CN103605439B - Touch control display apparatus and preparation method thereof - Google Patents
Touch control display apparatus and preparation method thereof Download PDFInfo
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- CN103605439B CN103605439B CN201310589162.9A CN201310589162A CN103605439B CN 103605439 B CN103605439 B CN 103605439B CN 201310589162 A CN201310589162 A CN 201310589162A CN 103605439 B CN103605439 B CN 103605439B
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Abstract
The present invention relates to technical field of flat panel display, more particularly to a kind of touch control display apparatus and preparation method thereof.The touch control display apparatus at least includes a first substrate and a display panel, and the first substrate at least has on a first surface, the first surface at least formed with multiple first electrodes；The display panel at least has one first functional layer, first functional layer at least has a second surface, multiple second electrodes are formed with the second surface, the first surface for being formed with multiple first electrodes is combined by a binder course with the first functional layer of the display panel；The binder course is arranged between the first substrate and the display panel, for reference to the first substrate and the display panel, it to be made up of the material with insulating properties and adhesive property.A kind of preparation method of above-mentioned touch control display apparatus is provided in addition, there is a need to.
Description
Technical field
The present invention relates to technical field of flat panel display, more particularly to a kind of touch control display apparatus and preparation method thereof.
Background technology
In consumption electronic products market now, collect touch controllable function turns into becoming for electronic product mainstream development in display
Gesture.Contact panel be applied to a variety of electronic products, such as smart mobile phone, tablet personal computer, notebook computer, navigator, system, from
Help terminal and Medical Devices.Touch-control display panel provides the hommization operation interface between user and electronic product, user
Operation directly can be carried out by the icon that is shown on its screen and assign instruction, its have simple to operate, friendly interface, it is convenient soon
The advantages of prompt and good Consumer's Experience.
Common touch control display apparatus is typically to be made up of touch screen, color membrane substrates and array base palte, touch screen, color film
Each performs its own functions for substrate and array base palte, although can reach good touch-control display effect, but because it does not meet lightening hair
Exhibition trend and the sight for having faded in people, the thing followed collect touch controllable function on cover plate integrated touching display screen (OGS,
One glass solution), collect touch controllable function in the touching display screen (On-cell) on color membrane substrates, collect touch controllable function in
The touch-control Display Techniques such as the touching display screen (In-cell) in liquid crystal pixel are continued to bring out.
For the touching display screen of On-cell patterns, one piece of touch base plate is which reduced, but it technically can not yet enter one
The problems such as walking and overcome lightening, and irregular colour is also easy to produce in touch-control；For the touching display screen of In-cell patterns, although
It can accomplish more lightening relative to On-cell technologies, but because its complicated internal structure make it that touch technology threshold is higher,
And too low yields this difficulty is still needed to, while In-Cell technologies also need to be embedded in supporting touch-control IC, otherwise easily lead to
The touch-control sense signal or excessive noise of mistake.Therefore, no matter with regard to its production cost, yields or touch technology, On-
Cell, In-cell technology are all difficult to the main flow as touch-control Display Technique and selected.
For the touching display screen of OGS patterns, its technology is more ripe relative to On-cell, In-cell.OGS patterns touch
Control display screen be that touch control electrode is directly arranged on the same surface of cover-plate glass, touch control electrode include it is a plurality of be parallel to each other and
The first electrode tandem and a plurality of second electrode tandem for being parallel to each other and being spaced apart being spaced apart, and first electrode tandem with
Projection of the second electrode tandem in the plane parallel to cover plate is perpendicular, and each first electrode tandem is by a plurality of second electrode string
Column split is multiple first electrode units, and multiple first electrodes of same first electrode tandem are serially connected in one by bridging structure
Rise, bridging structure is opened with second electrode tandem overlapping by collets insulation.
However, in the touching display screen of OGS patterns, due to first electrode tandem and second electrode tandem while being arranged on lid
On the same surface of glass sheet, at the overlapping place of first electrode tandem and second electrode tandem, its line width is relative to first electrode
Unit or second electrode unit are narrower, therefore increase the difficulty of electrode fabrication, and the setting of collets needs to increase once
Patterning processes, furthermore due to the presence of collets so that the bridging structure positioned at the position of collets is also easy to produce the possibility of broken string,
Therefore, the yields of the contact panel of OGS patterns still needs to further raising.
The content of the invention
In view of this, the present invention provides a kind of touch-control display panel that manufacture craft is simple and yields is high.
A kind of preparation method of above-mentioned touch-control display panel is provided in addition, there is a need to.
A kind of touch control display apparatus at least includes a first substrate and a display panel, and the first substrate at least has one
At least formed with multiple first electrodes on first surface, the first surface；The display panel at least has one first function
Layer, first functional layer, which at least has on a second surface, the second surface, is formed with multiple second electrodes, is formed with many
The first surface of individual first electrode is combined by a binder course with the first functional layer of the display panel, and the binder course is set
Between the first substrate and the display panel, for reference to the first substrate and the display panel, its by with
The material of insulating properties and adhesive property is made.
In the touch control display apparatus that the present invention is provided, the first surface at least includes one first functional area, the
One functional area is located at the center of the first surface, and the multiple first electrode is formed at the first work(on the first surface
In energy region, and multiple first interval regions are defined on the first surface.
In the touch control display apparatus that the present invention is provided, the second surface at least includes one second functional area, institute
The center that the second functional area is located at the second surface is stated, the multiple second electrode is formed at the on the second surface
In two functional areas, and multiple second interval regions are defined on a second surface.
In the touch control display apparatus that the present invention is provided, the first surface also includes one first neighboring area, described
First neighboring area surrounds first functional area, and the second surface also includes one second neighboring area, the second week
Border area domain surrounds second functional area；Projection of first functional area on the second surface and second work(
Energy area coincidence, the projection of second functional area on the first surface is overlapped with first functional area；It is described
Second neighboring area is completely covered in projection of first neighboring area on the second surface, and second neighboring area exists
Projection on the first surface covers part or all of first neighboring area.
In the touch control display apparatus that the present invention is provided, the multiple first electrode is in strip along a first direction
Parallel interval is set, and each first electrode any one be in along along the first direction has on the first direction
There is identical span, multiple first electrodes have identical span on the first direction；The multiple first electricity
It is of similar shape between pole and size；The multiple second electrode is set in strip along a second direction parallel interval
Put, each second electrode along in the second direction it is any one be in the second direction have identical across
Degree, multiple second electrodes have identical span in second direction；Have between the multiple second electrode identical
Form and dimension；It is the first interval region described in one, any two adjacent first spacer region between any two adjacent first electrode
It is first electrode described in one between domain；It is the second interval region described in one between any two adjacent second electrode, any two is adjacent
It is second electrode described in one between second interval region.
