of the film, as shown in FIG. 3, has a touch area 41, because the touch area 41 is a position triggered by a user's finger, which is equivalent to a virtual button, and in order not to make this The touch area 41 does not occupy the effective display area of the original display screen 2, so the touch area 41 is disposed outside the effective range of the capacitive touch screen, that is, outside the effective area of the display screen 1, and the conductive layer 4 extends and Corresponding to a specific area of the device touch screen, that is, an icon area 42 having a corresponding identifier in the display screen 2, so that the human body sensing signal generated when the touch area 41 is triggered is directly transmitted to the conductive layer 4 The icon area 42 is to trigger the icon and the program displayed on the display screen 1 corresponding to the icon area 42. The above-mentioned situation only corresponds to the usual situation. As shown in FIG. 3, the conductive layer 4 and the corresponding touch area 41 and the icon area 42 are rectangular, but it is found in the experiment that the conductive layer can have various shapes, and is suitable for different applications. The capacitive screen, as well as suitable for different display interface designs, the conductive layer 4 can be made in a variety of different shapes to have a predefined shape. It is also known from the above embodiments that the conductive layer 4 is continuously distributed within the effective area of the display screen 2 and outside the effective area of the display screen 2, and the shape of the conductive layer 4 corresponds thereto. That is to say, the area corresponding to the shape of the conductive layer 4 is on both sides of the edge of the display screen display area 1 , and there is a corresponding icon in the area of the screen display 2, which is the icon area 42 , and the screen display area is a finger control area outside the area 2 Control area 41. In addition, the above-mentioned conductive layer having a predefined shape has a plurality of layers, which may be arranged in a plurality of ways, such as a row, a row, a diagonal row, or the like, so that the characteristics of the software and the personality requirements of the user can be adapted. At the same time, in order to make the above-mentioned touch area 41 more obvious, the logo can be printed thereon to have a visual identifier for the user to accurately trigger and control. Also, the conductive layer is made of a transparent conductive material so that it is printed on the screen without affecting the display. The conductive layer is covered or bonded to the base layer of the film by one or a combination of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or the like. In summary, there is also a user interface control and processing method based on the above-mentioned film, and the above-mentioned film having the conductive layer 4 is attached to the surface of the capacitive touch screen; In the effective display area of the display screen corresponding to the film, there is a program icon, which is associated with the driver of the device; when the user triggers the touch area 41 other than the touch screen of the device, the generated touch signal passes through the film The conductive layer 4 is conducted to an icon area 42 within the display area of the display screen 1, i.e., a program that drives the icon area, to run a program associated with the icon. The touch area 41 and the icon area 42 are plural, and are arranged or arranged in a horizontal, vertical, diagonal, or the like in a block or strip shape, and are controlled by a combination switch. In addition, the icon area 42 of the display area of the display screen 2 is virtual, and the icon is in a transparent state. Moreover, the production process of the film generally includes: a process of making, coating, drying, coiling, slitting, packaging, and the like. In this way, through the above technical solution, the effect can be achieved: a plurality of functions that can be set and adjusted by the user can be added, and new functions can be added by using the blank space of the user operation interface, especially the surface of the device operation, and can also be set fast. Keys and shortcuts that users like. It is apparent that the above-described embodiments are merely illustrative of the examples, and are not intended to limit the embodiments. Other variations or modifications of the various forms may be made by those skilled in the art in light of the above description. There is no need and no way to exhaust all of the implementations. Obvious changes or variations resulting therefrom are still within the scope of the invention.

