CN109887987A - A kind of array substrate and display module - Google Patents
A kind of array substrate and display module Download PDFInfo
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- CN109887987A CN109887987A CN201910310317.8A CN201910310317A CN109887987A CN 109887987 A CN109887987 A CN 109887987A CN 201910310317 A CN201910310317 A CN 201910310317A CN 109887987 A CN109887987 A CN 109887987A
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Abstract
The present invention provides a kind of array substrate and display modules.The functional circuit unit and its cabling solved in screen body frame is limited by the space of arc-shaped frame, and cabling is caused to lay difficult problem.It include: the viewing area with curved corners and the rim area except the viewing area, the multiple functional circuit units being electrically connected with the viewing area are provided in the rim area, first direction distribution of the multiple functional circuit unit along the extending direction as viewing area, any one functional circuit unit includes: same layer and the signal wire in multiple transistor groups of the second direction distribution vertical with first direction and the signal line group being arranged between transistor group, the signal line group is electrically connected with corresponding transistor group.
Description
Technical field
The present invention relates to field of display technology, and in particular to a kind of array substrate and display module.
Background technique
Active matrix organic light-emitting diode (Active-matrix organic light-emitting diode,
AMOLED) the narrow frame technology of display screen technology is concerned, and designs narrower frame, is conducive to the competitiveness for promoting product.
As the chamfer design of display screen display area in the market is more and more common, arcuate segments realize that narrow frame technology is also extremely important.
However shield functional circuit unit and its cabling in body frame and limited by the space of arc-shaped frame, cause cabling to be laid difficult.
Summary of the invention
In view of this, the present invention provides a kind of array substrate and display modules.Solves the function electricity in screen body frame
Road unit and its cabling are limited by the space of arc-shaped frame, and cabling is caused to lay difficult problem.
A kind of array substrate and display module that one embodiment of the invention provides, comprising: the viewing area with curved corners
Rim area with except the viewing area, is provided with the multiple functions being electrically connected with the viewing area in the rim area
Circuit unit, first direction distribution of the multiple functional circuit unit along the extending direction as viewing area, any one function
Circuit unit includes: same layer and the multiple transistor groups being distributed along the second direction vertical with first direction and setting are in transistor
Signal line group between group, the signal wire in the signal line group are electrically connected with corresponding transistor group.
In one embodiment, the quantity phase of the quantity of the transistor group and the color of sub-pixel in the viewing area
Together.
In one embodiment, with the sub-pixel of three kinds of colors of red, green, blue, the transistor in the viewing area
Group has the first transistor group for adapting to red sub-pixel, adapts to the second transistor group of blue subpixels and adapts to green
The third transistor group of sub-pixels, between the first transistor group, second transistor group and third transistor group between
The signal line group is laid in gap.
In one embodiment, along the second direction, the third transistor group is close to the viewing area, and described
Two-transistor group far from the viewing area, the first transistor group be in the second transistor group and third transistor group it
Between, the signal line group includes being in first in the first signal line group between the first transistor group and second transistor group
Third signal line group between transistor group and third transistor group, and the separate third in the first transistor group
The second signal line group of the side of transistor group.
In one embodiment, the first transistor group includes the first transistor and second transistor in parallel, institute
It states the first transistor and second transistor to be distributed along the second direction, first signal line group includes the first red data line
With second switch signal wire, the third signal line group include the second red data line, first red data line with it is described
The channel layer of the first transistor is electrically connected, and second red data line is electrically connected with the channel layer of the second transistor, institute
Second switch signal wire is stated to be electrically connected by second grid signal data line and the grid of the first transistor and second transistor
It connects, the array substrate further includes the first drain electrode cabling, the channel layer and the second transistor with the first transistor
Channel layer electrical connection.
In one embodiment, the first transistor group further include: third transistor and the 4th transistor in parallel,
The third transistor and the 4th transistor are distributed along the second direction, and first signal line group further includes first opening
OFF signal line, first red data line are electrically connected with the channel layer of the third transistor, second red data line
Be electrically connected with the channel layer of the 4th transistor, the first switch signal wire by second grid signal data line with it is described
The electrical connection of the grid of third transistor and the 4th transistor, the array substrate further includes the second drain electrode cabling, with institute
State the channel layer electrical connection of the channel layer and the 4th transistor of third transistor.