In the touch control display apparatus that the present invention is provided, it is of similar shape between multiple first interval regions
And size, multiple first interval regions on the first direction have between identical span, and described first
Septal area domain any one be on the vertical first direction along along the first direction has identical span；Multiple described second
It is of similar shape between interval region and size, multiple second interval regions are having in the second direction
There is identical span, and second interval region any one be in the vertical second direction along in the second direction has
There is identical span.
In the touch control display apparatus that the present invention is provided, the first surface where each first interval region
On at least formed with one first auxiliary electrode；Multiple first auxiliary on first surface where the multiple first interval region
There is identical size and shape, multiple first auxiliary electrodes have phase on the first direction between electrode
Same span, and first auxiliary electrode any one be on the vertical first direction along along the first direction has phase
Same span；At least formed with one second auxiliary electrode on the second surface where each second interval region；Institute
Stating between multiple second auxiliary electrodes on the second surface where multiple second interval regions has identical size and shape,
Multiple second auxiliary electrodes have identical span, and the second auxiliary electrode edge in the second direction
Any one be in the vertical second direction has identical span in the second direction.
In the touch control display apparatus that the present invention is provided, the first surface where the first interval region is formed with two
It is spaced and parallel between individual first auxiliary electrode, the first auxiliary electrode described in two to set, and positioned at same first interval
Any one in being smaller than between two first auxiliary electrodes in region or equal to two first auxiliary electrodes and its
Spacing phase between spacing between adjacent first electrode, and described two first auxiliary electrodes first electrode adjacent thereto
Deng；Any one first auxiliary electrode is in any one span being on the vertical first direction along along the first direction
The span on the first direction is in less than same position in the first electrode；Institute where second interval region
State second surface and be formed with spaced and parallel setting between two second auxiliary electrodes, the second auxiliary electrode described in two, and position
Being smaller than between two the second auxiliary electrodes of same second interval region or equal to two second auxiliary
Spacing between the second electrode adjacent thereto of any one in electrode, and described two second auxiliary electrodes it is adjacent thereto
Spacing between two electrodes is equal；Any one second auxiliary electrode is in vertical institute any one along in the second direction
The span stated in second direction is in the span in the second direction less than same position in the second electrode.
In the touch control display apparatus that the present invention is provided, first auxiliary electrode is any one along along the first direction
The span on the first direction is in be in equal to second auxiliary electrode is any one along in the second direction
Span in the second direction；And the quantity of the first electrode is equal with the quantity of the second electrode, first
The quantity of auxiliary electrode is equal to the quantity of second auxiliary electrode.
In the touch control display apparatus that the present invention is provided, the projection of multiple first electrodes on the first surface with it is many
The projection of the individual second electrode on the first surface is intersecting or intersects vertically；Multiple first auxiliary electrodes are described first
Projection of the projection with multiple second auxiliary electrodes on the first surface on surface is intersected or intersected vertically；Multiple institutes
State first electrode and multiple first auxiliary electrodes are made in the lump by transparent conductive material through same processing procedure；Multiple described
Two electrodes and multiple second auxiliary electrodes are made in the lump by transparent conductive material through same processing procedure；The binder course is set
Between the first substrate and the display panel, for reference to the first substrate and the display panel, its by with
The material of insulating properties and adhesive property is made；The first electrode has one first in the both sides of the edge along the first direction
Ledge structure, the first step structure at least has one-level step, and the step is on the first direction
Span is the first electrode perpendicular to 1/10th of the first direction upper span；First auxiliary electrode is along described
The both sides of the edge of first direction have one first auxiliary ledge structure, and the first auxiliary ledge structure at least has one-level platform
Rank, and the step the span on the first direction be first auxiliary electrode perpendicular to the first direction
/ 10th of upper span；The second electrode has a second step structure, institute in the both sides of the edge along the second direction
Stating second step structure at least has one-level step, and the step is described the in the span in the second direction
Two electrodes perpendicular to the second direction upper span 1/10th；Second auxiliary electrode is along the two of the second direction
Lateral edges have one second auxiliary ledge structure, and the second auxiliary ledge structure at least has one-level step, and the step
The span in the second direction be second auxiliary electrode perpendicular to the second direction upper span very
One of.
A kind of touch control display apparatus preparation method comprises the following steps：There is provided one has the substrate of a first surface；Institute
State and multiple spaced first electrodes are at least formed on first surface；A display panel is provided, the display panel is at least wrapped
Including one at least has the first functional layer of a second surface being oppositely arranged with the first surface；In the second surface up to
Multiple spaced second electrodes are formed less；The first substrate and the display panel are combined into institute by a binder course
Touch control display apparatus is stated, the binder course is arranged between the first surface and second surface, and the binder course is arranged at institute
State between first substrate and the display panel, for reference to the first substrate and the display panel, it to be by with insulation
The material of performance and adhesive property is made.
In the touch control display apparatus preparation method that the present invention is provided, the first surface at least includes one first function
Region, first functional area is located at the center of the first surface, and the multiple first electrode is formed at first table
In the first functional area on face, and multiple first interval regions are defined on the first surface；The second surface is extremely
Include one second functional area less, second functional area is located at the center of the second surface, the multiple second electrode
It is formed in the second functional area on the second surface, and defines on the second surface multiple second spacer regions
Domain；The first surface also includes one first neighboring area, and first neighboring area surrounds first functional area, described
Second surface also includes one second neighboring area, and second neighboring area surrounds second functional area；First work(
Projection of the energy region on the second surface is overlapped with second functional area, and second functional area is described first
Projection on surface is overlapped with first functional area；Projection of first neighboring area on the second surface is complete
Second neighboring area is covered, the projection of second neighboring area on the first surface covers part or all of institute
State the first neighboring area.
The multiple first electrode is set in strip along a first direction parallel interval, each first electrode edge
Any one be on the first direction has identical span on the first direction, and multiple first electrodes are vertical
In on the first direction have identical span；It is of similar shape between the multiple first electrode and size；It is described
Multiple second electrodes are set in strip along a second direction parallel interval, and each second electrode is along the second direction
Upper any one be in the second direction has identical span, and multiple second electrodes are in second direction
With identical span；It is of similar shape between the multiple second electrode and size；Any two adjacent first electrode it
Between be the first interval region described in one, be first electrode described in one between any two adjacent first interval region；Any two is adjacent
It is for second electrode described in one between second electrode between the second interval region described in one, any two adjacent second interval region.
