CN109725774A - A kind of touch module and touch control display apparatus - Google Patents
A kind of touch module and touch control display apparatus Download PDFInfo
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- CN109725774A CN109725774A CN201910004822.XA CN201910004822A CN109725774A CN 109725774 A CN109725774 A CN 109725774A CN 201910004822 A CN201910004822 A CN 201910004822A CN 109725774 A CN109725774 A CN 109725774A
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Abstract
The present invention provides a kind of touch module and touch control display apparatus, the touch area of the touch module is divided into the first touch area and the second touch area, in the first touch area, array distribution has multiple first touch pattern repetitive units, and the touch control electrode pattern of every one first touch pattern repetitive unit is identical；Second touch area is that with special-shaped edge and the special-shaped touch area of the first touch pattern repetitive unit cannot be arranged, and the second touch pattern repetitive unit is provided in the second touch area；The touch control electrode pattern of second touch pattern repetitive unit is different from the touch control electrode pattern of the first touch pattern repetitive unit；And second touch pattern repetitive unit touch control electrode pattern edge shape along the second touch area special-shaped edge shape extend, to be adapted with the special-shaped edge shape of the second touch area.Touch module and touch control display apparatus of the invention can be realized comprehensive screen requirement of special-shaped touching display screen, promote screen accounting, realize screen design comprehensively.
Description
Technical field
The present invention relates to field of display technology more particularly to a kind of touch module and touch control display apparatus.
Background technique
With development in science and technology, electronics also changes therewith, comprehensive screen products such as mobile phone and laptop
Gradually enter into people's lives.Wherein, various special-shaped touching display screen products become a kind of demand and trend.
Touching display screen conventional at present, mostly rectangular shape, the touch pattern (Pttern) in touch function area be by
The touch pattern repetitive unit of fixed shape repeated arrangement in the way of array arrangement is formed.And for special-shaped touching display screen
For, it can not be according to the touch pattern repetitive unit arrangement side of the touch pattern of conventional touching display screen in special-shaped display area
Formula carries out the arrangement of touch control unit, thus, it is unable to satisfy the touch-control demand of irregular shaped region, be can not achieve and further promoted screen and account for
Than cannot reach the requirement shielded comprehensively.
Summary of the invention
The purpose of the present invention is to provide a kind of touch module and touch control display apparatus, can be realized special-shaped touching display screen
Comprehensive screen requirement, promoted screen accounting, realize comprehensively screen design.
Technical solution provided by the present invention is as follows:
A kind of touch module, the touch area of the touch module are divided into the first touch area and the second touch area,
Wherein, in first touch area, array distribution has multiple first touch pattern repetitive units, each first touch-control
The touch control electrode pattern of pattern repetitive unit is identical；
Second touch area is the special-shaped touch area with special-shaped edge, is arranged in second touch area
There is the second touch pattern repetitive unit；
Wherein, the touch control electrode pattern of the second touch pattern repetitive unit and the first touch pattern repetitive unit
Touch control electrode pattern it is different；And the edge shape of the touch control electrode pattern of the second touch pattern repetitive unit is along described
The special-shaped edge shape of two touch areas extends, to be adapted with the special-shaped edge shape of second touch area.
Further, in second touch area, the touch control electrode packet of each second touch pattern repetitive unit
It includes:
The first part arranged in the row direction and second part；
Connect the first electrode block narrow portion of the first part and the second part；
In the Part III and Part IV of the arrangement of column direction side；
And connect the first connecting bridge between the Part III and the Part IV；
Wherein, the shape of the first part and the second part cooperates, where the first electrode block narrow portion
Position forms two the first recess portions, and the opening of described two first recess portions is towards on the contrary；
The shape of the Part III and Part IV cooperation, to form two in first connecting bridge position
A second recess portion, the opening of described two second recess portions is towards on the contrary；
Wherein, orthographic projection of the first electrode block narrow portion on the underlay substrate of the touch module and described first connects
Orthographic projection intersection of the bridge on the underlay substrate of the touch module is connect, the Part III and the Part IV are located at
In described two first recess portions, the first part, the second part are located in described two second recess portions.
Further, the intersecting area center of the first electrode block narrow portion and first connecting bridge and second touching
The center for controlling region is overlapped.
