CN105676496B - Liquid crystal display panel and liquid crystal display device - Google Patents
Liquid crystal display panel and liquid crystal display device Download PDFInfo
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- CN105676496B CN105676496B CN201610252040.4A CN201610252040A CN105676496B CN 105676496 B CN105676496 B CN 105676496B CN 201610252040 A CN201610252040 A CN 201610252040A CN 105676496 B CN105676496 B CN 105676496B
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- G—PHYSICS
- G02—OPTICS
- G02F—OPTICAL DEVICES OR ARRANGEMENTS FOR THE CONTROL OF LIGHT BY MODIFICATION OF THE OPTICAL PROPERTIES OF THE MEDIA OF THE ELEMENTS INVOLVED THEREIN; NON-LINEAR OPTICS; FREQUENCY-CHANGING OF LIGHT; OPTICAL LOGIC ELEMENTS; OPTICAL ANALOGUE/DIGITAL CONVERTERS
- G02F1/00—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics
- G02F1/01—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour
- G02F1/13—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour based on liquid crystals, e.g. single liquid crystal display cells
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- Crystallography & Structural Chemistry (AREA)
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- Optics & Photonics (AREA)
- Control Of Indicators Other Than Cathode Ray Tubes (AREA)
- Liquid Crystal Display Device Control (AREA)
- Liquid Crystal (AREA)
Abstract
Embodiment of the present invention discloses a kind of liquid crystal display panel and liquid crystal display device.Liquid crystal display panel includes the first shorting bar region above viewing area and the second shorting bar region below viewing area.First shorting bar region includes the first shorting bar, the second shorting bar and third shorting bar, the first R voltage signal end, the first G voltage signal end and the first B voltage signal end, and the second shorting bar region includes the 4th shorting bar, the 5th shorting bar, the 6th shorting bar, the 2nd R voltage signal, the 2nd G voltage signal end and the 2nd B voltage signal end.First shorting bar, the second shorting bar and third shorting bar respectively with state the first R voltage signal end, the first G voltage signal end and the first B voltage signal end and connect, the 4th shorting bar, the 5th shorting bar and the 6th shorting bar are connect with the 2nd R voltage signal end, the 2nd G voltage signal end and the 2nd B voltage signal end respectively.The present invention can provide signal to each pixel when a screen detects.
Description
Technical field
The present invention relates to field of display technology more particularly to a kind of liquid crystal display panels and liquid crystal display device.
Background technique
Liquid crystal display is a kind of panel display apparatus that image is shown using the characteristic of liquid crystal material, compared to other
Have many advantages, such as frivolous, low driving voltage and low-power consumption for display device, the mainstream having become on entire consumption market produces
Product.Liquid crystal display panel is the most important constituent element of liquid crystal display, and the technique that is made of liquid crystal display panel is broadly divided into leading portion array system
Journey, middle section are made at box and back segment module group assembling.After forming the box, need to carry out liquid crystal display a screen detection (cell test),
Liquid crystal display panel is detected in array segment and at the various bad of box section appearance.When point screen detection, it need to guarantee to provide to each pixel
Signal is tested.
Summary of the invention
The present invention provides a kind of liquid crystal display panel and liquid crystal display device, in screen detection, each pixel can be given to mention
It is tested for signal.
Embodiment of the present invention discloses a kind of liquid crystal display panel, including viewing area, and the viewing area includes a plurality of vertical
The scan line and data line of intersection and the multiple pixels limited by a plurality of scan line and a plurality of data line, it is described
Liquid crystal display panel further includes the first shorting bar region above the viewing area and the below the viewing area
Two shorting bar regions, first shorting bar region include that the first shorting bar, the second shorting bar and third being laterally arranged are shorted
Stick, and including the first R voltage signal end, the first G voltage signal end and the first B voltage signal end, second shorting bar area
Domain include the 4th shorting bar being laterally arranged, the 5th shorting bar, the 6th shorting bar and including the 2nd R voltage signal, the 2nd G electricity
Press signal end and the 2nd B voltage signal end, first shorting bar, second shorting bar and the third shorting bar respectively with
The first R voltage signal end, the first G voltage signal end and the first B voltage signal end connection, the described 4th is shorted
Stick, the 5th shorting bar and the 6th shorting bar respectively with the 2nd R voltage signal end, the 2nd G voltage signal
End and the 2nd B voltage signal end connection, it is first shorting bar, second shorting bar, the third shorting bar, described
4th shorting bar, the 5th shorting bar and the 6th shorting bar are connect with the data line.