In the touch control display apparatus preparation method that the present invention is provided, there is phase between multiple first interval regions
Same form and dimension, multiple first interval regions have identical span, and institute on the first direction
Stating the first interval region any one be on the vertical first direction along along the first direction has identical span；It is multiple
It is of similar shape and size between second interval region, multiple second interval regions are perpendicular to described second
There is identical span on direction, and second interval region is any one along in the second direction is in vertical described second
There is identical span on direction；At least formed with one first on the first surface where each first interval region
Auxiliary electrode；There is identical between multiple first auxiliary electrodes on first surface where the multiple first interval region
Size and shape, multiple first auxiliary electrodes have identical span, and described the on the first direction
One auxiliary electrode any one be on the vertical first direction along along the first direction has identical span；It is each described
At least formed with one second auxiliary electrode on the second surface where second interval region；The multiple second interval region
There is identical size and shape, multiple second auxiliary electricity between multiple second auxiliary electrodes on the second surface at place
Pole has identical span in the second direction, and second auxiliary electrode is any along in the second direction
One is in the vertical second direction with identical span.
In the touch control display apparatus preparation method that the present invention is provided, the first surface where the first interval region
Spaced and parallel setting between two first auxiliary electrodes, the first auxiliary electrode described in two is formed with, and positioned at same described
It is any in being smaller than between two the first auxiliary electrodes of the first interval region or equal to two first auxiliary electrodes
Between spacing between one first electrode adjacent thereto, and described two first auxiliary electrodes first electrode adjacent thereto
Spacing it is equal；Any one first auxiliary electrode is in the vertical first direction any one along along the first direction
On span be less than the first electrode on same position be in the span on the first direction；Second interval region
The second surface at place is formed with spaced and parallel between two second auxiliary electrodes, the second auxiliary electrode described in two set
Put, and being smaller than between two the second auxiliary electrodes of same second interval region or equal to two described the
Spacing between the second electrode adjacent thereto of any one in two auxiliary electrodes, and described two second auxiliary electrodes and its phase
Spacing between adjacent second electrode is equal；Any one second auxiliary electrode is in any one along in the second direction
Span in the vertical second direction is less than same position in the second electrode and is in the second direction
Span；First auxiliary electrode any one span being on the first direction along along the first direction is equal to
Second auxiliary electrode any one span being in the second direction along in the second direction；And described
The quantity of one electrode is equal with the quantity of the second electrode, and the quantity of first auxiliary electrode is equal to the described second auxiliary electricity
The quantity of pole.
In the touch control display apparatus preparation method that the present invention is provided, multiple first electrodes are on the first surface
The projection with multiple second electrodes on the first surface is projected to intersect or intersect vertically；Multiple first auxiliary electrodes exist
Projection of the projection with multiple second auxiliary electrodes on the first surface on the first surface is intersected or vertical phase
Hand over；Multiple first electrodes and multiple first auxiliary electrodes are made in the lump by transparent conductive material through same processing procedure；
Multiple second electrodes and multiple second auxiliary electrodes are made in the lump by transparent conductive material through same processing procedure；It is described
Binder course is arranged between the first substrate and the display panel, for reference to the first substrate and the display surface
Plate, it is made up of the material with insulating properties and adhesive property；The first electrode is in two sides along the first direction
Edge has a first step structure, and the first step structure at least has one-level step, and the step is perpendicular to described
Span on first direction is the first electrode perpendicular to 1/10th of the first direction upper span；First auxiliary
Electrode has one first auxiliary ledge structure in the both sides of the edge along the first direction, and the first auxiliary ledge structure is at least
With one-level step, and the step is first auxiliary electrode perpendicular to institute in the span on the first direction
State 1/10th of first direction upper span；The second electrode has one second in the both sides of the edge along the second direction
Stage structure, the second step structure at least have one-level step, and the step in the second direction across
Spend is the second electrode perpendicular to 1/10th of the second direction upper span；Second auxiliary electrode is along described
The both sides of the edge in two directions have one second auxiliary ledge structure, and the second auxiliary ledge structure at least has one-level step,
And the step the span in the second direction be second auxiliary electrode in the second direction
/ 10th of span.
In described touch control display apparatus that the present invention is provided and preparation method thereof, due to first electrode is formed at into substrate
On, second electrode is formed on the second surface of the first function of display panel or the 3rd surface so that first electrode and
Second electrode has uniform and wider line width, and easily causes the bridging structure of broken string without making, therefore, on lightening basis
On, technological process is simplified, and improve the yields of touch control display apparatus.
Brief description of the drawings
Below in conjunction with drawings and the embodiments, the invention will be further described, in accompanying drawing：
The structural representation of the touch control display apparatus for the better embodiment that Fig. 1 provides for the present invention；
Fig. 2 is the structural representation of display device in touch control display apparatus shown in Fig. 1；
Fig. 3 is the schematic flow sheet of the preparation method of the touch control display apparatus shown in Fig. 1；
The structural representation of the touch control display apparatus for another better embodiment that Fig. 4 provides for the present invention；
Fig. 5 is the schematic flow sheet of the preparation method of touch control display apparatus described in Fig. 4.
Embodiment
Touch control display apparatus provided to illustrate the invention and preparation method thereof, says below in conjunction with Figure of description and word
It is bright to be described in detail.
Fig. 1 is refer to, the schematic diagram of the touch control display apparatus 100 of its better embodiment provided for the present invention, institute
Stating touch control display apparatus 100 at least includes a first substrate 101, a display panel 121 and a binder course 105, first base
Plate 101 and display panel 102 are combined into the touch control display apparatus 100 by binder course 105.
The first substrate 101 at least has a first surface 101a and a touch-control surface (not shown), this implementation
In mode, the first surface 101a and touch-control surface are a plane, and the first surface 101a and touch-control surface are set opposite to each other
The both sides of the first substrate 101 are placed in, in other embodiments, first surface 101a and touch-control surface can also be bent for one
Face or irregular surface.The first substrate 101 is made up of transparent material such as glass, resin.
The first surface 101a at least includes one first functional area and the first neighboring area (not shown), described
First functional area is located at first surface center, and first neighboring area surrounds first functional area.Described
Multiple first electrodes 103, multiple first electricity are formed with position where one surface 101a first functional area
Pole 103 is spaced and be arranged in parallel.The multiple first electrode 103 is in identical between strip, multiple first electrodes 103
Size and shape, and multiple first electrodes along a first direction extend, multiple first electrodes 103 perpendicular to
There is identical span on the first direction, and the first electrode 103 along along the first direction it is any one be in it is vertical
There is identical span on the first direction.Multiple first electrodes 103 define multiple in the first surface 101a
First interval region 101b, is in the present embodiment, between any two adjacent first electrode 103 the first interval region described in one
It is first electrode 103 described in one between 101b, any two adjacent first interval region 101b.Multiple first interval regions
It is of similar shape between 101b and size, i.e., multiple first interval region 101b are on the first direction
With identical span, and the first interval region 101b is any one along along the first direction is in the vertical first party
There is identical span upwards.