Further, the shape of the first part, the second part, the Part III and the Part IV is each
It is not identical.
Further, the touch control electrode in first touch area includes: the first electrode block arranged in the row direction
The second electrode block arranged in a column direction；
Wherein, the first electrode block includes Part V and Part VI, in the two neighboring first electrode block
Connected between the Part V of one first electrode block and the Part VI of another first electrode block by second electrode block narrow portion
It connects, and the Part V of the same first electrode block and Part VI are belonging respectively to different first touching of adjacent two
Pattern repetitive unit is controlled, the Part V, the Part VI in the same first touch pattern repetitive unit
Shape cooperation, to form two third recess portions in the second electrode block narrow portion position, described two third recess portions are opened
Mouth is towards on the contrary, be respectively facing the two row first touch pattern repetitive units adjacent with the row the first touch pattern repetitive unit；
The second electrode block includes Part VII and Part VIII, and one in the two neighboring second electrode block
It is connected between the Part VII of two electrode blocks and the Part VIII of another second electrode block by the second connecting bridge, and same institute
The Part VII and Part VIII for stating second electrode block are belonging respectively to different first touch pattern of adjacent two and repeat
Unit, the shape cooperation of the Part VII, the Part VIII in the same first touch pattern repetitive unit, with
Two the 4th recess portions are formed in second connecting bridge position, the opening of described two 4th recess portions is towards on the contrary, respectively
Towards the two column first touch pattern repetitive units adjacent with column the first touch pattern repetitive unit；
Wherein, orthographic projection of the second electrode block narrow portion on the underlay substrate of the touch module and described second connects
Orthographic projection intersection of the bridge on the underlay substrate of the touch module is connect, the Part VII, the Part VIII are located at
In described two third recess portions, the Part V, the Part VI are located in described two 4th recess portions.
Further, in the same first touch pattern repetitive unit, the Part V and the Part VI
Symmetrical shape, and the symmetry axis of the Part V and the Part VI extends along the column direction and passes through described
The center of one touch pattern repetitive unit region；
In the same first touch pattern repetitive unit, the shape pair of the Part VII and the Part VIII
Claim, and the symmetry axis of the Part VII and the Part VIII extends along the line direction and passes through the first touch-control figure
The center of case repetitive unit region.
Further, the shape of the first electrode block is the first diamond shape, and first diamond shape includes four vertex, wherein
The line on two vertex extends along line direction, and the line on other two vertex extends along column direction, and the first electrode block is with edge
The line between two vertex that column direction extends is boundary, is divided into the Part V and the Part VI；Described second
The shape of electrode block is the second diamond shape, and second diamond shape includes four vertex, and the line on two of them vertex prolongs along line direction
It stretches, the line on other two vertex extends along column direction, and the second electrode block is between two vertex extending along line direction
Line be boundary, be divided into the Part VII and the Part VIII.
Further, the Part V in the same first touch pattern repetitive unit, the Part VI and
The second electrode block narrow portion is linked together；
Part VII and the Part VIII in the same first touch pattern repetitive unit by via hole with it is described
Second connecting bridge is attached.
Further, second touch area includes: the first interface edge connected with first touch area
With the second interface edge, first interface edge and second interface edge are mutually perpendicular to；And it is located at described first and has a common boundary
Special-shaped edge between edge and second interface edge；
Wherein, the first part is located at the first interface edge side, and the second part is located at described different
Shape edge side, described and first part and first touch pattern adjacent with first interface edge repeat single
Part V in member is linked together；
The Part III is located at the second interface edge side, and the Part IV is located at the special-shaped edge
Side, in the Part III and the first touch pattern repetitive unit adjacent with second interface edge
Seven parts are linked together；
The cooperation of the edge shape of the second part and the Part IV, it is identical as the special-shaped edge shape.
A kind of touch control display apparatus, including display panel and touch module as described above.