Wherein, the pixel of every a line is connected by a scan line, and each column pixel is by two adjacent data
Line is alternately connected by parity rows, in the every two shorting bar and second shorting bar region in first shorting bar region
Every two shorting bar connects the data line in an alternating fashion.
Wherein, first shorting bar and the 4th shorting bar are connect with the data line for being connected with red pixel, described
Second shorting bar and the 5th shorting bar are connect with the data line for being connected with green pixel, the third shorting bar and described
Six shorting bars are connect with the data line for being connected with blue pixel.
Wherein, the liquid crystal display panel further includes the third shorting bar region on the left of the viewing area, and described the
Three shorting bar regions include the 7th vertically arranged shorting bar, the 8th shorting bar and including first grid signal end and second gate
Pole signal end, the 7th shorting bar are connect with the first grid signal end, the 8th shorting bar and the second grid
The scan line of signal end connection, the 7th shorting bar and odd-numbered line connects, the institute of the 8th shorting bar and even number line
State scan line connection.
Wherein, the pixel of every a line is connected by a scan line, and each column pixel is by two adjacent data
Line is alternately connected by parity rows, in the one of shorting bar and second shorting bar region in first shorting bar region
One of shorting bar connect the data line in an alternating fashion.
Wherein, first shorting bar and the 4th shorting bar are connect with the data line for being connected with red pixel, described
Second shorting bar and the 5th shorting bar are connect with the data line for being connected with green pixel, the third shorting bar and described
Six shorting bars are connect with the data line for being connected with blue pixel.
Wherein, the substrate further includes the third shorting bar region on the left of the viewing area, the third shorting bar
Region includes the 7th vertically arranged shorting bar, the 8th shorting bar and including first grid signal end and second grid signal
End, the 7th shorting bar are connect with the first grid signal end, the 8th shorting bar and the second grid signal end
The scan line of connection, the 7th shorting bar and odd-numbered line connects, the scanning of the 8th shorting bar and even number line
Line connection.
Wherein, multiple pixels constitute multipair pixel, and a plurality of scan line constitutes multipair scan line, every a pair of of scanning
Line setting connect between at least a pair of of pixel and at least a pair of of pixel, adjacent data line setting at least a pair of pixel it
Between and connect at least a pair of of pixel, the polarity of each pixel is with the polarity of adjacent pixel on the contrary, first shorting bar
Three shorting bars in region by the third shorting bar and the first data line, since Article 2 data line by described first
Shorting bar and adjacent two data lines, second shorting bar and adjacent two data lines, the third shorting bar
It is connect with the alternation method of adjacent two data lines with a plurality of data line, three in second shorting bar region
Shorting bar since the first data line by the 4th shorting bar and adjacent two articles of data lines, the 5th shorting bar with
The alternation method of adjacent two articles of data lines, the 6th shorting bar and adjacent two articles of data lines and a plurality of data
Line connection.
Wherein, the substrate further includes the third shorting bar region on the left of the viewing area, the third shorting bar
Region includes the 7th vertically arranged shorting bar, the 8th shorting bar, the 9th shorting bar, the tenth shorting bar and including first grid
Signal end, second grid signal end, third grid signal end and the 4th grid signal end, the 7th shorting bar and described first
The connection of grid signal end, the 8th shorting bar connect with the second grid signal end, the 9th shorting bar and described the
The connection of three grid signal ends, the tenth shorting bar connect with the 4th grid signal end, open from first scan line
The first article of scan line and the 7th shorting bar connection, Article 2 scan line and the described 8th to begin in per adjacent four articles of scan lines
Shorting bar connection, Article 3 scan line are connect with the 9th shorting bar and the Article 4 scan line and the tenth shorting bar
Connection.
A kind of liquid crystal display device, including LCD display described in any of the above embodiments is also disclosed in embodiment of the present invention
Plate.
The liquid crystal display panel and liquid crystal display device that embodiment of the present invention provides, by over and under viewing area
Shorting bar region is set, can provide signal when carrying out screen detection to each pixel and be detected.
Detailed description of the invention
It to describe the technical solutions in the embodiments of the present invention more clearly, below will be to needed in the embodiment
Attached drawing is briefly described, it should be apparent that, drawings in the following description are only some embodiments of the invention, for ability
For the those of ordinary skill of domain, without creative efforts, it can also be obtained according to these attached drawings other attached
Figure.