In other embodiments, at least formed with one on the first surface 101a where the first interval region 101b
First auxiliary electrode (not shown).Multiple on first surface 101a where the multiple first interval region 101b
There is identical size and shape, multiple first auxiliary electrodes are on the first direction between one auxiliary electrode
With identical span, and first auxiliary electrode is any one along along the first direction is on the vertical first direction
With identical span.Or the first first surface 101a where interval region 101b be formed with two it is described first auxiliary
Electrode is helped, it is spaced and parallel between the first auxiliary electrode described in two to set, and where the same first interval region 101b
First surface 101a on two the first auxiliary electrodes between spacing be equal to it is any one in two first auxiliary electrodes
Spacing between individual first electrode adjacent thereto；Or and positioned at the first surface where the same first interval region 101b
Between two the first auxiliary electrodes on 101a to be smaller than any one in two first auxiliary electrodes adjacent thereto
First electrode between spacing, and the spacing between described two first auxiliary electrodes first electrode adjacent thereto is equal.
There is not electrical connection between multiple first auxiliary electrodes.The setting of first auxiliary electrode can effectively prevent institute
State first electrode by user to be discovered, lift the appearance of the touch control display apparatus 100.Any one first auxiliary electricity
Pole along along the first direction any one span being on the vertical first direction be less than it is same in the first electrode
Position is in the span on the first direction.
A barrier bed is formed with the first neighboring area where the first surface, the barrier bed is completely covered described
First neighboring area.A plurality of first lead and a plurality of first auxiliary lead are formed on first neighboring area, and position
In on the barrier bed.
The display panel 121 at least has the first functional layer 102 and the second functional layer 103 that are stacked, and described the
One functional layer 102 is located between the functional layer 103 of first substrate 101 and second.First functional layer 102 includes setting opposite to each other
The second surface 102a and the 3rd surface 102c put, the second surface 102a and the first substrate 101 first surface
101a is oppositely arranged, and the second surface 102a and first surface 101a be arranged in parallel.
The second surface 102a at least includes one second functional area and one second neighboring area (not shown), institute
The second functional area is stated positioned at second surface 102a centers, second neighboring area surrounds second functional area.
Multiple second electrodes 104, multiple described second are formed with position where the second functional area of the second surface 102a
Electrode 104 is spaced and be arranged in parallel, and the multiple second electrode 104 is in have phase between strip, multiple second electrodes 104
Same size and shape, and multiple second electrodes 104, along second direction extension, multiple second electrodes 104 exist
There is identical span, and any one place along in the second direction of the second electrode 104 in the second direction
There is identical span in the vertical second direction.Multiple second electrodes 104 are defined in the second surface 102a
Go out multiple second interval region 102b, in the present embodiment, between described in one second between any two adjacent second electrode 104
It is second electrode 104 described in one between septal area domain 102b, any two adjacent second interval region 102b.Multiple second intervals
It is of similar shape between the 102b of region and size, i.e., multiple second interval region 102b are perpendicular to the second party
There is identical span upwards, and the second interval region 102b is any one along in the second direction is in vertical described the
There is identical span on two directions.
In other embodiments, at least formed with one on the second surface 102a where the second interval region 102b
Second auxiliary electrode (not shown).Multiple on second surface 102a where the multiple second interval region 102b
There is identical size and shape, multiple second auxiliary electrodes are in the second direction between two auxiliary electrodes
With identical span, and second auxiliary electrode is any one along in the second direction is in the vertical second direction
With identical span.Or the second second surface 102a where interval region 102b be formed with two it is described second auxiliary
Electrode is helped, it is spaced and parallel between the second auxiliary electrode described in two to set, and where the same second interval region 102b
Second surface 101a on two the second auxiliary electrodes between spacing be equal to it is any one in two second auxiliary electrodes
Spacing between individual second electrode 104 adjacent thereto；Or and positioned at second where the same second interval region 102b
Any one in two second auxiliary electrodes and its are smaller than between two the second auxiliary electrodes on the 102a of surface
Between spacing between adjacent second electrode 104, and described two second auxiliary electrodes second electrode 104 adjacent thereto
Spacing is equal.There is not electrical connection between multiple second auxiliary electrodes.The setting of second auxiliary electrode can
Effectively prevent the second electrode 104 from being discovered by user, lift the appearance of the touch control display apparatus 100.It is any one
Second auxiliary electrode along in the second direction any one span being in the vertical second direction be less than it is described
Same position is in the span in the second direction in second electrode 104.
In other embodiments, multiple first electrodes are connected to a main process task by multiple first leads respectively
Device, multiple second electrodes are connected to the primary processor by multiple second leads respectively, form a touch control detection device.
Multiple first auxiliary electrodes are connected to a secondary processor by a plurality of first auxiliary lead respectively, and multiple described second is auxiliary
Help electrode to be connected to the secondary processor by a plurality of second auxiliary lead respectively, form one and aid in touch control detection device；Institute
Auxiliary touch control detection device is stated to enable when the touch control detection device fails as the standby of the touch control detection device.Or
Person, the auxiliary touch control detection device can simultaneously be used with the touch control detection device, to lift the touch control display apparatus
Touch accuracy.
Projection of multiple first electrodes 103 on first surface 101a is with multiple second electrodes 104 first
Projection on the 101a of surface is intersecting or intersects vertically.Projection of multiple first auxiliary electrodes on the first surface 101a
Intersect or intersect vertically with projection of multiple second auxiliary electrodes on the first surface 101a.Multiple first electricity
Pole and multiple first auxiliary electrodes are made in the lump by transparent conductive material through same processing procedure；Multiple second electrodes and
Multiple second auxiliary electrodes are made in the lump by transparent conductive material through same processing procedure.
In other embodiments, the first electrode has a first step in the both sides of the edge along the first direction
Structure (not shown), the first step structure at least has one-level step, and the step is perpendicular to described first
Span on direction is the first electrode perpendicular to 1/10th of the first direction upper span.First auxiliary electrode
There is one first auxiliary ledge structure (not shown), the first auxiliary step in the both sides of the edge along the first direction
Structure at least has one-level step, and the step is first auxiliary electrode in the span on the first direction
Perpendicular to 1/10th of the first direction upper span.The first step structure and the first auxiliary ledge structure can effectively subtract
There is the probability of bubble in few touch control display apparatus.The second electrode has along the both sides of the edge of the second direction
One second step structure (not shown), the second step structure at least has one-level step, and the step is vertical
In the span in the second direction be the second electrode perpendicular to 1/10th of the second direction upper span.Described
Two auxiliary electrodes have one second auxiliary ledge structure (not shown), described the in the both sides of the edge along the second direction
Two auxiliary ledge structures at least have one-level step, and the step is described the in the span in the second direction
Two auxiliary electrodes perpendicular to the second direction upper span 1/10th.The second step structure and the second auxiliary Step-edge Junction
Structure, which is effectively reduced in the touch control display apparatus, there is the probability of bubble.Multiple first electrodes, multiple first auxiliary electricity
Pole, multiple second electrodes and multiple second auxiliary electrodes can also be the other shapes in addition to strip, such as by multiple rhombuses or
Hexagon etc. is serially connected the regular figure to be formed, or other shapes.
