CN104881160A - Method for detecting surface film of intelligent information equipment - Google Patents
Method for detecting surface film of intelligent information equipment Download PDFInfo
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- CN104881160A CN104881160A CN201410464207.4A CN201410464207A CN104881160A CN 104881160 A CN104881160 A CN 104881160A CN 201410464207 A CN201410464207 A CN 201410464207A CN 104881160 A CN104881160 A CN 104881160A
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Abstract
The invention provides a method for detecting the surface film of intelligent information equipment. The intelligent equipment surface film comprises a conductive layer. The conductive layer comprises an identification covering area and a touch control extension area which are connected, wherein the identification covering area covers the touch control identification of a touch control screen, the touch control extension area extends to the blank of the touch control screen or outside the touch control screen, and the touch control identification can be operated by touching the touch control extension area. The conductive layer 4 is of a similar inverted U shape, the top end of the similar inverted U shape corresponds to the touch control extension area, and the bottom ends of the similar inverted U shape respectively correspond to two areas of the identification covering area. Only when the two areas have information triggering at the same time, the operation response of shortcut buttons can be triggered. When the fingers of a user mistakenly trigger one optional areas of the two areas, the operation response of the shortcut buttons cannot be triggered. The invention further provides a touch control screen with a touch control unit.
Description
Technical field
The present invention relates to a kind of touch control unit, specifically the detection method of the film on surface of Intelligent information equipment.
Background technology
Along with getting more and more of smart machine, Touch Screen mobile phone gets more and more, wherein maximum with capacitive screens quantity, capacitance plate mobile phone can only operate with finger, cannot operate with common writing pencil, but can with special handwriting pen for capacitive screen, but this have much necessity for capacitance plate; Touch screens mobile phone with finger, also can operate with writing pencil.People more and more pay close attention to the capacitance plate mobile phone carrying out touch control operation with finger, and the mobile phone adopting capacitance plate to design also gets more and more.
Although there are many advantages, but existing capacitive screens function is comparatively single, be confined to above-mentioned touch controllable function, and as the smart machine at Man Machine Interface or interface and application, a lot of functions is also had to develop, particularly there is a lot of blank spaces at the edge of the operation interface of capacitive screens, wastes very much.In addition, user can only be arranged in on-screen display (osd) area the icon of application window, opens this application program by selecting the mode of this icon.Function Touch control key for Touch Screen is also like this, only has and selects this Touch control key, could perform corresponding operation.Like this, user can only visit application software or the function key of needs by aforesaid operations, shortcut or shortcut are not had yet for application software interactive window and operation interface, quick start-up and operation cannot be carried out to conventional software or application, even if there is quickly starting mode, also may cause false triggering due to the mistake running of the touch area of finger, meanwhile, system software can not monitor the state of screen sticking film or parameter or correct.
Summary of the invention
For this reason; technical matters to be solved by this invention is to carry out quick start-up and operation to conventional software or application in prior art; thus propose a kind ofly to start the contactor control device of popular software fast and use Touch Screen and the pad pasting of this contactor control device; and the intelligent protective film of false triggering can be avoided; or intelligence film, particularly can whether be covered on correct position by oneself's detection protection diaphragm.
For solving the problems of the technologies described above, the invention provides a kind of touch control unit, and there is the Touch Screen of this touch control unit and there is the pad pasting of this touch control unit, and its preparation method is provided.
Technique scheme of the present invention has the following advantages compared to existing technology:
(1) the invention provides a kind of touch control unit, comprise a conductive layer, described conductive layer comprises an interconnective mark overlay area and a touch-control elongated area, described mark overlay area covers in the touch-control mark of Touch Screen, outside the blank space that described touch-control elongated area extends to this Touch Screen or this Touch Screen, the touch-control mark that can be realized described mark overlay area covers by this touch-control elongated area of touch-control is operated.By this touch control unit, in fact construct the other quick Touch control key of the touch-control mark of its overlay area, this quick Touch control key is set to as required the correct position of Touch Screen, is convenient to using and controlling of user.The program makes the blank space of Touch Screen and other positions rationally obtain use, improves utilization factor by the mode arranging quick Touch control key, convenient for users.Particularly there are two independently toggle area, only have when triggering at the same time, can the operation of responding fast button, namely have detected existence and the correctness of diaphragm, and whether there is diaphragm.
(2) the present invention also provides a kind of Touch Screen with above-mentioned touch control unit, this Touch Screen can be arranged one or more described touch control unit, as required quick Touch control key is arranged to several touch-controls mark, facilitate prompt operation and control that user identifies these touch-controls.