In one embodiment, the second transistor group includes the 5th transistor and the 6th transistor in parallel, institute
It states the 5th transistor and the 6th transistor is distributed along the second direction, first signal line group includes the first blue number
According to line, the second signal line group includes the second blue data line, the first blue data line and the 5th transistor
Channel layer electrical connection, the second blue data line are electrically connected with the channel layer of the 6th transistor, the first switch letter
Number line is electrically connected by third grid signal data line with the grid of the 5th transistor and the 6th transistor, and described first leaks
Pole cabling is electrically connected with the channel layer of the channel layer of the 5th transistor and the 6th transistor.
In one embodiment, the second transistor group further includes the 7th transistor and the 8th transistor of parallel connection,
7th transistor and the 8th transistor are distributed along the second direction, the first blue data line and the described 7th
The channel layer of transistor is electrically connected, and the second blue data line is electrically connected with the channel layer of the 8th transistor, and described the
Two switch signal lines are electrically connected by the 4th grid signal data line with the grid of the 7th transistor and the 8th transistor, institute
The second drain electrode cabling is stated to be electrically connected with the channel layer of the channel layer of the 7th transistor and the 8th transistor.
In one embodiment, the third transistor group includes the 9th transistor, and the third signal line group includes
Green data line and third switch signal line, the green data line is electrically connected with the channel layer of the 9th transistor, described
Third switch signal line is electrically connected by the 5th grid signal data line with the grid of the 9th transistor, the array substrate
Further include third drain electrode cabling, is electrically connected with the channel layer of the 9th transistor.
A kind of display module, including any of the above-described array substrate.
A kind of array substrate and display module provided in an embodiment of the present invention, the array substrate have viewing area and frame
Area, wherein viewing area has curved corners, and rim area is in except viewing area, is provided in rim area and is electrically connected with viewing area
Multiple functional circuit units, multiple functional circuit units are distributed along the first direction of the extending direction as viewing area, any
A functional circuit unit includes same layer and the multiple transistors being distributed along the second direction vertical with first direction and setting are in crystalline substance
Signal line group between body pipe group, the signal wire in signal line group are connected with corresponding transistor group point.This programme passes through will be existing
Multiple transistor groups in technology are adjusted to be distributed along the second direction vertical with first direction along first direction distribution, reduce
The space that functional circuit unit occupies in the horizontal direction, comprising duplicate multiple single at the step of conventional Arcuate display device
Functional circuit unit, multiple functional circuit units get up the spatial synthesis of saving, and it is occupied can to greatly reduce array substrate
Space, therefore realize narrow arc-shaped frame design.
Detailed description of the invention
Fig. 1 show a kind of structural schematic diagram of array substrate of one embodiment of the invention offer.
Fig. 2 show a kind of enlarged diagram A of array substrate of one embodiment of the invention offer.
Fig. 3 show a kind of structural schematic diagram of functional unit of one embodiment of the invention offer.
Fig. 4 show another embodiment of the present invention provides a kind of functional unit structural schematic diagram.
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 show a kind of structural schematic diagram of array substrate of one embodiment of the invention offer.Fig. 2 show the present invention
A kind of enlarged diagram A for array substrate that one embodiment provides.
As depicted in figs. 1 and 2, which includes: viewing area 1 and rim area 2, and viewing area 1 has curved corners, side
The setting of frame area 2 is being shown outside 1st area, and the multiple functional units being electrically connected with viewing area 1, multiple function are provided in rim area 2
Energy unit is distributed along first direction 01, and wherein first direction 01 is the extending direction of viewing area 1.Any one functional circuit unit 3
Including multiple transistor groups and the signal group being arranged between multiple transistor groups, plurality of transistor group in same layer, and
02 distribution in a second direction of multiple transistor groups, second direction 02 are the direction vertical with first direction 01.In signal line group
Signal wire is electrically connected with corresponding transistor group, and the function of signal wire is to provide corresponding signal for corresponding transistor group.This
Scheme along the distribution of first direction 01 by being adjusted to multiple transistor groups in the prior art along vertical with first direction 01
Second direction 02 is distributed, and reduces the space that functional circuit unit 3 occupies in the horizontal direction, the platform of conventional Arcuate display device
It include duplicate multiple functional circuit units 3 at rank, multiple functional circuit units 3 get up the spatial synthesis of saving, can be significantly
Reduce the occupied space of array substrate, therefore realizes narrow arc-shaped frame design.In one embodiment, functional circuit unit 3
To test circuit.