The first electrode is any one along along the first direction to be in the span perpendicular to the first direction equal to institute
State second electrode any one span being in the second direction along in the second direction.The first auxiliary electricity
Pole any one span being on the first direction along along the first direction is equal to the second auxiliary electrode edge
Any one span being in the second direction in the second direction；And the quantity of the first electrode with it is described
The quantity of second electrode is equal, and the quantity of first auxiliary electrode is equal to the quantity of second auxiliary electrode.
Projection of first functional area on the second surface is overlapped with second functional area, and described second
The projection of functional area on the first surface is overlapped with first functional area.First neighboring area is described
Second neighboring area, the projection of second neighboring area on the first surface is completely covered in projection on two surfaces
Cover part or all of first neighboring area.
As shown in Fig. 2 it is the structural representation of display panel 121 in Fig. 1, and in present embodiment, first function
Layer 102 is polaroid or the colored filter 113 with polaroid, and second functional layer 103 at least also includes liquid crystal layer 123
And array base palte 133, the array base palte 133 include the one fourth surface 133a relative with the 3rd surface 102c, institute
Liquid crystal layer 123 is stated between the 3rd surface 102c and the 4th surface 133a.
The binder course 105 is arranged between the first substrate and the display panel, for reference to first base
Plate and the display panel.In the present embodiment, the binder course 105 by the material with insulating properties and adhesive property such as
Glue is made.
In described touch control display apparatus and preparation method thereof that present embodiment is provided, due to first electrode is formed at into the
On one substrate, second electrode is formed on the second surface of the first function of display panel or the 3rd surface so that first
Electrode and second electrode have uniform and wider line width, and easily cause the bridging structure of broken string without making, therefore, lightening
On the basis of, technological process is simplified, and improve the yields of touch control display apparatus.
As shown in figure 3, it is the schematic flow sheet of the touch control display apparatus preparation method, it at least includes following step
Suddenly：
S01：There is provided one has the first substrate of a first surface.
The first substrate also at least has in a touch-control surface, present embodiment, the first surface and touch-control surface
It is a plane, the first surface and touch-control surface are disposed opposite to each other in the both sides of the first substrate, in other embodiment
In, first surface and touch-control surface can also be a curved surface or irregular surface.The first substrate be transparent material such as
Glass, resin are made.The first surface at least includes one first functional area and the first neighboring area, first functional areas
Domain is located at first surface center, and first neighboring area surrounds first functional area.
S02：Multiple spaced first electrodes are at least formed on the first surface.
Multiple first electrodes are formed with position where first functional area of the first surface, it is multiple described
First electrode interval and it be arranged in parallel.The multiple first electrode is in have identical between strip, multiple first electrodes
Size and shape, and multiple first electrodes, along first direction extension, multiple first electrodes are perpendicular to described
There is identical span on first direction, and the first electrode is any one along along the first direction is in vertical described first
There is identical span on direction.Multiple first electrodes define multiple first interval regions in the first surface,
It is the first interval region described in one, any two adjacent first spacer region in present embodiment, between any two adjacent first electrode
It is first electrode described in one between domain.It is of similar shape and size between multiple first interval regions, i.e., multiple institutes
State the first interval region has an identical span on the first direction, and first interval region is along described the
Any one be on the vertical first direction has identical span on one direction.Any one first auxiliary electrode is on edge
Any one span being on the vertical first direction is less than in the first electrode at same position on the first direction
In the span on the first direction.
In other embodiments, at least formed with one first auxiliary on the first surface where the first interval region
Electrode.There is identical size between multiple first auxiliary electrodes on first surface where the multiple first interval region
And shape, multiple first auxiliary electrodes have identical span on the first direction, and described first auxiliary
Help electrode any one be on the vertical first direction along along the first direction that there is identical span.Or first interval
The first surface where region is formed with to be spaced between two first auxiliary electrodes, the first auxiliary electrode described in two and put down
Row is set, and the spacing between two the first auxiliary electrodes on the first surface where same first interval region
Spacing in the first auxiliary electrode described equal to two between any one first electrode adjacent thereto；Or and positioned at same institute
State between two the first auxiliary electrodes on the first surface where the first interval region be smaller than two it is described first auxiliary
The spacing helped between the first electrode adjacent thereto of any one in electrode, and described two first auxiliary electrodes are adjacent thereto
Spacing between first electrode is equal.There is not electrical connection between multiple first auxiliary electrodes.Described first is auxiliary
Helping the setting of electrode can effectively prevent the first electrode from being discovered by user, lift the outward appearance effect of the touch control display apparatus
Really.
A barrier bed is formed with the first neighboring area where the first surface, the barrier bed is completely covered described
First neighboring area.A plurality of first lead and a plurality of first auxiliary lead are formed on first neighboring area, and position
In on the barrier bed.
S03：A display panel is provided, it is at least relative with the first surface with one that the display panel at least includes one
First functional layer of the second surface of setting.
The display panel also includes second functional layer being stacked with first functional layer, first function
Layer is arranged between the first substrate and second functional layer.The second surface at least include one second functional area and
One second neighboring area (not shown), second functional area is located at second surface center, second periphery
Region surrounds second functional area.Projection of first functional area on the second surface and second function
Area coincidence, the projection of second functional area on the first surface is overlapped with first functional area.Described
Second neighboring area is completely covered in projection of one neighboring area on the second surface, and second neighboring area is in institute
State the projection on first surface and cover part or all of first neighboring area.
In present embodiment, first functional layer be polaroid or the colored filter with polaroid function, it is described
Second functional layer at least also includes liquid crystal layer and array base palte, and the optical filter is arranged at the 3rd table of first functional layer
Face, the array base palte include one fourth surface relative with the 3rd surface, the liquid crystal be located at the 3rd surface with
Between 4th surface.
S04：Multiple spaced second electrodes are at least formed on the second surface.
Multiple second electrodes, multiple described second are formed with position where second functional area of the second surface
Electrode gap and it be arranged in parallel, the multiple second electrode is in have identical size between strip, multiple second electrodes
And shape, and multiple second electrodes, along second direction extension, multiple second electrodes are perpendicular to described second
There is identical span on direction, and the second electrode is any one along in the second direction is in the vertical second direction
It is upper that there is identical span.Multiple second electrodes define multiple second interval regions in the second surface, in this reality
Apply in mode, between any two adjacent second electrode be the second interval region described in one, any two adjacent second interval region it
Between be second electrode described in one.It is of similar shape and size between multiple second interval regions, i.e., multiple described
Two interval regions have identical span in the second direction, and second interval region is along the second party
Any one be in the vertical second direction has identical span upwards.