(3) Touch Screen of the present invention, described touch control unit can be arranged on the internal layer of this Touch Screen, skin or middle layer, preferred interlayer, be arranged on outer highly sensitive but easily wear and tear, be arranged on internal layer poor sensitivity but should not wear and tear, therefore be arranged on middle layer and can ensure that it has certain sensitivity, but should not wear and tear, improve its serviceable life.
(4) the present invention also provides a kind of pad pasting with above-mentioned touch control unit, and this pad pasting is provided with one or more described touch control unit.This pad pasting is without the need to carrying out on the fresh processed basis of weight to Touch Screen, achieve the setting of shortcut, only need this touch control unit in the desired location processing of this pad pasting, which implements simple and convenient, and can use on existing Touch Screen, avoid secondary processing.
(5) above-mentioned Touch Screen and pad pasting, all achieve the multiple user of increase can arrange and the function regulated, the blank space of user interface can be utilized to increase new function, be used for increasing virtual key, particularly equipment operating surface, can also arrange the shortcut that shortcut and user oneself like.
Accompanying drawing explanation
In order to make content of the present invention be more likely to be clearly understood, below according to a particular embodiment of the invention and by reference to the accompanying drawings, the present invention is further detailed explanation, wherein:
Fig. 1 is the schematic diagram of touch control unit of the present invention;
Fig. 2 is the schematic diagram of Touch Screen of the present invention;
In figure, Reference numeral is expressed as: 1-body, 2-display screen, 3-touch controlled key, 4-conductive layer, 41-Touch Zone, 42-icon area, 5-pad pasting.
Embodiment
embodiment 1:
A kind of touch control unit for Touch Screen is provided in the present embodiment, as shown in Figure 1, this touch control unit comprises a conductive layer 4, described conductive layer 4 comprises interconnective mark overlay area (i.e. icon area 42) and a touch-control elongated area (i.e. Touch Zone 41), touch-control elongated area is also referred to as Touch Zone 41, and mark overlay area is also referred to as icon area 42.Described mark overlay area (i.e. icon area 42) covers in the touch-control mark of Touch Screen, outside the blank space that described touch-control elongated area (i.e. Touch Zone 41) extends to this Touch Screen or this Touch Screen, the touch-control mark that can be realized described mark overlay area (i.e. icon area 42) covers by this touch-control elongated area of touch-control (i.e. Touch Zone 41) is operated, specifically, described conductive layer 4 is in class reverse U shape shape, the top of class reverse U shape is corresponding with touch-control elongated area (i.e. Touch Zone 41), the mark overlay area, bottom (i.e. icon area 42) of class reverse U shape is corresponding.The bottom of class reverse U shape is corresponding respectively with two pieces of regions of mark overlay area (i.e. icon area 42), only when two pieces of regions have information triggering simultaneously, the operation response of shortcut key can be triggered, when user points wherein arbitrary region in the above-mentioned two pieces of regions of false triggering, the operation response of shortcut key can not be triggered.
And trigger message will be had in above-mentioned two pieces of regions simultaneously, must implement to click on the top of class reverse U shape and touch-control elongated area (i.e. Touch Zone 41) touch control operation, just may be made in above-mentioned two pieces of regions will have trigger message simultaneously; If when operating in single mark overlay area (i.e. icon area 42), any response can not be produced, can not complete operation.
Like this, the maloperation of user can just effectively be avoided.Simultaneously; when diaphragm is not covered on correct position; the top of conductive layer 4 class reverse U shape is not corresponding with touch-control elongated area (i.e. Touch Zone 41); equally; the mark overlay area, bottom (i.e. icon area 42) of class reverse U shape is not corresponding; class this; the bottom of reverse U shape is not corresponding respectively with two pieces of regions of mark overlay area (i.e. icon area 42); also can not have information to trigger simultaneously; so the operation response of shortcut key just can not be triggered, namely correct position whether can be covered in by oneself's detection protection diaphragm.
Particularly: whether go back coated with protective film on smart machine surface, thus make software be in different duties, namely when there being film to paste, in the transparent touch mark of two pieces of corresponding Touch Screens of regions difference of mark overlay area (i.e. icon area 42), screen response can be triggered in above-mentioned two pieces of regions simultaneously, thus can touch the application program for film; And when there is no diaphragm on smart machine surface; screen response cannot be triggered in above-mentioned two pieces of regions simultaneously; be merely able to single triggering; thus corresponding application program can not be opened, so, user just can operate in specific region; namely whether two touch areas of Touch Screen can response messages; just achieve the object whether diaphragm exists on screen, meanwhile, the different program of corresponding driving and application.
