CN106598367B - A kind of relief surface show can touch-control display screen - Google Patents
A kind of relief surface show can touch-control display screen Download PDFInfo
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- CN106598367B CN106598367B CN201611134998.XA CN201611134998A CN106598367B CN 106598367 B CN106598367 B CN 106598367B CN 201611134998 A CN201611134998 A CN 201611134998A CN 106598367 B CN106598367 B CN 106598367B
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- screen
- optical fiber
- display screen
- relief surface
- capacitive touch
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- G—PHYSICS
- G06—COMPUTING; CALCULATING OR COUNTING
- G06F—ELECTRIC DIGITAL DATA PROCESSING
- G06F3/00—Input arrangements for transferring data to be processed into a form capable of being handled by the computer; Output arrangements for transferring data from processing unit to output unit, e.g. interface arrangements
- G06F3/01—Input arrangements or combined input and output arrangements for interaction between user and computer
- G06F3/03—Arrangements for converting the position or the displacement of a member into a coded form
- G06F3/041—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means
- G06F3/044—Digitisers, e.g. for touch screens or touch pads, characterised by the transducing means by capacitive means
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- Engineering & Computer Science (AREA)
- General Engineering & Computer Science (AREA)
- Theoretical Computer Science (AREA)
- Human Computer Interaction (AREA)
- Physics & Mathematics (AREA)
- General Physics & Mathematics (AREA)
- Position Input By Displaying (AREA)
- Devices For Indicating Variable Information By Combining Individual Elements (AREA)
Abstract
A kind of relief surface show can touch-control display screen, belong to field of display technology, communication technique field, AR technical field.It is led by capacitive touch display screen, conductive relief surface optical fiber as screen, high transparency curable glue form；The relief surface optical fiber of one direction conduction leads picture screen and the binding face of capacitive touch display screen is completely fitted, and the display surface of capacitive touch display screen and the relief surface optical fiber of one direction conduction are led as the gap of screen entered between image planes is not more than 0.01mm；High transparency curable glue is that the relief surface optical fiber of capacitive touch display screen and one direction conduction is led as the high transparency bonded adhesives between screen, and the thickness range of high transparency solidification glue is 0.001~0.05mm.Advantage is.Hommization display applied to capacitive touch screens such as mobile phone, IPAD, laptops.
Description
Technical field
The invention belongs to field of display technology, communication technique field, AR technical field, a kind of relief surface especially set out is aobvious
Show can touch-control display screen, can be applied to the capacitive touch screens such as mobile phone, IPAD, laptop hommization display.
Background technique
Capacitive touch screen is worked using the electric current induction of human body.Capacitive touch screen is on the surface of glass
Particulate metal conductive materials for sticking layer of transparent, when finger touches on the metal layer, the capacitor of electric shock will change,
So that the oscillator frequency being attached thereto changes, it can determine that touch location obtains information by measurement frequency variation.By
In human body electric field, user and touch screen surface form a coupled capacitor, and for high-frequency current, capacitor is direct conductor,
Then finger siphons away the electric current of a very little from contact point.This electric current is flowed out from the electrode on the quadrangle of touch screen, and
The electric current for flowing through this four electrodes is directly proportional at a distance from finger to quadrangle, and controller passes through to the accurate of this four current ratios
It calculates, obtains the position of touch point.It is wherein the indispensable of capacitive touch screen by body current.
The invention proposes make that a kind of relief surface shows can touch-control display screen method, it is intended to make mobile phone, IPAD,
Note-book computer display screen is more humanized.
Summary of the invention
The purpose of the present invention is to provide a kind of relief surface show can touch-control display screen, principle be optical fiber light-guiding imaging
Principle, capacitance type touch control screen touch-control principle, it may be assumed that the image that plane is shown to cylinder curved-surface display as screen is led by relief surface optical fiber
It is converted into the image that relief surface is shown；The relief surface optical fiber that is distributed in by being parallel to optical fiber is led as thin wire or spraying plating among screen
It is conductive in the conductive film of optical fiber cortical surface, body current can be made to reach capacitive touch screen by relief surface by finger
And it realizes and accurately touches.