In other embodiments, at least formed with one second auxiliary on the second surface where the second interval region
Electrode.There is identical size between multiple second auxiliary electrodes on second surface where the multiple second interval region
And shape, multiple second auxiliary electrodes have identical span in the second direction, and described second auxiliary
Help electrode any one be in the vertical second direction along in the second direction that there is identical span.Or second interval
The second surface where region is formed with to be spaced between two second auxiliary electrodes, the second auxiliary electrode described in two and put down
Row is set, and the spacing between two the second auxiliary electrodes on the second surface where same second interval region
Spacing in the second auxiliary electrode described equal to two between any one second electrode adjacent thereto；Or and positioned at same institute
State between two the second auxiliary electrodes on the second surface where the second interval region be smaller than two it is described second auxiliary
The spacing helped between the second electrode adjacent thereto of any one in electrode, and described two second auxiliary electrodes are adjacent thereto
Spacing between second electrode is equal.There is not electrical connection between multiple second auxiliary electrodes.Described second is auxiliary
Helping the setting of electrode can effectively prevent the second electrode from being discovered by user, lift the outward appearance effect of the touch control display apparatus
Really.Any one second auxiliary electrode is in any one span being in the vertical second direction along in the second direction
The span in the second direction is in less than same position in the second electrode.
In other embodiments, multiple first electrodes are connected to a main process task by multiple first leads respectively
Device, multiple second electrodes are connected to the primary processor by multiple second leads respectively, form a touch control detection device.
Multiple first auxiliary electrodes are connected to a secondary processor by a plurality of first auxiliary lead respectively, and multiple described second is auxiliary
Help electrode to be connected to the secondary processor by a plurality of second auxiliary lead respectively, form one and aid in touch control detection device；Institute
Auxiliary touch control detection device is stated to enable when the touch control detection device fails as the standby of the touch control detection device.Or
Person, the auxiliary touch control detection device can simultaneously be used with the touch control detection device, to lift the touch control display apparatus
Touch accuracy.
The projection and the throwing of multiple second electrodes on the first surface of multiple first electrodes on the first surface
Shade is handed over or intersected vertically.The projection of multiple first auxiliary electrodes on the first surface and multiple second auxiliary
The projection of electrode on the first surface is intersecting or intersects vertically.Multiple first electrodes and multiple first auxiliary electricity
Pole is made in the lump by transparent conductive material through same processing procedure；Multiple second electrodes and multiple second auxiliary electrodes are equal
It is made up in the lump through same processing procedure of transparent conductive material.
In other embodiments, the first electrode has a first step in the both sides of the edge along the first direction
Structure, the first step structure at least has one-level step, and the step is in the span on the first direction
It is the first electrode perpendicular to 1/10th of the first direction upper span.First auxiliary electrode is along described first
The both sides of the edge in direction have one first auxiliary ledge structure (not shown), and the first auxiliary ledge structure at least has
One-level step, and the step is first auxiliary electrode perpendicular to described the in the span on the first direction
/ 10th of one direction upper span.The first step structure and the first auxiliary ledge structure are effectively reduced the touch-control and shown
Occurs the probability of bubble in showing device.The second electrode has a second step knot in the both sides of the edge along the second direction
Structure, the second step structure at least has one-level step, and the step is in the span in the second direction
The second electrode perpendicular to the second direction upper span 1/10th.Second auxiliary electrode is along the second party
To both sides of the edge there is one second auxiliary ledge structure, the second auxiliary ledge structure at least has one-level step, and institute
State step the span in the second direction be second auxiliary electrode perpendicular to the second direction upper span
1/10th.The second step structure and the second auxiliary ledge structure are effectively reduced in the touch control display apparatus and occurred
The probability of bubble.Multiple first electrodes, multiple first auxiliary electrodes, multiple second electrodes and multiple second auxiliary electrodes are also
It can be the other shapes in addition to strip, such as be serially connected the regular figure formed by multiple rhombuses or hexagon, or
Other shapes.
S05：The first substrate and the display panel are combined into the touch control display apparatus, institute by a binder course
Binder course is stated to be arranged between the first surface and second surface.
In present embodiment, the first surface of the substrate is covered in step on the display panel specifically, institute
State the first surface of substrate and the second surface of display panel and the touch control display apparatus is combined into by the binder course, it is described
Binder course is made up of such as glue of the material with insulating properties and adhesive property.
As shown in figure 4, the structural representation of the touch control display apparatus 200 of its another better embodiment provided for the present invention
Figure, the difference of itself and the touch control display apparatus 100 of aforementioned embodiments is that the second electrode 204 is formed at described first
On 3rd surface 202c of functional layer 202.
As shown in figure 5, it is the Making programme schematic diagram of touch control display apparatus 200 in Fig. 4, it at least includes following step
Suddenly：
S11：There is provided one has the substrate of a first surface, forms multiple first electrodes on the first surface；
S12：A display panel is provided, the display panel includes the first functional layer and the second functional layer being stacked,
First functional layer includes opposite second surface and the 3rd surface, the first surface phase of the second surface and the substrate
To setting, a plurality of second electrode is formed on the 3rd surface of first functional layer.
S13：The first surface of the substrate and the display panel are combined into the touch-control by a binder course to show
Device, first functional layer is located between the substrate and second functional layer.
The better embodiment of the touch control display apparatus provided above for the present invention and preparation method thereof, can not be interpreted as
Limitation to rights protection scope of the present invention, those skilled in the art should know, not depart from the premise of present inventive concept
Under, a variety of improvement or replacement can be also done, all grades are improved or replaced all should be in the scope of the present invention, i.e.,
The scope of the present invention should be defined by claim.
Claims (13)
1. a kind of touch control display apparatus, at least including a first substrate and a display panel, the first substrate at least has one
At least formed with multiple first electrodes on first surface, the first surface, the multiple first electrode is in strip along one
First direction parallel interval sets and defines multiple first interval regions on the first surface；The display panel is at least
With one first functional layer, first functional layer at least has a second surface, and multiple the are formed with the second surface
Two electrodes, the multiple second electrode is set and fixed on the second surface in strip along a second direction parallel interval
Justice goes out multiple second interval regions；At least formed with one first on the first surface where each first interval region
At least formed with one second auxiliary electrode on auxiliary electrode, the second surface where each second interval region；It is many
Projection of the projection with multiple second electrodes on the first surface of the individual first electrode on the first surface is intersected or vertical
It is straight intersecting；The projection of multiple first auxiliary electrodes on the first surface is with multiple second auxiliary electrodes described
Projection on first surface is intersecting or intersects vertically；Multiple first electrodes and multiple first auxiliary electrodes are by transparent
Conductive material is made in the lump through same processing procedure；Multiple second electrodes and multiple second auxiliary electrodes are by electrically conducting transparent
Material is made in the lump through same processing procedure；A binder course is provided between the first substrate and the display panel, for combining
The first substrate and the display panel, it is made up of the material with insulating properties and adhesive property；The first electrode
There is a first step structure in the both sides of the edge along the first direction, the first step structure at least has one-level platform
Rank, and the step the span on the first direction be the first electrode on the first direction across
A part for degree；First auxiliary electrode has one first auxiliary ledge structure in the both sides of the edge along the first direction,
The first auxiliary ledge structure at least has one-level step, and the step is in the span on the first direction
A part of first auxiliary electrode perpendicular to the first direction upper span；The second electrode is along the second direction
Both sides of the edge have a second step structure, the second step structure at least have one-level step, and the step hang down
It is straight in the span in the second direction be a part of the second electrode perpendicular to the second direction upper span；Described
Two auxiliary electrodes have one second auxiliary ledge structure, the second auxiliary Step-edge Junction in the both sides of the edge along the second direction
Structure at least has one-level step, and the step hangs down in the span in the second direction for second auxiliary electrode
Directly in a part for the second direction upper span.