The structure of conductive layer 4 class reverse U shape is corresponding in equipment bottom is just positive U-shaped, and as shown in Figure 2, following examples herewith.
For the ease of observing the touch-control mark that this conductive layer icon area 42 covers, this conductive layer is transparent material.This conductive layer covers with one of serigraphy, coating, obliterating, spraying, showering, Tianjin painting, dipping, sputtering or group technology or be combined in the touch area of Touch Screen.
In the present embodiment, the touch-control mark that can be realized described mark overlay area (i.e. icon area 42) covers by this touch-control elongated area of touch-control (i.e. Touch Zone 41) is operated.By this touch control unit, in fact construct the other quick Touch control key of the touch-control mark of its overlay area, this quick Touch control key is set to as required the correct position of Touch Screen, is convenient to using and controlling of user.The program makes the blank space of Touch Screen and other positions rationally obtain use, improves utilization factor by the mode arranging quick Touch control key, convenient for users.
embodiment 2:
A kind of Touch Screen was provided in the present embodiment, as shown in Figure 2, described Touch Screen was provided with one or more described touch control unit.This touch control unit comprises a conductive layer 4, described conductive layer 4 comprises interconnective mark overlay area (i.e. icon area 42) and a touch-control elongated area (i.e. Touch Zone 41), touch-control elongated area is also referred to as Touch Zone 41, and mark overlay area is also referred to as icon area 42.Described mark overlay area (i.e. icon area 42) covers in the touch-control mark of Touch Screen, outside the blank space that described touch-control elongated area (i.e. Touch Zone 41) extends to this Touch Screen or this Touch Screen, the touch-control mark that can be realized described mark overlay area covers by this touch-control elongated area of touch-control is operated.
The touch-control elongated area (Touch Zone 41) of described touch control unit is arranged in the white space in described Touch Screen, also can be arranged on outside described Touch Screen.If Touch Zone is arranged in Touch Screen, that must select original white space, in order to avoid produce interference.If be arranged on outside Touch Screen, can select the white space in Touch Screen both sides, the Touch Zone 41 of this touch control unit, as touch-control shortcut, makes except the touch-control mark in Touch Screen, user touches this touch-control shortcut, also can realize the operation identified this touch-control.
Equally, described conductive layer 4 is in class reverse U shape shape, and the top of class reverse U shape is corresponding with touch-control elongated area (i.e. Touch Zone 41), and the mark overlay area, bottom (i.e. icon area 42) of class reverse U shape is corresponding.The bottom of class reverse U shape is corresponding respectively with two pieces of regions of mark overlay area (i.e. icon area 42), only when two pieces of regions have information triggering simultaneously, the operation response of shortcut key can be triggered, when user points wherein arbitrary region in the above-mentioned two pieces of regions of false triggering, the operation response of shortcut key can not be triggered.
And trigger message will be had in above-mentioned two pieces of regions simultaneously, must implement to click on the top of class reverse U shape and touch-control elongated area (i.e. Touch Zone 41) touch control operation, just may be made in above-mentioned two pieces of regions will have trigger message simultaneously; If when operating in single mark overlay area (i.e. icon area 42), any response can not be produced, can not complete operation.And know film whether on correct position as above-described embodiment.
Described touch control unit can be arranged on the skin of described Touch Screen, internal layer or middle layer.Preferred interlayer, is arranged on outer highly sensitive but easily wear and tear, is arranged on internal layer poor sensitivity but should not weares and teares, being therefore arranged on middle layer and can ensureing that it has certain sensitivity, but should not wear and tear, improve its serviceable life
In addition, the shape of this touch control unit does not have particular/special requirement, rationally arrange as required, described touch control unit carries out the modes such as horizontal, vertical, diagonal angle with block bar, strip and carries out arranging or assembled arrangement, and control in the mode of combined switch, and carry out needs and can define various font, as defined with various fonts such as VJMNUT or combine, reach the object of handled easily and control.
The preparation method of this Touch Screen is: the conductive layer preparing described touch control unit in the skin of Touch Screen, internal layer or middle layer, described conductive layer covers with one of serigraphy, coating, obliterating, spraying, showering, Tianjin painting, dipping, sputtering or group technology or be combined in the touch area of Touch Screen, the mark overlay area of described touch control unit covers in the touch-control mark of Touch Screen, outside the blank space that the touch-control elongated area of described touch control unit extends to this Touch Screen or this Touch Screen.