Fig. 1 is the structural schematic diagram of liquid crystal display panel in first embodiment of the invention；
Fig. 2 is the structural schematic diagram of liquid crystal display panel in second embodiment of the invention；And
Fig. 3 is the structural schematic diagram of liquid crystal display panel in third embodiment of the 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 the described embodiment is only a part of the embodiment of the present invention, instead of all the embodiments.Based on this
Embodiment in invention, every other reality obtained by those of ordinary skill in the art without making creative efforts
Example is applied, shall fall within the protection scope of the present invention.
Fig. 1 is the structural schematic diagram of the liquid crystal display panel 100 in first embodiment of the invention.Liquid crystal display panel
100 include viewing area 11.Viewing area 11 is including a plurality of scan line 111 to intersect vertically and data line 112 and by multi-strip scanning
Multiple pixels 113 that line 111 and multiple data lines 112 limit.The pixel 113 of every a line is connected by a scan line 111, each
Column pixel 113 is alternately connected by adjacent two datas line 112 by parity rows.For example, the first data line D1 and first row are red
The red pixel 113 of odd-numbered line in pixel 113 connects, the even number in Article 2 data line D2 and first row red pixel 113
Capable red pixel 113 connects.
Liquid crystal display panel 100 further includes positioned at the first shorting bar region 12 of 11 top of viewing area and positioned at viewing area 11
Second shorting bar region 13 of lower section.First shorting bar region 12 includes the first shorting bar 121, the second shorting bar being laterally arranged
122, third shorting bar 123 further includes the first R voltage signal end 124, the first G voltage signal end 125, the first B voltage signal end
126 and the first common voltage signal end 127.First shorting bar 121 is set to the top of the second shorting bar 122, and second is short
It takes over the baton 122 tops for being set to third shorting bar 123.First shorting bar 121 is connect with the first R voltage signal end 124, and second is short
It takes over the baton and 122 is connect with the first G voltage signal end 125, third shorting bar 123 is connect with the first B voltage signal end 126.Second is short
Take-over-zone 13 includes the 4th shorting bar 131, the 5th shorting bar 132, the 6th shorting bar 133 being laterally arranged, and further includes the 2nd R
Voltage signal end 134, the 2nd G voltage signal end 135, the 2nd B voltage signal end 136 and the 2nd common voltage signal end
137.5th shorting bar 132 is set to the lower section of the 4th shorting bar 131, and the 6th shorting bar 133 is set to the 5th shorting bar 132
Lower section.4th shorting bar 131 is connect with the 2nd R voltage signal end 134, the 5th shorting bar 132 and the 2nd G voltage signal end 135
Connection, the 6th shorting bar 133 are connect with the 2nd B voltage signal end 136.
In present embodiment, every two shorting bar in the first shorting bar region 12 with it is every in the second shorting bar region 13
Two shorting bars connect data line 112 in an alternating fashion.First shorting bar 121 and the 4th shorting bar 131 be connected with it is red
The data line 112 of color pixel 113 connects.Second shorting bar 122 and the 5th shorting bar 132 be connected with green pixel 113
Data line 112 connects, and third shorting bar 123 and the 6th shorting bar 133 connect with the data line 112 for being connected with blue pixel 113
It connects.Specifically, the first shorting bar 121 and data line D1, data line D10 etc. are connect, the second shorting bar 122 and data line D2, number
According to the connection such as line D5, third shorting bar 123 and data line D6, data line D9 etc. are connect, so that the first shorting bar region 12 is pressed
RGGBBR... arrangement is connect with multiple data lines 112.4th shorting bar 131 and data line D4, data line D7 etc. are connect, and
Five shorting bars 132 and data line D8, data line D11 etc. are connect, and the 6th shorting bar 133 and data line D3, data line D12 etc. are even
It connects, so that the second shorting bar region 13 is connect by the arrangement of BRRGGB... with multiple data lines 112.
In present embodiment, liquid crystal display panel 100 further includes positioned at the third shorting bar region 14 in 11 left side of viewing area.