It is had the beneficial effect that brought by the present invention:
In above scheme, by the way that the touch area of touch module is divided, be divided into rule the first touch area and
Abnormity the second touch area, wherein in the first regular touch area can array arrangement the first touch pattern repetitive unit, and
Due to not settable first touch pattern repetitive unit in second touch area of abnormity, set in the second touch area of the abnormity
The second touch pattern repetitive unit is set, the touch control electrode pattern of the second touch pattern repetitive unit and the first touch pattern repeat
The touch control electrode pattern of unit is different, can be adapted to the shape of the second touch area of abnormity, so that the second touch-control of abnormity
Region also can be realized touch-control, and the special-shaped display area for solving display screen in the prior art can not arrange touch control electrode, and lead
Cause the technical issues of being unable to satisfy the touch-control demand of special-shaped display area, it can be achieved that special-shaped display area touch-control demand, into one
Step promotes screen accounting, reaches the requirement shielded comprehensively.
Detailed description of the invention
Fig. 1 shows a kind of structural schematic diagrams of exemplary embodiment of touch module provided by the present invention；
Fig. 2 indicates the structural schematic diagram of another exemplary embodiment of touch module provided by the present invention.
Specific embodiment
Following will be combined with the drawings in the embodiments of the present invention, and technical solution in the embodiment of the present invention carries out clear, complete
Site preparation description, it is clear that described embodiments are some of the embodiments of the present invention, instead of all the embodiments.Based on this hair
Embodiment in bright, those of ordinary skill in the art's acquired every other implementation without creative efforts
Example, shall fall within the protection scope of the present invention.
Touch control electrode cannot be normally arranged for the special-shaped display area in the prior art in display screen, lead to special-shaped display
Region can not achieve touch-control demand, so as to cause the technical issues of shielding demand comprehensively is unsatisfactory for, provide in the embodiment of the present invention
A kind of touch module and touch control display apparatus can be realized comprehensive screen requirement of special-shaped display screen, promote screen accounting, realize comprehensive
Screen design.
Fig. 1 show a kind of structural schematic diagram of embodiment of touch module provided by the present invention.As shown in Figure 1, institute
The touch area for stating touch module is divided into the first touch area 100 and the second touch area 200, wherein in first touching
It controls in region 100, array distribution has multiple first touch pattern repetitive units 110, and each first touch pattern repeats single
The touch control electrode pattern of member 110 is identical；
Second touch area 200 is that with special-shaped edge and the first touch pattern repetitive unit cannot be arranged
110 special-shaped touch area is provided with the second touch pattern repetitive unit 210 in second touch area 200；
Wherein, the touch control electrode pattern of the second touch pattern repetitive unit 210 and first touch pattern repeat
The touch control electrode pattern of unit 110 is different；And the edge shape of the touch control electrode pattern of the second touch pattern repetitive unit 210
Special-shaped edge shape of the shape along second touch area 200 extends, with the special-shaped edge shape with second touch area 200
Shape is adapted.
In above scheme, by dividing the touch area of touch module, it is divided into the first touch area 100 of rule
With the second touch area 200 of abnormity, wherein the first touch pattern of array arrangement repeats in the first regular touch area 100
Unit 110, and due to not settable first touch pattern repetitive unit 110 in the second touch area 200 of abnormity, and it is different at this
Second touch area 200 of shape is provided with the second touch pattern repetitive unit 210, the touching of the second touch pattern repetitive unit 210
Control electrode pattern is different from the touch control electrode pattern of the first touch pattern repetitive unit 110, can be adapted to the second touch-control of abnormity
The special-shaped edge shape in region 200, so that the second touch area 200 of abnormity also can be realized touch-control, it is special-shaped when being applied to
When display screen, the second special-shaped touch area 200 is correspondingly arranged in special-shaped display area, can solve display screen in the prior art
Special-shaped display area can not arrange touch control electrode, and the technology for leading to not the touch-control demand for meeting special-shaped display area is asked
The touch-control demand, it can be achieved that special-shaped display area is inscribed, screen accounting is further promoted, reaches the requirement shielded comprehensively.
In order to which the structure of touch module provided by the present invention is described in more detail, following exemplary illustrates that the present invention is mentioned
The embodiment of the touch module of confession.