A kind of Touch Screen with above-mentioned touch control unit is provided in the program, this Touch Screen can be arranged one or more described touch control unit, as required quick Touch control key is arranged to several touch-controls mark, facilitate prompt operation and control that user identifies these touch-controls.
embodiment 3:
There is provided a kind of pad pasting in the present embodiment, described pad pasting comprises the pad pasting basic unit covered on Touch Screen, and described pad pasting basic unit is provided with one or more described touch control unit.This touch control unit comprises a conductive layer 4, described conductive layer 4 comprises interconnective mark overlay area (i.e. icon area 42) and a touch-control elongated area (Touch Zone 41), touch-control elongated area is also referred to as Touch Zone 41, and mark overlay area is also referred to as icon area 42.Described mark overlay area (i.e. icon area 42) covers in the touch-control mark of Touch Screen, outside the blank space that described touch-control elongated area (Touch Zone 41) extends to this Touch Screen or this Touch Screen, the touch-control mark that can be realized described mark overlay area (i.e. icon area 42) covers by this touch-control elongated area of touch-control (Touch Zone 41) is operated.
Equally, described conductive layer 4 is in class reverse U shape shape, and the top of class reverse U shape is corresponding with touch-control elongated area (i.e. Touch Zone 41), and the mark overlay area, bottom (i.e. icon area 42) of class reverse U shape is corresponding.The bottom of class reverse U shape is corresponding respectively with two pieces of regions of mark overlay area (i.e. icon area 42), only when two pieces of regions have information triggering simultaneously, the operation response of shortcut key can be triggered, when user points wherein arbitrary region in the above-mentioned two pieces of regions of false triggering, the operation response of shortcut key can not be triggered.
And trigger message will be had in above-mentioned two pieces of regions simultaneously, must implement to click on the top of class reverse U shape and touch-control elongated area (i.e. Touch Zone 41) touch control operation, just may be made in above-mentioned two pieces of regions will have trigger message simultaneously; If when operating in single mark overlay area (i.e. icon area 42), any response can not be produced, can not complete operation.And know film whether on correct position as above-described embodiment.
Described touch control unit is arranged on inner side or the outside of described pad pasting basic unit.When being arranged on inner side, sensitivity decrease, but it is smaller to wear and tear, and when being arranged on the outside of pad pasting basic unit, sensitivity is higher, but easily weares and teares, and user can be arranged as required.The touch elongated area (i.e. Touch Zone 41) of described touch control unit can be arranged on the both sides at the on-screen display (osd) area edge of Touch Screen, expands the utilization factor of this Touch Screen both sides white space.By arranging this touch control unit, will be arranged on the edge of screen sides as the Touch Zone of shortcut, user uses convenient, improves convenience.
Described pad pasting 5 in the present embodiment is without the need to carrying out on the fresh processed basis of weight to Touch Screen, achieve the setting of shortcut, only need this touch control unit in the desired location processing of this pad pasting, which implements simple and convenient, and can use on existing Touch Screen, avoid secondary processing.
The preparation method of this pad pasting is stick pad pasting basic unit on the surface of Touch Screen; Described touch control unit is prepared at the internal layer of described pad pasting basic unit or outside, the mark overlay area (i.e. icon area 42) of described touch control unit covers in the touch-control mark of Touch Screen, outside the blank space that the touch-control elongated area (Touch Zone 41) of described touch control unit extends to this Touch Screen or this Touch Screen.
embodiment 4:
A kind of pad pasting based on information interaction equipment; described information interaction equipment has capacitance touching control screen; its surface can cover pad pasting 5; this pad pasting 5 has protective seam and basic unit; described pad pasting 5 also has conductive coating and conductive layer 4; this conductive coating (i.e. conductive layer 4) only covers the specific region of basic unit; there is Touch Zone; Touch Zone is arranged on beyond the effective range of capacitance touching control screen; this conductive coating extends and the specific region of corresponding device capacitance touching control screen; namely have the icon area of corresponding mark, conductive coating has predefine shape.
As preferred mode, described conductive layer continuous distribution within the effective coverage of display screen and the effective coverage of display screen with exterior domain, the shape of conductive layer is corresponding.In addition, the region of the shape corresponding to described conductive layer is display screen viewing area both sides of edges, in screen display area, have corresponding icon, is icon area; Being finger control zone outside screen display area, is Touch Zone.