The present invention is led by capacitive touch display screen 1, conductive relief surface optical fiber as screen 2,3 groups of high transparency curable glue
At；
The relief surface optical fiber of one direction conduction leads picture screen 2 and the binding face of capacitive touch display screen 1 is completely fitted,
And the relief surface optical fiber of display surface and the one direction conduction of capacitive touch display screen 1 leads the gap entered between image planes as screen 2
No more than 0.01mm；
High transparency curable glue 3 is that the relief surface optical fiber of capacitive touch display screen 1 and one direction conduction is led as between screen 2
High transparency bonded adhesives, the thickness range of high transparency solidification glue 3 is 0.001~0.05mm.
Capacitive touch display screen 1 of the invention can be the capacitor formula touch screen that plane is shown narrow frame mobile phone,
IPAD, note-book computer display screen are also possible to narrow frame mobile phone, IPAD, the note-book computer display screen of curved-surface display.Display
Mode is also possible to OLED and shows, can also be other display modes either LCD is shown, such as: QLED is shown.
Conductive relief surface optical fiber of the invention is led as screen 2 is shown by being less than or equal to capacitive touch display screen 1
Made of the optical fiber of screen image vegetarian refreshments spacing, and big to display surface of the display image of capacitive touch display screen 1 with amplification,
The display surface for entering the small prismatoid structure of image planes (or with 1 contact surface of capacitive touch display screen) is that the optical fiber of relief surface leads picture
Screen, it is 0.04~0.15mm that the conductive relief surface optical fiber of composition of the invention, which leads the fibre diameter range of picture screen 2, such as Fig. 2 institute
Show.
Conductive relief surface optical fiber of the invention is led as the binding face of screen 2 and capacitive touch display screen 1 is completely embedding
Close, and the display surface of capacitive touch display screen 1 of the invention and conductive relief surface optical fiber lead as screen 2 enter image planes it
Between gap be not more than 0.01mm.
Conductive relief surface optical fiber of the invention is led as the image planes that enter of screen 2 (or are bonded with capacitive touch display screen 1
Face) it can be plane, it is also possible to Outer cylindrical curved surface, can also be outer circle sphere curved surface, in short, conductive floating
Carving face optical fiber, which is led, to be fitted closely as shielding 2 with capacitive touch display screen 1 positive (or face shown in having), and being similar to can be tight
The concave-convex mould of closely connected conjunction.
Conductive relief surface optical fiber of the invention is led as the frame of the surrounding and capacitive touch display screen 1 of screen 2 is also
It fits closely.
Conductive relief surface optical fiber of the invention, which is led, images head bore, sound holes with capacitive touch display screen 1 as screen 2
Contraposition at, can be it is porose, as shown in Figure 3.It is also possible to do not have hole, as shown in Figure 2.
The surrounding that conductive relief surface optical fiber of the invention leads picture screen 2 has R0.5~10mm fillet, to avoid straight
Finger or palm are scratched in angle, as shown in Figure 4.
Conductive relief surface optical fiber of the invention is led as being to have uniformly distributed thin wire within screen 2, and thin wire can incite somebody to action
The electric current of human body is led by conductive relief surface optical fiber and shows that the identical capacitance touch of content is shown therewith as screen 2 is transmitted to
Shield on the capacitive touch screen on 1 display screen, realizes touch function.Conductive relief surface optical fiber of the invention is led as screen 2
Implementation using 0.001~0.05mm of spraying plating conductive film except optical fiber cortex method, or using in the optical fiber arranged
Gap between add nano-level conducting particle method, or using do not have between the fibers square millimeter doping arrangement 1~10
The method of the thin conductive filament of 0.003~0.1mm of diameter is led the relief surface optical fiber of one direction conduction and was put as screen 2 has both been able to satisfy image
Greatly, image plane of bending function, and be able to satisfy conductive relief surface optical fiber and lead the conducting function as 2 surfaces of screen, it is possible thereby to will
The plane of mobile phone display screen is shown, cylindrical surface shows that the relief surface for being converted into Rimless shows and can not influence mobile phone capacitor
The touch function of formula touch screen.