Third shorting bar region 14 includes vertically arranged the 7th shorting bar 141 and the 8th shorting bar 142, further includes first grid signal
End 143, second grid signal end 144 and the 3rd common voltage signal end 143.7th shorting bar 141 is located at the 8th shorting bar
142 left side.7th shorting bar 141 is connect with first grid signal end 143, the 8th shorting bar 142 and second grid signal end
144 connections.7th shorting bar 141 is connect with the scan line 111 of odd-numbered line, the scan line 111 of the 8th shorting bar 142 and even number line
Connection.
In present embodiment, when carrying out screen detection, in the case where applying voltage to first grid signal end 143, if
Apply voltage to the first shorting bar 121 and the 4th shorting bar 131, the red pixel 113 of all odd-numbered lines should be lit, if giving
Second shorting bar 122 and the 5th shorting bar 132 apply voltage, and the green pixel 113 of all odd-numbered lines should be lit, if to the
Three shorting bars 123 and the 6th shorting bar 133 apply voltage, and the blue pixel 113 of all odd-numbered lines should be lit.Giving second
In the case that grid signal end 144 applies voltage, if applying voltage, all idols to the second shorting bar 122 and the 5th shorting bar 132
Several rows of red pixel 113 should be lit, if applying voltage, all even numbers to third shorting bar 123 and the 6th shorting bar 133
Capable green pixel 113 should be lit, if applying voltage, all even numbers to the first shorting bar 121 and the 4th shorting bar 131
Capable blue pixel 113 should be lit.Therefore, when carrying out screen detection, signal can be provided to each pixel 113 and carried out
Test.
Fig. 2 is the structural schematic diagram of the liquid crystal display panel 200 in second embodiment of the invention.With liquid crystal display panel
100 similarities are that liquid crystal display panel 200 includes viewing area 21, the first shorting bar region 22, the second shorting bar region 23
And third shorting bar region 24.Viewing area 21 includes multi-strip scanning line 211, multiple data lines 212 and multiple pixels 213.It is each
Capable pixel 213 is connected by a scan line 211, and each column pixel 213 is alternately connected by adjacent two datas line 212 by parity rows
It connects.First shorting bar region 22 includes the first shorting bar 221, the second shorting bar 222, third shorting bar 223 being laterally arranged, also
Including the first R voltage signal end 224, the first G voltage signal end 225, the first B voltage signal end 226 and the first common electricity
Press signal end 227.First shorting bar 221 is set to the top of the second shorting bar 222, and it is short that the second shorting bar 222 is set to third
Take over the baton 223 top.First shorting bar 221 is connect with the first R voltage signal end 224, the second shorting bar 222 and the first G voltage
Signal end 225 connects, and third shorting bar 223 is connect with the first B voltage signal end 226.Second shorting bar region 23 includes laterally
The 4th shorting bar 231, the 5th shorting bar 232, the 6th shorting bar 233 being arranged further include the 2nd R voltage signal end 234, second
G voltage signal end 235, the 2nd B voltage signal end 236 and the 2nd common voltage signal end 237.5th shorting bar 232 is set
It is placed in the lower section of the 4th shorting bar 231, the 6th shorting bar 233 is set to the lower section of the 5th shorting bar 232.4th shorting bar 231
It is connect with the 2nd R voltage signal end 234, the 5th shorting bar 232 is connect with the 2nd G voltage signal end 235, the 6th shorting bar 233
It is connect with the 2nd B voltage signal end 236.With liquid crystal display panel 100 the difference is that, in the first shorting bar region 22
One of shorting bar connect data line 212 with one of shorting bar in the second shorting bar region 23 in an alternating fashion.
In present embodiment, the first shorting bar 221 and the 4th shorting bar 231 with the data that are connected with red pixel 213
Line 212 connects.Second shorting bar 222 and the 5th shorting bar 232 are connect with the data line 212 for being connected with green pixel 213, the
Three shorting bars 223 and the 6th shorting bar 233 are connect with the data line 212 for being connected with blue pixel 213.Specifically, first is short
Take over the baton and 221 connect with data line D1, D7 etc., the second shorting bar 222 and data line D5, D11 etc. are connect, third shorting bar 223 with
The connection such as data line D3, D9, so that the first shorting bar region 22 is connect by the arrangement of RBGRBG... with multiple data lines 221.The
Four shorting bars 231 and data line D4, D10 etc. are connect, and the 5th shorting bar 232 and data line D2, D8 etc. are connect, the 6th shorting bar with
The connection such as data line D6, D12, so that the second shorting bar region 22 is connect by the arrangement of GRBGRB... with multiple data lines 212.