In other implementations, the above-mentioned conductive layer with predefine shape has multiple, can various ways arrangement or the assembled arrangement such as tandem, horizontally-arranged, oblique row.Touch Zone has visible mark, to facilitate the accurate trigging control of user.
Described conductive layer is prepared with transparent conductive material.
In the present embodiment, conductive layer covers with one of serigraphy, coating, obliterating, spraying, showering, Tianjin painting, dipping, sputtering etc. or group technology or is combined in the basic unit of pad pasting.
Further, based on user interface control and the disposal route of above-mentioned pad pasting, post the above-mentioned pad pasting with conductive layer on the surface of capacitance touching control screen; In the display screen effective display area territory corresponding with pad pasting, have program icon, this program icon is associated with the driver of equipment.
During Touch Zone beyond the Touch Screen of user's trigger equipment, the touching signals produced conducts to the icon area in display screen viewing area by the conductive layer of pad pasting, namely drives the program of icon area, runs the program that icon is therewith associated.
As preferred embodiment, above-mentioned Touch Zone and icon area have multiple, carry out the modes such as horizontal, vertical, diagonal angle and carry out arranging or assembled arrangement, and control in the mode of combined switch with block bar, strip.
In addition, the icon area of described display screen viewing area is virtual, and icon is pellucidity.
Like this, by above-mentioned technical scheme, just can reach such effect: increase multiple user and can arrange and the function regulated, the blank space of user interface can be utilized to increase new function, be used for increasing virtual key, particularly equipment operating surface, can also arrange the shortcut that shortcut and user oneself like.
embodiment 5:
A kind of capacitance touching control module based on information interaction equipment, described information interaction equipment has capacitance touching control screen, as shown in Figure 2, described module has conductive coating (also referred to as conductive layer), this conductive coating only covers the specific region of module basic unit or each structural sheet, there is Touch Zone, Touch Zone is arranged on beyond the display screen effective range of capacitance touching control screen, this conductive coating extends and the specific region of corresponding device capacitance touching control screen, namely there is within there is corresponding display screen effective range the icon area of mark, conductive coating has predefine shape.
In the present embodiment, described conductive layer continuous distribution within the effective coverage of display screen and the effective coverage of display screen with exterior domain, the shape of conductive layer is corresponding.In addition, the region of the shape corresponding to described conductive layer is display screen viewing area both sides of edges, in screen display area, have corresponding icon, is icon area; , being finger control zone outside screen display area, is Touch Zone.
In a particular embodiment, the above-mentioned conductive layer with predefine shape has multiple, can various ways arrangement or the assembled arrangement such as tandem, horizontally-arranged, oblique row.Touch Zone has visible mark, to facilitate the accurate trigging control of user.Described conductive layer is prepared with transparent conductive material.
In the present embodiment, conductive layer covers with one of serigraphy, coating, obliterating, spraying, showering, Tianjin painting, dipping, sputtering etc. or group technology or is combined in basic unit or each structural sheet of module.
Further, based on user interface control and the disposal route of above-mentioned module, capacitance touching control screen includes the module of conductive layer; In the display screen effective display area territory corresponding with module, have program icon, this program icon is associated with the driver of equipment.
During Touch Zone beyond the Touch Screen of user's trigger equipment, the touching signals produced conducts to the icon area in display screen viewing area by the conductive layer of module, namely drives the program of icon area, runs the program that icon is therewith associated.
In general, above-mentioned Touch Zone and icon area have multiple, carry out the modes such as horizontal, vertical, diagonal angle and carry out arranging or assembled arrangement, and control in the mode of combined switch with block bar, strip.
As preferred embodiment, the icon area of described display screen viewing area is virtual, and icon is pellucidity.
Like this, by above-mentioned technical scheme, just can reach such effect: increase multiple user and can arrange and the function regulated, the blank space of user interface can be utilized to increase new function, be used for increasing virtual key, particularly equipment operating surface, can also arrange the shortcut that shortcut and user oneself like.
embodiment 6:
A kind of device based on intelligent information interactive device and method are provided in the present embodiment, we have mobile phone, TV, panel computer, smart camera and other smart machine etc. by modal intelligent information interactive device, these equipment have an interactive interface, and these interfaces occur mainly with the mode of touch screen at present, and touch screen is main mainly with capacitance touching control screen, and device involved by the present embodiment and method also mainly carry out design and implementation for capacitive touch screen.