In exemplary embodiment provided by the present invention, as shown in Figure 1, in second touch area 200, often
The touch control electrode pattern of the one second touch pattern repetitive unit 210 includes:
The first part 301 arranged in the row direction and second part 302；
Connect the first electrode block narrow portion 303 of the first part 301 and the second part 302；
In the Part III 401 and Part IV 402 of the arrangement of column direction side；
And connect the first connecting bridge 403 between the Part III 401 and the Part IV 402；
Wherein, the shape of the first part 301 and the second part 302 cooperates, with narrow in the first electrode block
303 position of portion forms two the first recess portions, and the opening of described two first recess portions is towards on the contrary；
The shape of the Part III 401 and the Part IV 402 cooperation, where first connecting bridge 403
Position forms two the second recess portions, and the opening of described two second recess portions is towards on the contrary；
Wherein, orthographic projection of the first electrode block narrow portion 303 on the underlay substrate of the touch module and described the
Orthographic projection intersection of one connecting bridge 403 on the underlay substrate of the touch module, the Part III 401 and 4th described
402 are divided to be located in described two first recess portions, the first part 301, the second part 302 are located at described two
In a second recess portion.
Using the above scheme, as shown in Figure 1, in second touch area 200 of abnormity, the second touch control electrode
The shape of pattern repetitive unit can be various profiled shapes, wherein pass through first between first part 301 and second part 302
Electrode block narrow portion 303 connects, and is connected between Part III 401 and Part IV 402 by the first connecting bridge 403, and the first electricity
The orthographic projection intersection of pole block narrow portion 303 and the first connecting bridge 403 on underlay substrate, and first part 301 and second part 302
Cooperate and form two the first recess portions, Part III 401 and Part IV 402 are located in two the first recess portions, in this way, working as
Finger presses when in touch control electrode, can make the pressing area covering electrode block as much as possible of finger, to improve touch-control
Precision.
It should be noted that provided above is the second touch control electrode pattern repetitive unit in the second touch area 200
A kind of exemplary embodiment, in practical applications, the second touch control electrode pattern is not limited to presented above
The structure of touch control electrode pattern is designed to suitable with its profiled shape according to the profiled shape of the second touch area 200 of abnormity
The scheme for each electrode block structure matched can be applied to this.
It should also be noted that, in the above scheme, touch control electrode generally includes the driving electrodes and induction being oppositely arranged
Electrode.
In addition, as shown in Figure 1, it is preferred that the intersection of the first electrode block narrow portion 303 and first connecting bridge 403
Regional center is overlapped with the center of second touch area 200.
Using the above scheme, by the intersecting area center of the first electrode block narrow portion 303 and first connecting bridge 403
The center of the profiled shape of second touch area 200 is set, in this way, being set to offset compared to by the intersecting area
The position at center, it is ensured that driving electrodes and induction electrode distribution more uniform in second touch area 200.
It is the first part 301, second described in addition, it should be noted that, in above-mentioned provided technical solution
Points 302 and the first electrode block narrow portion 303 can be arranged with same layer, and use same material, in this way, the first part 301,
The second part 302 and the first electrode block narrow portion 303 can be by being made with a patterning processes；The third portion
Divide the 401, Part IV 402 that can be arranged with the first part 301,302 same layer of the second part and same material, and leads to
It crosses and is formed simultaneously with a patterning processes, first connecting bridge 403 then can be with the Part III 401 and the Part IV
The setting of 402 different layers, and be electrically connected by the via hole on flatness layer with Part III 401 and Part IV 402.
In addition, in embodiment provided by the present invention, the first part 301, the second part 302, described
Three parts 401 and the shape of the Part IV 402 are different.
In the above scheme, the first part 301, the second part 302, the Part III 401 and described
The shape of four parts 402 carries out rational design layout according to the shape of the second touch area 200 of abnormity, as shown in Figure 1, respectively
Partial shape can be entirely different.