Conductive relief surface optical fiber of the invention is led as the relief surface optical fiber of screen 2 is led as the implementation method of screen can refer to
The production method of " a kind of display surface be plastic relief lead as screen ", both: first forming the optical fiber arranged in a mold, later
Molding optical fiber body is carved to the shape of design requirement by engraving again, after being finally surface-treated, is formed a kind of aobvious
Show that face is that the picture of leading of plastic relief shields.Conductive relief surface optical fiber of the invention is led as the optical fiber of screen 2 is led at the surface as layer
It is conductive for managing layer, and its surface layer resistivity is greater than conductive relief surface optical fiber and leads as screen 2 is perpendicular to surface direction
Or it is parallel to the resistivity in optical fiber direction.
High transparency curable glue 3 of the invention is that capacitive touch display screen 1 and the relief surface optical fiber of one direction conduction are led
As the high transparency bonded adhesives between screen 2, the thickness range of high transparency curable glue 3 is 0.001~0.05mm.
High transparency curable glue 3 of the invention can be can be also possible under the room temperature of high transparency with cured liquid glue
The ultrathin double-face glue that viscosity is able to maintain within the scope of -20~55 DEG C of high transparency.
High transparency solidification glue 3 of the invention is conductive, and resistivity leads picture not less than conductive relief surface optical fiber
Shield the resistivity on 2 surfaces.
High transparency solidification glue 3 of the invention can be only applying without image section in 1 display surface of capacitive touch display screen
Glue, it is also possible to the positive entire surface gluing of capacitive touch display screen 1.
The advantage of the invention is that may be implemented capacitor formula touch screen has the mobile phone display screen of frame, IPAD to show
Screen, note-book computer display screen plane show, cylindrical surface shows that the relief surface for being converted into Rimless is shown, make show more
Add hommization.
Detailed description of the invention
Fig. 1 is composition schematic diagram of the invention, wherein capacitive touch display screen 1, conductive relief surface optical fiber lead picture
Shield 2, high transparency curable glue 3.
Fig. 2 is that the conductive relief surface optical fiber of prismatoid structure leads the schematic diagram as screen 2.
Fig. 3 is the schematic diagram that conductive relief surface optical fiber leads the camera shooting head bore harmony sound hole for having contraposition as screen 2.
Fig. 4 is that surrounding is that the conductive relief surface optical fiber of fillet leads the schematic diagram as shielding 2.
Specific embodiment
Fig. 1~4 are a kind of specific embodiment of the invention.
The present invention is led by capacitive touch display screen 1, conductive relief surface optical fiber as screen 2,3 groups of high transparency curable glue
At as shown in Figure 1.
Capacitive touch display screen 1 of the invention can be the capacitor formula touch screen that plane is shown narrow frame mobile phone,
IPAD, note-book computer display screen are also possible to narrow frame mobile phone, IPAD, the note-book computer display screen of curved-surface display.Display
Mode is also possible to OLED and shows, can also be other display modes either LCD is shown, such as: QLED is shown.
Conductive relief surface optical fiber of the invention is led as screen 2 is shown by being less than or equal to capacitive touch display screen 1
Made of the optical fiber of screen image vegetarian refreshments spacing, and big to display surface of the display image of capacitive touch display screen 1 with amplification,
The display surface for entering the small prismatoid structure of image planes (or with 1 contact surface of capacitive touch display screen) is that the optical fiber of relief surface leads picture
Screen, it is 0.04~0.15mm that the conductive relief surface optical fiber of composition of the invention, which leads the fibre diameter range of picture screen 2, such as Fig. 2 institute
Show.
Conductive relief surface optical fiber of the invention is led as the binding face of screen 2 and capacitive touch display screen 1 is completely embedding
Close, and the display surface of capacitive touch display screen 1 of the invention and conductive relief surface optical fiber lead as screen 2 enter image planes it
Between gap be not more than 0.01mm.
Conductive relief surface optical fiber of the invention is led as the image planes that enter of screen 2 (or are bonded with capacitive touch display screen 1
Face) it can be plane, it is also possible to Outer cylindrical curved surface, can also be outer circle sphere curved surface, in short, conductive floating
Carving face optical fiber, which is led, to be fitted closely as shielding 2 with capacitive touch display screen 1 positive (or face shown in having), and being similar to can be tight
The concave-convex mould of closely connected conjunction.