In the present embodiment, as shown in Figure 2, using smart mobile phone as user terminal, and nationality is described with this, as can be seen from Figure 2, embodiment is mainly implemented in mobile phone body 1, body 1 has display screen 2, namely described capacitive touch screen, in addition, display screen 2 has some marks, i.e. Mobile phone touch control button 3, this touch controlled key 3 can be in display screen 2 region, in the effective range of i.e. capacitive touch screen, also can outside display screen 2 region, namely beyond the effective range of capacitive touch screen, touch controlled key 3 is set again, to realize modal returning, homepage, the functions such as menu, these function keys are the most common in based on the mobile phone of Android system.
And these mobile phones have capacitance touching control module, existing capacitance touching control module can be carried out extension and improvement, to realize function of the present invention and to get a desired effect.
In an embodiment, add one deck conductive layer 4 to above-mentioned capacitance touching control module, this conductive layer 4 is mainly based on coating or sputter coating, and namely occurring with the form of coating, also can be thin film.The both sides that this conductive layer 4 is coated in module basic unit or other structural sheet increase, and are just coated in outboard signal sensitive but be easy to wearing and tearing, are coated in that the inner side life-span is long but susceptibility is slightly poor.
Conductive layer 4 only covers specific region or the appointed area of above-mentioned module basic unit, as shown in Figure 2, there is Touch Zone 41, the position of triggering is pointed because Touch Zone 41 is users, a suitable virtual button, effective display area again in order to not make this Touch Zone 41 not take original display screen 2, so Touch Zone 41 is arranged on beyond the effective range of capacitance touching control screen, beyond the effective coverage of namely display screen 2, also have, this conductive layer 4 extends and the specific region of corresponding device capacitance touching control screen, namely there is the icon area 42 of corresponding mark in display screen 2, like this, the human-induced signal produced when Touch Zone 41 is triggered, due to the conduction of conductive layer 4, directly pass to icon area 42, to trigger icon shown on display screen 2 corresponding to icon area 42 and program.
Above-mentioned situation is corresponding common situation, as shown in Figure 2, conductive layer 4 and corresponding Touch Zone 41 and icon area 42 are rectangle, but find in test, conductive layer can be various shape, in order to be suitable for different capacitive screens, and is suitable for different display interface designs, conductive layer 4 can make multiple different shape, makes it have predefine shape.
Also can know from the above embodiments, described conductive layer 4 continuous distribution within the effective coverage of display screen 2 and the effective coverage of display screen 2 with exterior domain, the shape of conductive layer 4 is corresponding.
That is, the region of the shape corresponding to conductive layer 4 is that display screen shows 2 edges of regions both sides, and in screen display 2 region, have corresponding icon, be icon area 42, and being finger control zone outside screen display 2 region, is Touch Zone 41.
In addition, the above-mentioned conductive layer with predefine shape has multiple, can various ways arrangement or the assembled arrangement such as tandem, horizontally-arranged, oblique row, like this, can adapt to the characteristic of software and meet the individual needs of user.
Meanwhile, for making above-mentioned Touch Zone 41 more apparent, can identify at printed thereon, making it have visible mark, accurately trigger to facilitate user and control.
Further, described conductive layer is prepared with transparent conductive material, is printed on like this on screen and just can not has an impact to display.
And conductive layer covers with one of serigraphy, coating, obliterating, spraying, showering, Tianjin painting, dipping, sputtering etc. or group technology or is combined in the basic unit of module.
In sum, also have the user interface control based on above-mentioned capacitance touching control module and disposal route, post the above-mentioned capacitance touching control module with conductive layer 4 on the surface of capacitance touching control screen;
In the display screen effective display area territory corresponding with above-mentioned module, have program icon, the driver of this program icon to equipment is associated;
During Touch Zone 41 beyond the Touch Screen of user's trigger equipment, the touching signals produced conducts to the icon area 42 in display screen 2 viewing area by the conductive layer 4 of capacitance touching control module, namely drive the program of icon area, run the program that icon is therewith associated.
Above-mentioned Touch Zone 41 and icon area 42 have multiple, carry out the modes such as horizontal, vertical, diagonal angle and carry out arranging or assembled arrangement, and control in the mode of combined switch with block bar, strip.
In addition, the icon area 42 of described display screen 2 viewing area is virtual, and icon is pellucidity.