In addition, in exemplary embodiment provided by the present invention, as shown, the touching in first touch area
Controlling electrode includes: the first electrode block 10 arranged in the row direction and the second electrode block 20 arranged in a column direction；
Wherein, the first electrode block 10 includes Part V 101 and Part VI 102, two neighboring first electricity
Between the Part V 101 of a first electrode block 10 in pole block 10 and the Part VI 102 of another first electrode block 10
It is connected by second electrode block narrow portion 103, and the Part V 101 of the same first electrode block 10 and Part VI 102 divide
Do not belong to different the first touch pattern repetitive unit 110 of adjacent two, is repeated in same first touch pattern
The shape of the Part V 101, the Part VI 102 in unit 110 cooperates, in the second electrode block narrow portion
103 positions form two third recess portions, and the opening of described two third recess portions is towards on the contrary, be respectively facing and the row first
Two adjacent the first touch pattern of row repetitive units 110 of touch pattern repetitive unit 110；
The second electrode block 20 includes Part VII 201 and Part VIII 202, the two neighboring second electrode block 20
In the Part VII 201 of a second electrode block 20 and the Part VIII 202 of another second electrode block 20 between pass through the
Two connecting bridges 203 connection, and the Part VII 201 of the same second electrode block 20 and Part VIII 202 be belonging respectively to it is adjacent
Two different the first touch pattern repetitive units 110, in the same first touch pattern repetitive unit 110
The shape cooperation of the Part VII 201, the Part VIII 202, to form two in 203 position of the second connecting bridge
A 4th recess portion, the opening of described two 4th recess portions is towards on the contrary, be respectively facing and the column the first touch pattern repetitive unit
110 two adjacent the first touch pattern of column repetitive units 110；
Wherein, orthographic projection of the second electrode block narrow portion 103 on the underlay substrate of the touch module and described the
Orthographic projection intersection of two connecting bridges 203 on the underlay substrate of the touch module, it is the Part VII 201,8th described
202 are divided to be located in described two third recess portions, the Part V 101, the Part VI 102 are located at described two
In a 4th recess portion.
In above scheme, as shown in Figure 1, being arranged with multiple first electricity along line direction in first touch area 100
Pole block 10 is arranged with multiple second electrode blocks 20 along column direction, wherein each 10 (first touch area of first electrode block
Except the first electrode block 10 of 100 edge) it include Part V 101 and Part VI 102, each second electrode block 20
(except the second electrode block 20 of the edge of first touch area 100) includes Part VII 201 and Part VIII
202, wherein the touch control electrode in the first touch area can be divided into the first touch pattern repetitive unit 110 of multiple rectangles,
As shown in Figure 1, the Part V 101 and Part VI 102 of the same first electrode block 10 are belonging respectively to adjacent two not
Same the first touch pattern repetitive unit 110, and the Part VII 201 and Part VIII of the same second electrode block 20
202 are belonging respectively to different the first touch pattern repetitive unit 110 of adjacent two；Also, Part V 101 and the 6th
Part 102 cooperates and forms two third recess portions, and Part VII 201 and Part VIII 202 are located in two the 4th recess portions,
In this way, when finger pressing is in touch control electrode the pressing area covering electrode block as much as possible of finger can be made, to mention
High touch accuracy.
It should be noted that provided above is the first touch control electrode pattern repetitive unit in the first touch area 100
A kind of exemplary embodiment, in practical applications, the first touch control electrode pattern repetitive unit is not limited to above
The structure of provided touch control electrode pattern, all touch control electrode patterns in the prior art are all applied to the embodiment of the present invention
In first touch area 100 of provided touch module
In addition, in embodiment provided by the present invention, as shown, in the same first touch pattern repetitive unit
In 110, the symmetrical shape of the Part V 101 and the Part VI 102, and the Part V 101 and the described 6th
The symmetry axis of part 102 extends along the column direction and by 110 region of the first touch pattern repetitive unit
The heart；
In the same first touch pattern repetitive unit 110, the Part VII 201 and the Part VIII 202
Symmetrical shape, and the symmetry axis of the Part VII 201 and the Part VIII 202 extends and passes through along the line direction
The center of first touch pattern repetitive unit, 110 region.
Using the above scheme, for first electrode block 10, the Part V 101 and the Part VI 102
Symmetrical shape, for second electrode block 20, the symmetrical shape of the Part VII 201 and the Part VIII 202, to mention
The touch accuracy of high electrode block and the difficulty of processing for reducing electrode block.It should be understood that in practical applications, described 5th
Points 101 and the Part VI 102 structure can also asymmetric, described Part VII 201 and the Part VIII 202 knot
Structure can also be asymmetric.