It is also resided in the similarity of liquid crystal display panel 100, liquid crystal display panel 200 further includes being located at 21 left side of viewing area
The third shorting bar region 24 of side.Third shorting bar region 24 includes vertically arranged the 7th shorting bar 241 and the 8th shorting bar
242, it further include first grid signal end 243, second grid signal end 244 and the 3rd common voltage signal end 245.7th is short
241 are taken over the baton positioned at the left side of the 8th shorting bar 242.7th shorting bar 241 is connect with first grid signal end 243, and the 8th is shorted
Stick 242 is connect with second grid signal end 244.7th shorting bar 241 is connect with the scan line 211 of odd-numbered line, the 8th shorting bar
242 connect with the scan line 211 of even number line.
In present embodiment, when carrying out screen detection, in the case where applying voltage to first grid signal end 243, if
Apply voltage to the first shorting bar 221 and the 4th shorting bar 231, the red pixel 213 of all odd-numbered lines should be lit, if giving
Second shorting bar 222 and the 5th shorting bar 232 apply voltage, and the green pixel 213 of all odd-numbered lines should be lit, if to the
Three shorting bars 223 and the 6th shorting bar 233 apply voltage, and the blue pixel 213 of all odd-numbered lines should be lit.Giving second
In the case that grid signal end 244 applies voltage, if applying voltage, all idols to the second shorting bar 222 and the 5th shorting bar 232
Several rows of red pixel 213 should be lit, if applying voltage, all even numbers to third shorting bar 223 and the 6th shorting bar 233
Capable green pixel 213 should be lit, if applying voltage, all even numbers to the first shorting bar 221 and the 4th shorting bar 231
Capable blue pixel 213 should be lit.Therefore, when carrying out screen detection, signal can be provided to each pixel 113 and carried out
Test.
Fig. 3 is the structural schematic diagram of liquid crystal display panel 300 in third embodiment of the invention, with liquid crystal display panel
100 similarity is that liquid crystal display panel 300 includes viewing area 31, the first shorting bar region 32, the second shorting bar region
33 and third shorting bar region 34.Viewing area 31 includes multi-strip scanning line 311, multiple data lines 312 and multiple pixels 313.The
One shorting bar region 32 includes the first shorting bar 321, the second shorting bar 322, third shorting bar 323 being laterally arranged, and further includes
First R voltage signal end 324, the first G voltage signal end 325, the first B voltage signal end 326 and the first common voltage letter
Number end 327.First shorting bar 321 is set to the top of the second shorting bar 322, and the second shorting bar 322 is set to third shorting bar
323 top.First shorting bar 321 is connect with the first R voltage signal end 324, the second shorting bar 322 and the first G voltage signal
325 connection of end, third shorting bar 323 are connect with the first B voltage signal end 326.Second shorting bar region 33 includes laterally setting
The 4th shorting bar 331, the 5th shorting bar 332, the 6th shorting bar 333, further include the 2nd R voltage signal end 334, the 2nd G electricity
Press signal end 335, the 2nd B voltage signal end 336 and the 2nd common voltage signal end 337.5th shorting bar 332 is set to
The lower section of 4th shorting bar 331, the 6th shorting bar 333 are set to the lower section of the 5th shorting bar 332.4th shorting bar 331 and
The connection of two R voltage signal ends 334, the 5th shorting bar 332 connect with the 2nd G voltage signal end 335, the 6th shorting bar 333 and the
The connection of two B voltage signal ends 336.
The difference is that, in present embodiment, multiple pixels 313 constitute multipair pixel with liquid crystal display panel 100,
Multi-strip scanning line 311 constitutes multipair scan line, every a pair of scan line setting between at least a pair of of pixel and at least a pair of of picture
Element connection, the adjacent setting of data line 312 are connect between at least a pair of of pixel and at least a pair of of pixel, each pixel 313
Polarity it is opposite with the adjacent polarity of pixel 313.Third shorting bar is pressed in three shorting bars in first shorting bar region 32
323 connect with data line D1, since Article 2 data line (data line D2) by the first shorting bar 321 and adjacent two datas line
312, the side of alternating of the second shorting bar 322 and adjacent two datas line 312, third shorting bar 323 and adjacent two datas line 312
Formula is connect with multiple data lines 312, so that the second shorting bar region 32 is connected by the arrangement of BRRGGB... and multiple data lines 312
It connects.Three shorting bars in second shorting bar region 33 are since the first data line (data line D1) by the 4th shorting bar 331
With adjacent two datas line 312, the 5th shorting bar 332 and adjacent two datas line 312, the 6th shorting bar 333 and adjacent two articles
The alternation method of data line 312 is connect with multiple data lines 312, so that the arrangement of RRGGBB... is pressed in the second shorting bar region 33
It is connect with multiple data lines 312.