2. touch control display apparatus as claimed in claim 1, it is characterised in that：The first surface at least includes one first function
Region, first functional area is located at the center of the first surface, and the multiple first electrode is formed at first table
In the first functional area on face.
3. touch control display apparatus as claimed in claim 2, it is characterised in that：The second surface at least includes one second function
Region, second functional area is located at the center of the second surface, and the multiple second electrode is formed at second table
In the second functional area on face.
4. touch control display apparatus as claimed in claim 3, it is characterised in that：The first surface also includes one first peripheral region
Domain, first neighboring area surrounds first functional area, and the second surface also includes one second neighboring area, described
Second neighboring area surrounds second functional area；Projection of first functional area on the second surface with it is described
Second functional area is overlapped, the projection of second functional area on the first surface and the first functional area weight
Close；Second neighboring area, the second week is completely covered in projection of first neighboring area on the second surface
The projection of border area domain on the first surface covers part or all of first neighboring area.
5. touch control display apparatus as claimed in claim 4, it is characterised in that：Each first electrode is along the first direction
Upper any one be on the first direction has identical span, and multiple first electrodes are perpendicular to the first party
The span all same having upwards；It is of similar shape between the multiple first electrode and size；Each second electricity
Pole any one be in the second direction along in the second direction has identical span, and multiple second electrodes exist
The span all same having in second direction；It is of similar shape between the multiple second electrode and size；Appoint
Anticipate between two adjacent first electrodes is for described in one the between first interval region described in one, any two adjacent first interval region
One electrode；It is between the second interval region described in one, any two adjacent second interval region between any two adjacent second electrode
The second electrode described in one.
6. touch control display apparatus as claimed in claim 5, it is characterised in that：There is phase between multiple first interval regions
With form and dimension, multiple first interval regions in the span all same having on the first direction, and
Each first interval region along along the first direction it is any one be on the vertical first direction have identical across
Degree；Be of similar shape and size between multiple second interval regions, multiple second interval regions perpendicular to
The span all same having in the second direction, and each second interval region any one place along in the second direction
There is identical span in the vertical second direction.
7. touch control display apparatus as claimed in claim 6, it is characterised in that：First where the multiple first interval region
Between multiple first auxiliary electrodes on surface have identical size and shape, multiple first auxiliary electrodes perpendicular to
The span all same having on the first direction, and each first auxiliary electrode any one place along along the first direction
There is identical span on the vertical first direction；It is multiple on second surface where the multiple second interval region
There is identical size and shape, multiple second auxiliary electrodes are perpendicular to the second direction between second auxiliary electrode
On the span all same that has, and each second auxiliary electrode is any one along in the second direction is in vertical described the
There is identical span on two directions.
8. touch control display apparatus as claimed in claim 7, it is characterised in that：The first surface where first interval region
Spaced and parallel setting between two first auxiliary electrodes, the first auxiliary electrode described in two is formed with, and positioned at same described
It is any in being smaller than between two the first auxiliary electrodes of the first interval region or equal to two first auxiliary electrodes
Between spacing between one first electrode adjacent thereto, and described two first auxiliary electrodes first electrode adjacent thereto
Spacing it is equal；Any one first auxiliary electrode is in the vertical first direction any one along along the first direction
On span be less than the first electrode on same position be in the span on the first direction；Second interval region
The second surface at place is formed with spaced and parallel between two second auxiliary electrodes, the second auxiliary electrode described in two set
Put, and being smaller than between two the second auxiliary electrodes of same second interval region or equal to two described the
Spacing between the second electrode adjacent thereto of any one in two auxiliary electrodes, and described two second auxiliary electrodes and its phase
Spacing between adjacent second electrode is equal；Any one second auxiliary electrode is in any one along in the second direction
Span in the vertical second direction is less than same position in the second electrode and is in the second direction
Span.
9. a kind of touch control display apparatus preparation method, comprises the following steps：
There is provided one has the substrate of a first surface；
Multiple spaced first electrodes are at least formed on the first surface；
One display panel is provided, the display panel at least include one at least have one be oppositely arranged with the first surface the
First functional layer on two surfaces；
Multiple spaced second electrodes are at least formed on the second surface；
The substrate and the display panel are combined into the touch control display apparatus by a binder course, the binder course is set
It is made between the first surface and second surface and by the material with insulating properties and adhesive property；
Wherein, the multiple first electrode in strip and is set and in the first surface along a first direction parallel interval
On define multiple first interval regions；The multiple second electrode is set in strip along a second direction parallel interval,
And multiple second interval regions are defined on the second surface；First table where each first interval region
At least formed with one first auxiliary electrode on face, at least formed on the second surface where each second interval region
There is one second auxiliary electrode；The projection of multiple first electrodes on the first surface is with multiple second electrodes in the first table
Projection on face is intersecting or intersects vertically；The projection of multiple first auxiliary electrodes on the first surface with it is multiple described
The projection of second auxiliary electrode on the first surface is intersecting or intersects vertically；Multiple first electrodes and multiple described
One auxiliary electrode is made in the lump by transparent conductive material through same processing procedure；Multiple second electrodes and multiple described second auxiliary
Electrode is helped to be made in the lump through same processing procedure by transparent conductive material；The first electrode is in two sides along the first direction
Edge has a first step structure, and the first step structure at least has one-level step, and the step is perpendicular to described
Span on first direction is a part of the first electrode perpendicular to the first direction upper span；The first auxiliary electricity
Pole has one first auxiliary ledge structure in the both sides of the edge along the first direction, and the first auxiliary ledge structure at least has
There is an one-level step, and the step is first auxiliary electrode perpendicular to described in the span on the first direction
A part for first direction upper span；The second electrode has a second step knot in the both sides of the edge along the second direction
Structure, the second step structure at least has one-level step, and the step is in the span in the second direction
A part of the second electrode perpendicular to the second direction upper span；Second auxiliary electrode is along the second direction
Both sides of the edge there is one second auxiliary ledge structure, the second auxiliary ledge structure at least has one-level step, and described
Step the span in the second direction be second auxiliary electrode perpendicular to the second direction upper span
A part.