In addition, in a kind of exemplary embodiment, as shown in Figure 1, the shape of the first electrode block 10 is the first water chestnut
Shape, first diamond shape include four vertex, and the line on two of them vertex extends along line direction, the line on other two vertex
Extend along column direction, the first electrode block 10 is divided into institute using the line between two vertex extended along column direction as boundary
State Part V 101 and the Part VI 102；The shape of the second electrode block 20 is the second diamond shape, second diamond shape
Including four vertex, the line on two of them vertex extends along line direction, and the line on other two vertex extends along column direction, institute
The line between two vertex that second electrode block 20 is stated to extend along line direction is divided into 201 He of Part VII as boundary
The Part VIII 202.
First electrode block 10 and second electrode block 20 are both designed as diamond shape (positioned at the first touch area by above scheme
Except the first electrode block 10 and second electrode block 20 of edge, as shown, being located at the first of the first touch area edge
Electrode block 10 only includes first part or second part, and second electrode block 20 only includes Part III or Part IV), in this way,
When finger touches, when finger is pressed near the crosspoint of second electrode block narrow portion 103 and the second connecting bridge 203, it can cover simultaneously
Four pieces of electrode blocks of lid, improve touch accuracy.
Of course, it should be understood that for the Part V 101, the Part VI 102, the Part VII 201
It is not limited with the concrete shape of the Part VIII 202.
In addition, as shown in Figure 1, in a kind of exemplary embodiment, the same first touch pattern repetitive unit 110
The interior Part V 101, the Part VI 102 and the second electrode block narrow portion 103 is linked together；Same described
Part VII 201 and the Part VIII 202 in one touch pattern repetitive unit 110 pass through via hole and second connecting bridge
203 are attached.
Using the above scheme, as shown in Figure 1, the Part V 101, the Part VI 102 and the second electrode
Block narrow portion 103 can be arranged with same layer, and use same material, by being made with a patterning processes；The Part VII
201, the Part VIII 202 can be arranged with the Part V 101,102 same layer of the Part VI and same material, and pass through
Be formed simultaneously first electrode block 10 and second electrode block 20 with a patterning processes, second connecting bridge 203 then can with it is described
Part VII 201 and the setting of 202 different layers of the Part VIII, and adjacent two second are connected by the via hole on flatness layer
Electrode block 20.
And, it is preferred that first in the first electrode block 10, the second electrode block 20 and the second touch area
Part 301, second part 302, Part III 401 and Part IV 402 are all made of the setting of same material same layer, in this way, can benefit
It is made with a same patterning processes, does not need additionally to increase mask plate used in patterning processes, it is only necessary to mask
Patterns of openings on plate is redesigned；And second connecting bridge 203 and first connecting bridge 403 can same layers
And same material, by being made with a patterning processes.
In addition, as shown in Figure 1, in embodiment provided by the present invention, second touch area includes: and described
The first interface edge and the second interface edge that one touch area connects, first interface edge and second boundary side
Edge is mutually perpendicular to；And the special-shaped edge between first interface edge and second interface edge；
Wherein, the first part 301 is located at the first interface edge side, and the second part 302 is located at
Abnormity edge side, described and first part 301 and first touch-control adjacent with first interface edge
Part V 101 in pattern repetitive unit 110 is linked together, and forms an electrode block；
The Part III 401 is located at the second interface edge side, and the Part IV 402 is located at described different
Shape edge side, the Part III 401 and first touch pattern adjacent with second interface edge repeat
Part VII 201 in unit 110 is linked together, and forms an electrode block；
The edge shape of the second part 302 and the Part IV 402 cooperation, with the special-shaped edge shape phase
Together.
Using the above scheme, touch control electrode set in the second touch area 200 of abnormity, with the first Touch Zone
The both sides of 100 interfaces of domain can be arranged with normal first touch control electrode pattern repetitive unit, in favor of in the row direction
With the arrangement of touching signals line on column direction.
In addition it is also necessary to explanation, in touch module provided by the present invention, in first touch area 100
Touch control electrode in design, can according to the length and width dimensions of the first touch area 100, adjust the first touch control electrode pattern repeat it is single
The length and width of member, that is, the quantity of the first electrode block 10 arranged in the row direction and the second electrode block arranged in column direction
20 quantity, to match the number of channels of touch-control IC；Similarly, the second touch control electrode in the second touch area 200
Pattern repetitive unit can adjust second touch control electrode pattern according to the length and width dimensions of second touch area 200 in design
The length and width of repetitive unit, to match the number of channels of touch-control IC.