Conductive relief surface optical fiber of the invention is led as the frame of the surrounding and capacitive touch display screen 1 of screen 2 is also
It fits closely.
Conductive relief surface optical fiber of the invention, which is led, images head bore, sound holes with capacitive touch display screen 1 as screen 2
Contraposition at, can be it is porose, as shown in Figure 3.It is also possible to do not have hole, as shown in Figure 2.
The surrounding that conductive relief surface optical fiber of the invention leads picture screen 2 has R0.5~10mm fillet, to avoid straight
Finger or palm are scratched in angle, as shown in Figure 4.
Conductive relief surface optical fiber of the invention is led as being to have uniformly distributed thin wire within screen 2, and thin wire can incite somebody to action
The electric current of human body is led by conductive relief surface optical fiber and shows that the identical capacitance touch of content is shown therewith as screen 2 is transmitted to
Shield on the capacitive touch screen on 1 display screen, realizes touch function.Conductive relief surface optical fiber of the invention is led as screen 2
Implementation can refer to method described in patent that the same period declares " a kind of the optical fiber in conductive arbitrary surface lead as screen " and implement,
That is: or using 0.001~0.05mm of spraying plating conductive film except optical fiber cortex method, or using in the optical fiber arranged
The method that nano-level conducting particle is added between gap, or 1~10 is arranged directly using not having square millimeter to adulterate between the fibers
The method of the thin conductive filament of 0.003~0.1mm of diameter, make the relief surface optical fiber of one direction conduction lead as screen 2 be both able to satisfy image amplification,
Image plane of bending function, and be able to satisfy conductive relief surface optical fiber and lead the conducting function as 2 surfaces of screen, it is possible thereby to by mobile phone
The plane of display screen is shown, cylindrical surface shows that the relief surface for being converted into Rimless shows and can not influence mobile phone capacitive touch
Touch the touch function of screen.
Conductive relief surface optical fiber of the invention is led as the relief surface optical fiber of screen 2 is led as the implementation method of screen can refer to
The production method of " a kind of display surface be plastic relief lead as screen ", both: first forming the optical fiber arranged in a mold, later
Molding optical fiber body is carved to the shape of design requirement by engraving again, after being finally surface-treated, is formed a kind of aobvious
Show that face is that the picture of leading of plastic relief shields.Conductive relief surface optical fiber of the invention is led as the optical fiber of screen 2 is led at the surface as layer
It is conductive for managing layer, and its surface layer resistivity is greater than conductive relief surface optical fiber and leads as screen 2 is perpendicular to surface direction
Or it is parallel to the resistivity in optical fiber direction.
High transparency curable glue 3 of the invention is that capacitive touch display screen 1 and the relief surface optical fiber of one direction conduction are led
As the high transparency bonded adhesives between screen 2, the thickness range of high transparency curable glue 3 is 0.001~0.05mm.
High transparency curable glue 3 of the invention can be can be also possible under the room temperature of high transparency with cured liquid glue
The ultrathin double-face glue that viscosity is able to maintain within the scope of -20~55 DEG C of high transparency.
High transparency solidification glue 3 of the invention is conductive, and resistivity leads picture not less than conductive relief surface optical fiber
Shield the resistivity on 2 surfaces.
High transparency solidification glue 3 of the invention can be only applying without image section in 1 display surface of capacitive touch display screen
Glue, it is also possible to the positive entire surface gluing of capacitive touch display screen 1.