In one embodiment of the invention, the quantity of transistor group is identical as the quantity of color of sub-pixel in viewing area 1.One
Transistor group drives a kind of sub-pixel of color.Preferably, brilliant with the sub-pixel of three kinds of colors of red, green, blue in viewing area 1
Body pipe group includes the first transistor group 03, second transistor group 04 and third transistor group, wherein the first transistor group 03 can be
The transistor group of red sub-pixel is driven, second transistor group 04 can be the transistor group of driving blue subpixels, third crystal
Guan Zuke is the transistor group for driving green sub-pixels.Same color sub-pixels are driven using a transistor group, are made same
Multiple transistors of the sub-pixel of kind color are set together, and space is rationally utilized, and solve the function electricity in screen body frame
Road unit 3 and its cabling are limited by the space of arc-shaped frame, and cabling is caused to lay difficult problem.
It is appreciated that the first transistor group 03 can be the transistor group of driving red sub-pixel, it can also be driving green
The transistor group of pixel can also be the transistor group of driving blue subpixels；Second transistor group 04 can be driving blue
The transistor group of pixel can also be the transistor group of driving green sub-pixels, can be also the transistor group of driving red sub-pixel；
Second transistor group 04 can be the transistor group of driving green sub-pixels, can also be the transistor group of driving red sub-pixel, also
It can be the transistor group of driving blue subpixels, the first transistor group 03, second transistor group 04 and third transistor group are specific
Driving the sub-pixel of which kind of color can be adjusted according to the actual situation, and the present invention is to the first transistor group 03, the second crystal
Pipe group 04 and third transistor group specifically drive the sub-pixel of which kind of color to be not construed as limiting.
In one embodiment of the invention, between the first transistor group 03, second transistor group 04 and third transistor group
Laying signal wire group in gap, the signal line group include for the first transistor group 03, second transistor group 04 and third transistor
Signal data line or switching line are provided, it is brilliant that signal line group is laid in the first transistor group 03, second transistor group 04 and third
Between body pipe group, it can make to arrange more compact, space utilization is more reasonable.
It is appreciated that signal line group may include signal data line or switching line, it may also include other kinds of signal wire,
The present invention is not construed as limiting the specific effect of signal line group.
Fig. 3 show a kind of structural schematic diagram of functional unit of one embodiment of the invention offer.
As shown in figure 3, third transistor group is close to viewing area 1 on 02 in a second direction, second transistor group 04 is far from aobvious
Show area 1, the first transistor group 03 is between second transistor group 04 and third transistor group 05.Signal line group includes the first letter
Number line group 06, second signal group and third signal line group 08, the first signal line group 06, second signal group and third signal line group 08
In a second direction 02 and column distribution, wherein the setting of the first signal line group 06 the first transistor group 03 and second transistor group 04 it
Between, third transistor group 05 is arranged between the first transistor group 03 and third transistor group 05, and second signal line group 07 is arranged
In side of the first transistor group 03 far from third transistor group 05.First signal line group 06 can include: the first red data line
061, first switch signal wire 062 and second switch signal wire 063；Second signal line group 07 includes the first blue data line 064
With the second blue data line 071；Third signal line group 08 is red including green data line 083, third switch signal line 082 and second
Color data line 081.Wherein, green data line 083, third switch signal line 082, second the 081, first red number of red data line
According to line 061, first switch signal wire 062, second switch signal wire 063, the first blue data line 064 and the second blue data line
071 02 successively arranges in a second direction.It include the first red data line 061 and second by setting two for red data line
Red data line 081, it includes the first blue data line 064 and the second blue data line 071, contracting that blue data line, which is set as two,
Short red and blue data line therefore can shorten functional circuit unit 3 along first direction 01 along the length of first direction 01
Width, the reduced space needed for making functional circuit unit 3 in a first direction on 01 solves the functional circuit in screen body frame
Unit 3 and its cabling are limited by the space of arc-shaped frame, and cabling is caused to lay difficult problem.