Like this, by above-mentioned technical scheme, just can reach such effect: increase multiple user and can arrange and the function regulated, the blank space of user interface can be utilized to increase new function, particularly equipment operating surface, can also arrange the shortcut that bug and user oneself like.
embodiment 7:
A kind of a kind of device based on intelligent information interactive device and method are provided in the present embodiment, our modal intelligent interaction device has mobile phone, TV, panel computer, smart camera and other smart machine etc., these equipment have an interactive interface, and these interfaces occur mainly with the mode of touch screen at present, and touch screen is main mainly with capacitance touching control screen, and device involved in the present invention and method also mainly carry out design and implementation for capacitive touch screen.
In the present embodiment, using smart mobile phone as user terminal, and nationality is described with this, embodiment is mainly implemented in mobile phone body 1, body 1 has display screen 2, namely described capacitive touch screen, in addition, display screen 2 has some marks, i.e. Mobile phone touch control button 3, this touch controlled key can be in display screen region, in the effective range of i.e. capacitive touch screen, also can outside display screen region, namely beyond the effective range of capacitive touch screen, touch controlled key is set again, to realize modal returning, homepage, the functions such as menu, these function keys are the most common in based on the mobile phone of Android system.
And general mobile phone all needs pad pasting, simultaneously traditional pad pasting does not increase any new function except protection and beautification function.
Above-mentioned is the most common configuration of existing smart mobile phone, in order to realize function of the present invention, existing pad pasting is being carried out extension and improvement, to realize function of the present invention and to get a desired effect.
In an embodiment, provide a kind of pad pasting, pad pasting has pad pasting basic unit, is adding one deck conductive layer 4 in above-mentioned pad pasting basic unit, and this conductive layer 4 is main to be applied to master, and namely occurring with the form of coating, also can be thin film.This conductive layer 4 is coated in the both sides (inner side or outside) of pad pasting basic unit, is just coated in outboard signal sensitive but be easy to wearing and tearing, is coated in that the inner side life-span is long but susceptibility is slightly poor.
Conductive layer 4 only covers specific region or the appointed area of pad pasting basic unit, there is Touch Zone 41, the position of triggering is pointed because Touch Zone 41 is users, a suitable virtual button, effective display area again in order to not make this Touch Zone 41 not take original display screen 2, so Touch Zone 41 is arranged on beyond the effective range of capacitance touching control screen, beyond the effective coverage of namely display screen 2, also have, this conductive layer 4 extends and the specific region of corresponding device capacitance touching control screen, namely there is the icon area 42 of corresponding mark in display screen 2, like this, the human-induced signal produced when Touch Zone 41 is triggered, due to the conduction of conductive layer 4, directly pass to icon area 42, to trigger icon shown on display screen 2 corresponding to icon area 42 and program.
Above-mentioned situation is corresponding common situation, conductive layer 4 and corresponding Touch Zone 41 and icon area 42 are rectangle, but find in test, conductive layer can be various shape, in order to be suitable for different capacitive screens, and being suitable for different display interface designs, conductive layer 4 can make multiple different shape, makes it have predefine shape.
Also can know from the above embodiments, described conductive layer 4 continuous distribution within the effective coverage of display screen 2 and the effective coverage of display screen 2 with exterior domain, the shape of conductive layer 4 is corresponding.
That is, the region of the shape corresponding to conductive layer 4 is that display screen shows 2 edges of regions both sides, and in screen display 2 region, have corresponding icon, be icon area 42, and being finger control zone outside screen display 2 region, is Touch Zone 41.
In addition, the above-mentioned conductive layer with predefine shape has multiple, can various ways arrangement or the assembled arrangement such as tandem, horizontally-arranged, oblique row, like this, can adapt to the characteristic of software and meet the individual needs of user.
Meanwhile, for making above-mentioned Touch Zone 41 more apparent, can identify at printed thereon, making it have visible mark, accurately trigger to facilitate user and control.
Further, described conductive layer is prepared with transparent conductive material, is printed on like this on screen and just can not has an impact to display.In the embodiment of i.e. above-mentioned all 1-7, described conductive layer and touch-control are designated transparent material preparation.
And conductive layer covers with one of serigraphy, coating, obliterating, spraying, showering, Tianjin painting, dipping, sputtering etc. or group technology or is combined in the basic unit of pad pasting.
In sum, also have the user interface control based on above-mentioned pad pasting and disposal route, post the above-mentioned pad pasting with conductive layer 4 on the surface of capacitance touching control screen;
In the display screen effective display area territory corresponding with pad pasting, have program icon, the driver of this program icon to equipment is associated;
During Touch Zone 41 beyond the Touch Screen of user's trigger equipment, the touching signals produced conducts to the icon area 42 in display screen 2 viewing area by the conductive layer 4 of pad pasting, namely drives the program of icon area, runs the program that icon is therewith associated.