Claims (3)
1. a kind of relief surface show can touch-control display screen, which is characterized in that have capacitive touch display screen (1), one direction
Conductive relief surface optical fiber is led as screen (2), high transparency curable glue (3)；
The binding face that the relief surface optical fiber of one direction conduction leads picture screen (2) and capacitive touch display screen (1) is completely fitted,
And the display surface of capacitive touch display screen (1) and the relief surface optical fiber of one direction conduction lead entering between image planes as screen (2)
Gap is not more than 0.01mm；
High transparency curable glue (3) be the relief surface optical fiber of capacitive touch display screen (1) and one direction conduction lead as shield (2) it
Between high transparency bonded adhesives, the thickness range of high transparency solidification glue (3) is 0.001~0.05mm；
The relief surface optical fiber of the one direction conduction, which is led, to be shown as screen (2) by being less than or equal to capacitive touch display screen (1)
Made of the optical fiber of screen image vegetarian refreshments spacing, and image, which has the display surface of amplification, to be shown to capacitive touch display screen (1)
Greatly, enter the display surface of the small prismatoid structure of image planes to lead for the optical fiber of the one direction conduction of relief surface as screen, fibre diameter range
For 0.04~0.08mm, capacitive touch display screen (1) pixels of display screen spacing is should be less than or is equal to；
The relief surface optical fiber of one direction conduction lead as screen (2) enter image planes be plane, Outer cylindrical curved surface or outer circle sphere curved surface,
That is the relief surface optical fiber of one direction conduction is led as screen (2) is fitted closely with capacitive touch display screen (1) front；
The relief surface optical fiber of one direction conduction is led as the frame of the surrounding and capacitive touch display screen (1) of screen (2) is also close
Fitting, there is corresponding camera shooting head bore harmony sound hole with capacitive touch display screen (1)；
The surrounding that the relief surface optical fiber of one direction conduction leads picture screen (2) is that have R0.5~10mm fillet, scratches hand to avoid right angle
Finger or palm；
The relief surface optical fiber of one direction conduction is led as having uniformly distributed thin wire within screen (2), and thin wire passes through the electric current of human body
The relief surface optical fiber of one direction conduction is led shows that the identical capacitive touch display screen of content (1) is aobvious as screen (2) is transmitted to therewith
On capacitive touch screen on display screen, touch function is realized；The relief surface optical fiber of one direction conduction is led as screen (2) is in one direction
Conductive relief surface optical fiber leads the thin copper wire or thin as uniformly arranging 0.001~0.02 within screen (2) with the direction of optical fiber in parallel
The distributive law of filamentary silver, thin copper wire or thin filamentary silver is 1~10/mm2, lead the relief surface optical fiber of one direction conduction as screen (2) both
It is able to satisfy image amplification, image plane of bending function, and the relief surface optical fiber being able to satisfy perpendicular to one direction conduction is led as shielding (2) table
The conducting function in face shows the plane of mobile phone display screen, cylindrical surface shows that the relief surface for being converted into Rimless is shown simultaneously
It can not influence the touch function of mobile phone capacitive touch screen.
2. relief surface according to claim 1 show can touch-control display screen, which is characterized in that the capacitive touch
Narrow frame mobile phone, IPAD or the note-book computer display screen that display screen (1) is the capacitor formula touch screen that plane is shown are touched, or
It is narrow frame mobile phone, IPAD or the note-book computer display screen of curved-surface display；Display pattern be LCD is shown, OLED is shown or
QLED is shown.
3. relief surface according to claim 1 show can touch-control display screen, which is characterized in that the high transparency can
Solidification glue (3) is that being able to maintain within the scope of -20~55 DEG C for the ambient temperature curing liquid glue or high transparency of high transparency is viscous
The ultrathin double-face glue of property；
High transparency solidification glue (3) is conductive；
High transparency solidification glue (3) be only in capacitive touch display screen (1) display surface without image section gluing or capacitor
The positive entire surface gluing of formula touch display screen (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611134998.XA CN106598367B (en) | 2016-12-11 | 2016-12-11 | A kind of relief surface show can touch-control display screen |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611134998.XA CN106598367B (en) | 2016-12-11 | 2016-12-11 | A kind of relief surface show can touch-control display screen |
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| CN106598367A CN106598367A (en) | 2017-04-26 |
| CN106598367B true CN106598367B (en) | 2019-06-04 |
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| CN201611134998.XA Active CN106598367B (en) | 2016-12-11 | 2016-12-11 | A kind of relief surface show can touch-control display screen |
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Families Citing this family (1)
| Publication number | Priority date | Publication date | Assignee | Title |
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| DE102020001685B4 (en) * | 2019-11-28 | 2024-10-02 | Michael Kaiser | Device and method for displaying three-dimensional images |
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