Claims

权 利 要 求 书 Claims
1、 一种用于触控屏幕的触控单元， 其特征在于， 包括一个导电层， 所 述导电层包括相互连接的一个标识覆盖区域和一个触控延伸区域， 所述标识 覆盖区域覆盖在触控屏幕的触控标识上， 所述触控延伸区域延伸至该触控屏 幕的空白处或该触控屏幕外， 通过触控该触控延伸区域可实现对所述标识覆 盖区域覆盖的触控标识进行操作。  A touch unit for a touch screen, comprising: a conductive layer, wherein the conductive layer comprises an identification cover area and a touch extension area connected to each other, and the mark cover area covers the touch The touch extension area of the control screen extends to the blank of the touch screen or the touch screen, and the touch coverage area can be touched by the touch extension area. The logo operates.
1、 根据权利要求 1所述的触控单元， 其特征在于， 所述导电层为透 明。 The touch unit according to claim 1, wherein the conductive layer is transparent.
3、 根据所述权利要求 1或 2所述的触控单元， 其特征在于， 所述导电层 是以丝网印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射之一或组合工 艺覆盖或结合在触控屏幕的触控区域内。 The touch unit according to claim 1 or 2, wherein the conductive layer is screen printed, coated, wiped, sprayed, spray coated, primed, impregnated, and sputtered. One or a combination process covers or is incorporated in the touch area of the touch screen.
4、 一种具有上述权利要求 1-3任一所述的触控单元的触控屏幕，其特征 在于，在所述触控屏幕上设置有一个或多个所述触控单元。 A touch screen of the touch unit according to any one of claims 1-3, wherein one or more of the touch units are disposed on the touch screen.
5、 根据权利要求 4所述的触控屏幕，其特征在于，所述触控单元的触控 延伸区域设置在所述触控屏幕内的空白区域内。 The touch screen of claim 4, wherein the touch extension area of the touch unit is disposed in a blank area within the touch screen.
6、 根据权利要求 4所述的触控屏幕，其特征在于，所述触控单元的触控 延伸区域设置在所述触控屏幕外。 The touch screen of claim 4, wherein the touch extension area of the touch unit is disposed outside the touch screen.
7、 根据权利要求 4所述的触控屏幕，其特征在于，所述触控单元设置在 所述触控屏幕的外层、 内层或者中间层。 8、 根据权利要求 4所述的触控屏幕，其特征在于，所述触控单元以块条、 长条状进行横、 竖、 对角方式进行排列或组合排列， 以及以组合开关的方式 进行控制。 The touch screen according to claim 4, wherein the touch unit is disposed on an outer layer, an inner layer or an intermediate layer of the touch screen. The touch screen according to claim 4, wherein the touch unit is arranged in a horizontal, vertical, and diagonal manner in a block or strip, and is arranged in a combined switch manner. control.
9、 一种具有权利要求 1-3任一所述的触控单元的贴膜， 其特征在于， 所述贴膜包括覆盖在触控屏幕上的贴膜基层， 在所述贴膜基层上设置有一个 或多个所述触控单元。 A film for a touch unit according to any one of claims 1 to 3, wherein the film comprises a film base layer covering the touch screen, and one or more of the film base layers are disposed on the film base layer The touch unit.
10、 根据权利要求 9所述的贴膜， 其特征在于， 所述触控单元设置在所 述贴膜基层的内侧或外侧。 The film according to claim 9, wherein the touch unit is disposed inside or outside the base layer of the film.
11、 根据权利要求 9所述的贴膜， 其特征在于， 所述触控单元的触摸延 伸区域设置在触控屏幕的屏幕显示区域边缘的两侧。 The film according to claim 9, wherein the touch extension area of the touch unit is disposed on both sides of an edge of the screen display area of the touch screen.
12、 一种上述权利要求 4-8任一所述触控屏幕的制备方法， 其特征在 于， 包括： 在所述触控屏幕的外层、 内层或中间层制备所述触控单元的导电层； 所述触控单元的标识覆盖区域覆盖在触控屏幕的触控标识上， 所述触控 单元的触控延伸区域延伸至该触控屏幕的空白处或该触控屏幕外。 The method for preparing a touch screen according to any one of the preceding claims 4-8, further comprising: preparing a conductive layer of the touch unit in an outer layer, an inner layer or an intermediate layer of the touch screen The touch area of the touch unit is over the touch screen of the touch screen, and the touch extension area of the touch unit extends to the blank of the touch screen or outside the touch screen.
1 3、 根据权利要求 12所述的触控屏幕的制备方法， 所述导电层是以丝网 印刷、 涂布、 擦涂、 喷涂、 淋涂、 津涂、 浸渍、 溅射之一或组合工艺覆盖或 结合在触控屏幕的触控区域内。 The method for preparing a touch screen according to claim 12, wherein the conductive layer is one of screen printing, coating, wiping, spraying, shower coating, dip coating, dipping, sputtering, or a combination process. Cover or be integrated in the touch area of the touch screen.
14、 一种制备所述权利要求 9-11所述的贴膜的方法， 其特征在于， 包括 如下步骤： 在触控屏幕的表面贴上贴膜基层； 在所述贴膜基层的内层或外侧制备所述触控单元， 所述触控单元的标识 覆盖区域覆盖在触控屏幕的触控标识上， 所述触控单元的触控延伸区域 延伸至该触控屏幕的空白处或该触控屏幕外。 14. A method of preparing the film according to any of claims 9-11, comprising the steps of: Applying a film base layer on the surface of the touch screen; preparing the touch unit on the inner layer or the outer side of the film base layer; the logo cover area of the touch unit is overlaid on the touch mark of the touch screen, The touch extension area of the touch unit extends to a blank of the touch screen or outside the touch screen.
PCT/CN2014/080518 2013-06-23 2014-06-23 Touch control unit, touch control screen having the touch control unit, screen protector attachment method, and preparation method WO2014206256A1 (en)

Applications Claiming Priority (4)

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CN201310249621.9A CN104238837A (en) 2013-06-23 2013-06-23 Control device and method of touch screen of information interactive equipment
CN201310249621.9 2013-06-23
CN201310249622.3 2013-06-23
CN201310249622.3A CN104238838A (en) 2013-06-23 2013-06-23 Control and processing method of filmed user interface of information interactive equipment

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