In addition it is also necessary to explanation, as shown in Fig. 2, in touch module provided by the embodiment of the present invention, will be described
It when touch module is divided, should reasonably be divided, be divided according to the shape of the touch area of actual touch module
Principle be the first touch control electrode of re arranged pattern repetitive unit in the first regular touch area, and the second Touch Zone
Second touch control electrode pattern repetitive unit is set in domain, for example, there is second touch area 200 in embodiment shown in FIG. 1
One, it is internally provided with the second touch control electrode pattern repetitive unit, and in embodiment as shown in Figure 2, it is described
Second touch area 200 can have at least two, and the second touch control electrode pattern in each second touch area 200 repeats
Unit can be identical, can also carry out unique design according to the profiled shape of every one second touch area.
In addition, additionally provide a kind of touch control display apparatus in embodiments of the present invention, including display panel and as described above
Touch module, wherein the display panel include the first display area and the second display area, second display area is
Special-shaped display area, the corresponding first display area setting in first touch area 100, second touch area 200
The corresponding second display area setting.
Obviously, touch control display apparatus provided by the embodiment of the present invention can also bring touch-control provided by the embodiment of the present invention
Mould group institute energy bring beneficial effect, no longer repeats this.
More than, only a specific embodiment of the invention, but scope of protection of the present invention is not limited thereto, and it is any to be familiar with
Those skilled in the art in the technical scope disclosed by the present invention, can easily think of the change or the replacement, and should all cover
Within protection scope of the present invention.Therefore, protection scope of the present invention should be subject to the protection scope in claims.
Claims (10)
1. a kind of touch module, which is characterized in that the touch area of the touch module is divided into the first touch area and second
Touch area, wherein in first touch area, array distribution has multiple first touch pattern repetitive units, Mei Yisuo
The touch control electrode pattern for stating the first touch pattern repetitive unit is identical；
Second touch area is the special-shaped touch area with special-shaped edge, and the is provided in second touch area
Two touch pattern repetitive units；
Wherein, the touching of the touch control electrode pattern of the second touch pattern repetitive unit and the first touch pattern repetitive unit
It is different to control electrode pattern；And the edge shape of the touch control electrode pattern of the second touch pattern repetitive unit is along second touching
The special-shaped edge shape for controlling region extends, to be adapted with the special-shaped edge shape of second touch area.
2. touch module according to claim 1, which is characterized in that
In second touch area, the touch control electrode of each second touch pattern repetitive unit includes:
The first part arranged in the row direction and second part；
Connect the first electrode block narrow portion of the first part and the second part；
In the Part III and Part IV of the arrangement of column direction side；
And connect the first connecting bridge between the Part III and the Part IV；
Wherein, the shape of the first part and the second part cooperates, in the first electrode block narrow portion position
Two the first recess portions are formed, the opening of described two first recess portions is towards on the contrary；
The shape of the Part III and Part IV cooperation, to form two the in first connecting bridge position
Two recess portions, the opening of described two second recess portions is towards on the contrary；
Wherein, orthographic projection of the first electrode block narrow portion on the underlay substrate of the touch module and first connecting bridge
Orthographic projection intersection on the underlay substrate of the touch module, the Part III and the Part IV are located at described
In two the first recess portions, the first part, the second part are located in described two second recess portions.
3. touch module according to claim 2, which is characterized in that
The center at the intersecting area center of the first electrode block narrow portion and first connecting bridge and second touch area
It is overlapped.
4. touch module according to claim 3, which is characterized in that
The first part, the second part, the shape of the Part III and the Part IV are different.