10. touch control display apparatus preparation method as claimed in claim 9, it is characterised in that：The first surface at least includes
One first functional area, first functional area is located at the center of the first surface, and the multiple first electrode is formed at
In the first functional area on the first surface；The second surface at least includes one second functional area, second work(
Energy region is located at the center of the second surface, and the multiple second electrode is formed at the second functional areas on the second surface
In domain；The first surface also includes one first neighboring area, and first neighboring area surrounds first functional area, institute
Stating second surface also includes one second neighboring area, and second neighboring area surrounds second functional area；Described first
Projection of the functional area on the second surface is overlapped with second functional area, and second functional area is described
Projection on one surface is overlapped with first functional area；Projection of first neighboring area on the second surface is complete
Second neighboring area described in all standing, the projection of second neighboring area on the first surface is covered partly or entirely
First neighboring area.
11. touch control display apparatus preparation method as claimed in claim 10, it is characterised in that：Each first electrode is along institute
State on first direction it is any one be on the first direction have identical span, multiple first electrodes perpendicular to
The span all same having on the first direction；It is of similar shape between the multiple first electrode and size；It is each
The second electrode any one be in the second direction along in the second direction has identical span, multiple
Second electrode is in the span all same having in second direction；It is of similar shape between the multiple second electrode
And size；It is between the first interval region described in one, any two adjacent first interval region between any two adjacent first electrode
The first electrode described in one；It is between the second interval region described in one, any two adjacent second between any two adjacent second electrode
It is second electrode described in one between septal area domain.
12. touch control display apparatus preparation method as claimed in claim 11, it is characterised in that：Multiple first interval regions
Between be of similar shape and size, multiple first interval regions are in the span having on the first direction
All same, and each first interval region any one be on the vertical first direction along along the first direction have
Identical span；It is of similar shape and size between multiple second interval regions, multiple second interval regions
In the span all same having in the second direction, and second interval region is any along in the second direction
One is in the vertical second direction with identical span；On first surface where the multiple first interval region
There is identical size and shape, multiple first auxiliary electrodes are perpendicular to described first between multiple first auxiliary electrodes
The span all same having on direction.
13. touch control display apparatus preparation method as claimed in claim 12, it is characterised in that：Institute where first interval region
State first surface and be formed with spaced and parallel setting between two first auxiliary electrodes, the first auxiliary electrode described in two, and position
Being smaller than between two the first auxiliary electrodes of same first interval region or equal to two first auxiliary
Spacing between the first electrode adjacent thereto of any one in electrode, and described two first auxiliary electrodes it is adjacent thereto
Spacing between one electrode is equal；Any one first auxiliary electrode is in vertical institute any one along along the first direction
The span stated on first direction is in the span on the first direction less than same position in the first electrode；The
The second surface where two interval regions is formed between two second auxiliary electrodes, the second auxiliary electrode described in two
It is spaced and parallel to set, and being smaller than or be equal between two the second auxiliary electrodes of same second interval region
Spacing in two second auxiliary electrodes between any one second electrode adjacent thereto, and described two second auxiliary
Spacing between electrode second electrode adjacent thereto is equal；Any one second auxiliary electrode is along in the second direction
Any one span being in the vertical second direction is less than same position in the second electrode and is in perpendicular to described the
Span on two directions.
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| CN105607768A (en) * | 2014-05-30 | 2016-05-25 | 宸鸿科技(厦门)有限公司 | Touch display apparatus and manufacturing method thereof |
| CN104156115A (en) * | 2014-08-15 | 2014-11-19 | 无锡宇宁光电科技有限公司 | Multi-point touch screen with single-layer film and production method thereof |
| CN104777943A (en) * | 2015-05-08 | 2015-07-15 | 京东方科技集团股份有限公司 | Touch control display device |
| CN106932911A (en) * | 2015-12-29 | 2017-07-07 | 深圳莱宝高科技股份有限公司 | A kind of display panel and its optical control |
| CN108710452B (en) * | 2018-04-27 | 2021-06-11 | 业成科技（成都）有限公司 | Touch panel and touch display device using same |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101149654A (en) * | 2006-09-22 | 2008-03-26 | 陈其良 | Touch control type active panel display screen |
| TWM343210U (en) * | 2008-05-30 | 2008-10-21 | Tpk Touch Solutions Inc | Display panel integrating the touch-control structure |
| CN101576670A (en) * | 2008-05-09 | 2009-11-11 | 群康科技(深圳)有限公司 | Touch-control liquid crystal display device |
| CN101719344A (en) * | 2008-10-08 | 2010-06-02 | 索尼株式会社 | Contact detecting device, display device, and contact detecting method |
| CN102262478A (en) * | 2011-05-20 | 2011-11-30 | 深圳超多维光电子有限公司 | Touch type liquid crystal slit grating, stereo display device and computer system |
| CN203561968U (en) * | 2013-11-21 | 2014-04-23 | 深圳莱宝高科技股份有限公司 | Touch display device |
Family Cites Families (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US20070159561A1 (en) * | 2006-01-10 | 2007-07-12 | Trendon Touch Technology Corp. | Display panel having touching circuit |
| CN102270074B (en) * | 2010-06-02 | 2016-02-17 | 群康科技(深圳)有限公司 | Electrode structure and manufacture method thereof |
-
2013
- 2013-11-21 CN CN201310589162.9A patent/CN103605439B/en active Active
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101149654A (en) * | 2006-09-22 | 2008-03-26 | 陈其良 | Touch control type active panel display screen |
| CN101576670A (en) * | 2008-05-09 | 2009-11-11 | 群康科技(深圳)有限公司 | Touch-control liquid crystal display device |
| TWM343210U (en) * | 2008-05-30 | 2008-10-21 | Tpk Touch Solutions Inc | Display panel integrating the touch-control structure |
| CN101719344A (en) * | 2008-10-08 | 2010-06-02 | 索尼株式会社 | Contact detecting device, display device, and contact detecting method |
| CN102262478A (en) * | 2011-05-20 | 2011-11-30 | 深圳超多维光电子有限公司 | Touch type liquid crystal slit grating, stereo display device and computer system |
| CN203561968U (en) * | 2013-11-21 | 2014-04-23 | 深圳莱宝高科技股份有限公司 | Touch display device |
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Application publication date: 20140226 Assignee: Zhejiang Laibao Display Technology Co.,Ltd. Assignor: SHENZHEN LAIBAO HI-TECH Co.,Ltd. Contract record no.: X2024980006773 Denomination of invention: Touch display device and its manufacturing method Granted publication date: 20170721 License type: Common License Record date: 20240605 |