In present embodiment, liquid crystal display panel 300 further includes positioned at the third shorting bar region 34 in 31 left side of viewing area.
Third shorting bar region 34 includes the 7th shorting bar 341, the 8th shorting bar 342, the 9th shorting bar to array from left to right
343, the tenth shorting bar 344 further includes first grid signal end 345, second grid signal end 346, third grid signal end
347, the 4th grid signal end 348 and the 3rd common voltage signal end 349.7th shorting bar 341 and first grid signal end
345 connections, the 8th shorting bar 342 are connect with second grid signal end 346, the 9th shorting bar 343 and third grid signal end 347
Connection, the tenth shorting bar 344 are connect with the 4th grid signal end 348, the scanning per adjacent four since first scan line 311
First article of scan line in line is connect with the 7th shorting bar 341, and Article 2 scan line is connect with the 8th shorting bar 342, Article 3
Scan line is connect with the 9th shorting bar 343, and Article 4 scan line is connect with the tenth shorting bar 344.
In the present embodiment, mode as described above is configured, can be to each pixel when carrying out screen detection
313 offer signals are detected.
The present invention provide liquid crystal display device, liquid crystal display device can be include liquid crystal display panel 100,200 or 300
Liquid crystal display device.
The above is a preferred embodiment of the present invention, it is noted that for those skilled in the art
For, various improvements and modifications may be made without departing from the principle of the present invention, these improvements and modifications are also considered as
Protection scope of the present invention.
Claims (9)
1. a kind of liquid crystal display panel, including viewing area, the viewing area include a plurality of scan line to intersect vertically and data line,
And the multiple pixels limited by a plurality of scan line and a plurality of data line, which is characterized in that the pixel of every a line by
One scan line connection, each column pixel are alternately connected by two adjacent data lines by parity rows, the liquid crystal
Display panel further includes that the first shorting bar region above the viewing area and second below the viewing area are short
Take-over-zone, first shorting bar region include the first shorting bar, the second shorting bar and third shorting bar being laterally arranged, with
And including the first R voltage signal end, the first G voltage signal end and the first B voltage signal end, second shorting bar region includes
The 4th shorting bar that is laterally arranged, the 5th shorting bar, the 6th shorting bar and including the 2nd R voltage signal, the 2nd G voltage signal
End and the 2nd B voltage signal end, first shorting bar, second shorting bar and the third shorting bar are respectively with described the
One R voltage signal end, the first G voltage signal end and the first B voltage signal end connection, the 4th shorting bar, institute
State the 5th shorting bar and the 6th shorting bar respectively with the 2nd R voltage signal end, the 2nd G voltage signal end and institute
State the connection of the 2nd B voltage signal end, it is first shorting bar, second shorting bar, the third shorting bar, the described 4th short
It takes over the baton, the 5th shorting bar and the 6th shorting bar are connect with the data line, wherein first shorting bar region
In every two shorting bar connect the data in an alternating fashion with the every two shorting bar in second shorting bar region
Line.
2. liquid crystal display panel as described in claim 1, which is characterized in that first shorting bar and the 4th shorting bar
It is connect with the data line for being connected with red pixel, second shorting bar and the 5th shorting bar and is connected with green pixel
Data line connection, the third shorting bar and the 6th shorting bar are connect with the data line for being connected with blue pixel.
3. liquid crystal display panel as described in claim 1, which is characterized in that further include the third on the left of the viewing area
Shorting bar region, third shorting bar region include the 7th vertically arranged shorting bar, the 8th shorting bar and including first
Grid signal end and second grid signal end, the 7th shorting bar are connect with the first grid signal end, and the described 8th is short
It takes over the baton and is connect with the second grid signal end, the scan line connection of the 7th shorting bar and odd-numbered line, the described 8th
The connection of the scan line of shorting bar and even number line.