5. touch module according to claim 2, which is characterized in that
Touch control electrode in first touch area includes: the first electrode block arranged in the row direction and arranges in a column direction
The second electrode block of column；
Wherein, the first electrode block includes Part V and Part VI, and one in the two neighboring first electrode block
It is connected between the Part V of first electrode block and the Part VI of another first electrode block by second electrode block narrow portion, and
The Part V and Part VI of the same first electrode block are belonging respectively to different the first touch-control figure of adjacent two
Case repetitive unit, the shape of the Part V, the Part VI in the same first touch pattern repetitive unit
Cooperation, to form two third recess portions, the opening court of described two third recess portions in the second electrode block narrow portion position
To on the contrary, being respectively facing the two row first touch pattern repetitive units adjacent with the row the first touch pattern repetitive unit；
The second electrode block includes Part VII and Part VIII, one second electricity in the two neighboring second electrode block
It is connected between the Part VII of pole block and the Part VIII of another second electrode block by the second connecting bridge, and same described the
The Part VII and Part VIII of two electrode blocks are belonging respectively to different the first touch pattern repetitive unit of adjacent two,
The shape of the Part VII, the Part VIII in the same first touch pattern repetitive unit cooperates, in institute
It states the second connecting bridge position and forms two the 4th recess portions, the opening of described two 4th recess portions is towards on the contrary, be respectively facing
The two column first touch pattern repetitive units adjacent with column the first touch pattern repetitive unit；
Wherein, orthographic projection of the second electrode block narrow portion on the underlay substrate of the touch module and second connecting bridge
Orthographic projection intersection on the underlay substrate of the touch module, the Part VII, the Part VIII are located at described
In two third recess portions, the Part V, the Part VI are located in described two 4th recess portions.
6. touch module according to claim 5, which is characterized in that
In the same first touch pattern repetitive unit, the symmetrical shape of the Part V and the Part VI, and
The symmetry axis of the Part V and the Part VI extends along the column direction and is repeated by first touch pattern
The center of unit region；
In the same first touch pattern repetitive unit, the symmetrical shape of the Part VII and the Part VIII, and
The symmetry axis of the Part VII and the Part VIII extends along the line direction and is repeated by first touch pattern
The center of unit region.
7. touch module according to claim 6, which is characterized in that
The shape of the first electrode block is the first diamond shape, and first diamond shape includes four vertex, the company on two of them vertex
Line extends along line direction, the line on other two vertex extends along column direction, and the first electrode block along column direction to extend
Line between two vertex is boundary, is divided into the Part V and the Part VI；The shape of the second electrode block
For the second diamond shape, second diamond shape includes four vertex, and the line on two of them vertex extends along line direction, other two top
The line of point extends along column direction, and the second electrode block is drawn using the line between two vertex extended along line direction as boundary
It is divided into the Part VII and the Part VIII.
8. touch module according to claim 5, which is characterized in that
The Part V, the Part VI and the second electrode block in the same first touch pattern repetitive unit
Narrow portion is linked together；
Part VII and the Part VIII in the same first touch pattern repetitive unit pass through via hole and described second
Connecting bridge is attached.
9. touch module according to claim 6, which is characterized in that
Second touch area includes: the first interface edge connected with first touch area and the second boundary side
Edge, first interface edge and second interface edge are mutually perpendicular to；And it is located at first interface edge and described the
Special-shaped edge between two interface edges；
Wherein, the first part is located at the first interface edge side, and the second part is located at the heterotype edge
Edge side, in described and first part and the first touch pattern repetitive unit adjacent with first interface edge
Part V be linked together；
The Part III is located at the second interface edge side, and the Part IV is located at where the special-shaped edge
Side, the 7th in the Part III and the first touch pattern repetitive unit adjacent with second interface edge
Divide and is linked together；
The cooperation of the edge shape of the second part and the Part IV, it is identical as the special-shaped edge shape.
10. a kind of touch control display apparatus, which is characterized in that including display panel and touching as described in any one of claim 1 to 9
Control mould group.
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| CN201910004822.XA CN109725774A (en) | 2019-01-03 | 2019-01-03 | A kind of touch module and touch control display apparatus |
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| CN201910004822.XA CN109725774A (en) | 2019-01-03 | 2019-01-03 | A kind of touch module and touch control display apparatus |
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| CN109725774A true CN109725774A (en) | 2019-05-07 |
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| CN201910004822.XA Pending CN109725774A (en) | 2019-01-03 | 2019-01-03 | A kind of touch module and touch control display apparatus |
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Application publication date: 20190507 |