Above-mentioned Touch Zone 41 and icon area 42 have multiple, carry out the modes such as horizontal, vertical, diagonal angle and carry out arranging or assembled arrangement, and control in the mode of combined switch with block bar, strip.
In addition, the icon area 42 of described display screen 2 viewing area is virtual, and icon is pellucidity.
And the production technology of pad pasting generally comprises: glue, coating, drying, batch, cut, the technique such as packaging.
Like this, by above-mentioned technical scheme, just can reach such effect: increase multiple user and can arrange and the function regulated, the blank space of user interface can be utilized to increase new function, particularly equipment operating surface, can also arrange the shortcut that bug and user oneself like.
Obviously, above-described embodiment is only for clearly example being described, and the restriction not to embodiment.For those of ordinary skill in the field, can also make other changes in different forms on the basis of the above description.Here exhaustive without the need to also giving all embodiments.And thus the apparent change of extending out or variation be still among the protection domain of the invention.
Claims (9)
1. the detection method of the film on surface of Intelligent information equipment, it is characterized in that, it is characterized in that, comprise a conductive layer, described conductive layer comprises an interconnective mark overlay area and a touch-control elongated area, described mark overlay area covers in the touch-control mark of Touch Screen, outside the blank space that described touch-control elongated area extends to this Touch Screen or this Touch Screen, the touch-control mark that can be realized described mark overlay area covers by this touch-control elongated area of touch-control is operated, described conductive layer is class reverse U shape shape, the top of class reverse U shape is corresponding with touch-control elongated area, the mark overlay area, bottom of class reverse U shape is corresponding, user just can operate in specific region, namely whether two touch areas of Touch Screen can response messages, just achieve the object whether diaphragm exists on screen, simultaneously, the different program of corresponding driving and application.
2. the detection method of the film on surface of Intelligent information equipment according to claim 1, is characterized in that, described conductive layer and touch-control are designated transparent.
3. the detection method of the film on surface of Intelligent information equipment according to claim 1, it is characterized in that, the bottom of described class reverse U shape is corresponding respectively with two pieces of regions of mark overlay area, only when two pieces of regions have information triggering simultaneously, the operation response of shortcut key can be triggered.
4. according to the detection method of the film on surface of described Intelligent information equipment according to claim 1, it is characterized in that, described conductive layer covers with one of serigraphy, coating, obliterating, spraying, showering, Tianjin painting, dipping, sputtering or group technology or be combined in the touch area of Touch Screen.
5. the detection method of the film on surface of Intelligent information equipment according to claim 4, is characterized in that, the touch-control elongated area of described touch control unit is arranged in the white space in described Touch Screen.
6. the detection method of the film on surface of Intelligent information equipment according to claim 4, is characterized in that, described touch control unit is arranged on the skin of described Touch Screen, internal layer or middle layer.
7. the detection method of the film on surface of Intelligent information equipment according to claim 4, it is characterized in that, described touch control unit carries out horizontal, vertical, diagonal manner with block bar, strip and carries out arranging or assembled arrangement, and define with various fonts such as VJMNUT or combine, and control in the mode of combined switch.
8. the detection method of the film on surface of Intelligent information equipment according to claim 9, is characterized in that, described touch control unit is arranged on inner side or the outside of described pad pasting basic unit.
9. the detection method of the film on surface of Intelligent information equipment according to claim 9, is characterized in that, the touch elongated area of described touch control unit is arranged on the both sides at the on-screen display (osd) area edge of Touch Screen.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
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| CN201410464207.4A CN104881160A (en) | 2014-09-14 | 2014-09-14 | Method for detecting surface film of intelligent information equipment |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201410464207.4A CN104881160A (en) | 2014-09-14 | 2014-09-14 | Method for detecting surface film of intelligent information equipment |
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| CN104881160A true CN104881160A (en) | 2015-09-02 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201410464207.4A Pending CN104881160A (en) | 2014-09-14 | 2014-09-14 | Method for detecting surface film of intelligent information equipment |
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| CN (1) | CN104881160A (en) |
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| CN108279805A (en) * | 2018-01-31 | 2018-07-13 | 北京小米移动软件有限公司 | protective film detection method, device and storage medium |
| CN111273792A (en) * | 2018-12-05 | 2020-06-12 | 瑟克公司 | Touch sensitive input with customized virtual device regions |
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| Publication number | Priority date | Publication date | Assignee | Title |
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Application publication date: 20150902 |