4. liquid crystal display panel as described in claim 1, which is characterized in that the every two in first shorting bar region is short
Take over the baton with the every two shorting bar in second shorting bar region connect in an alternating fashion the data line be switched to it is described
One of shorting bar in first shorting bar region is with one of shorting bar in second shorting bar region to replace
Mode connect the data line.
5. liquid crystal display panel as claimed in claim 4, which is characterized in that first shorting bar and the 4th shorting bar
It is connect with the data line for being connected with red pixel, second shorting bar and the 5th shorting bar and is connected with green pixel
Data line connection, the third shorting bar and the 6th shorting bar are connect with the data line for being connected with blue pixel.
6. liquid crystal display panel as claimed in claim 4, which is characterized in that further include the third on the left of the viewing area
Shorting bar region, third shorting bar region include the 7th vertically arranged shorting bar, the 8th shorting bar and including first
Grid signal end and second grid signal end, the 7th shorting bar are connect with the first grid signal end, and the described 8th is short
It takes over the baton and is connect with the second grid signal end, the scan line connection of the 7th shorting bar and odd-numbered line, the described 8th
The connection of the scan line of shorting bar and even number line.
7. liquid crystal display panel as described in claim 1, which is characterized in that the pixel of described every a line is by the scanning
Line connection, each column pixel are switched to multiple pixels by parity rows alternating connection by two adjacent data lines and constitute
Multipair pixel, a plurality of scan line constitute multipair scan line, every a pair of scan line setting between at least a pair of of pixel and with
At least a pair of of pixel connection, adjacent data line setting is connect between at least a pair of of pixel and at least a pair of of pixel, each
The polarity of pixel is with the polarity of adjacent pixel on the contrary, every two shorting bar in first shorting bar region and described the
Every two shorting bar in two shorting bar regions connects the data line in an alternating fashion and is switched to first shorting bar area
Three shorting bars in domain are short by described first with the first data line, since Article 2 data line by the third shorting bar
Take over the baton with adjacent two data lines, second shorting bar and adjacent two data lines, the third shorting bar with
The alternation method of adjacent two data lines is connect with a plurality of data line, and three in second shorting bar region are short
It takes over the baton since the first data line by the 4th shorting bar and adjacent two articles of data lines, the 5th shorting bar and phase
Adjacent two articles of data lines, the alternation method of the 6th shorting bar and adjacent two articles of data lines and a plurality of data line
Connection.
8. liquid crystal display panel as claimed in claim 7, which is characterized in that further include the third on the left of the viewing area
Shorting bar region, third shorting bar region include the 7th vertically arranged shorting bar, the 8th shorting bar, the 9th shorting bar,
Tenth shorting bar and including first grid signal end, second grid signal end, third grid signal end and the 4th grid signal
End, the 7th shorting bar are connect with the first grid signal end, the 8th shorting bar and the second grid signal end
Connection, the 9th shorting bar are connect with third grid signal end, the tenth shorting bar and the 4th grid signal
End connection, first article of scan line and the 7th shorting bar since adjacent four articles of scan lines every first article of scan line
It connects, Article 2 scan line is connect with the 8th shorting bar connection, Article 3 scan line with the 9th shorting bar and described
Article 4 scan line is connect with the tenth shorting bar.
9. a kind of liquid crystal display device, which is characterized in that including the LCD display as described in claim 1 to 8 any one
Plate.
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| CN201610252040.4A CN105676496B (en) | 2016-04-21 | 2016-04-21 | Liquid crystal display panel and liquid crystal display device |
| PCT/CN2016/081459 WO2017181450A1 (en) | 2016-04-21 | 2016-05-09 | Liquid crystal display panel and liquid crystal display device |
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| CN107272290A (en) * | 2017-07-18 | 2017-10-20 | 深圳市华星光电技术有限公司 | A kind of array base palte and display panel |
| CN107315291B (en) * | 2017-07-19 | 2020-06-16 | 深圳市华星光电半导体显示技术有限公司 | GOA display panel and GOA display device |
| CN110189671B (en) * | 2019-06-26 | 2022-02-01 | 滁州惠科光电科技有限公司 | Box-formed test circuit, array substrate and liquid crystal display device |
| CN113554961B (en) * | 2021-07-06 | 2024-03-19 | 深圳市华星光电半导体显示技术有限公司 | Display panel |
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| CN105676496A (en) | 2016-06-15 |
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