It is appreciated that green data line 083, third switch signal line 082, second the 081, first red number of red data line
According to line 061, first switch signal wire 062, second switch signal wire 063, the first blue data line 064 and the second blue data line
071 02 successively arranges in a second direction, can also arrange according to preset sequence, green data line 083, third switch letter
Number line 082, the second red data line 081, the first red data line 061, first switch signal wire 062, second switch signal wire
063, the distributing order of the first blue data line 064 and the second blue data line 071 can be adjusted according to actual demand, this
Invention is to green data line 083, third switch signal line 082, the second red data line 081, the first red data line 061,
One switch signal line 062, second switch signal wire 063, the first blue data line 064 and the second blue data line 071 it is specific
Distributing order is not construed as limiting.
Fig. 4 show another embodiment of the present invention provides a kind of functional unit structural schematic diagram.
As shown in figure 4, the first transistor group 03 can be adapted to and red sub-pixel, the first transistor group 03 includes in parallel
The first transistor 011 and second transistor 012, wherein the first transistor 011 and 02 point in a second direction of second transistor 012
Cloth, the first transistor 011 and second transistor 012 share a drain electrode and source electrode.First signal line group 06 includes first red
Data line 061 and second switch signal wire 063, third signal line group 08 include the second red data line 081.First red data
Line 061 is electrically connected with the channel layer of the first transistor 011, the channel layer electricity of the second red data line 081 and second transistor 012
Connection, wherein the first red data line 061 can be 011 source signal data line of the first transistor, the second red data line 081 can
For 012 source signal data line of second transistor.Second switch signal wire 063 is brilliant by second grid signal data line and first
The electrical connection of the grid of body pipe 011 and second transistor 012.Wherein, which further includes the first drain electrode cabling 09, this first
Drain electrode cabling 09 is electrically connected with the channel layer of the channel layer of the first transistor 011 and second transistor 012, wherein the first drain electrode is walked
Line 09 can be electrically connected with the drain electrode of the first transistor 011 and the drain electrode of second transistor 012.By setting red data line to
Two include the first red data line 061 and the second red data line 081, shorten red data line along the length of first direction 01
Degree, therefore can shorten functional circuit unit 3 along the width of first direction 01 makes functional circuit unit 3 in a first direction on 01
Required reduced space, the functional circuit unit 3 and its cabling solved in screen body frame are limited by the space of arc-shaped frame,
Cabling is caused to lay difficult problem.
It is appreciated that may include the first red data line 061 and the second red data line 081, may also include a plurality of red
The quantity of color data line, such as third red data line and the 4th red data line etc., red data line can be according to actual need
It asks and is adjusted, the present invention is not construed as limiting the item number of red data line.
In one embodiment of the invention, the first transistor group 03 further includes third transistor 013 and the 4th transistor in parallel
014,02 distribution in a second direction of third transistor 013 and the 4th transistor 014, the first signal line group 06 further includes first switch
Signal wire 062, the first red data line 061 are electrically connected with the channel layer of third transistor 013, the second red data line 081 with
The channel layer of 4th transistor 014 is electrically connected, wherein the first red data line 061 can be 013 source signal number of third transistor
According to line, the second red data line 081 can be 014 source signal data line of the 4th transistor.First switch signal wire 062 passes through the
Two grid signal data lines are electrically connected with the grid of third transistor 013 and the 4th transistor 014, and array substrate further includes second
Drain cabling 11, is electrically connected with the channel layer of the channel layer of third transistor 013 and the 4th transistor 014, wherein the second leakage
Pole cabling 11 can be electrically connected with the drain electrode of third transistor 013 and the drain electrode of the 4th transistor 014.By the way that red data line is set
Being set to two includes the first red data line 061 and the second red data line 081, shortens red data line along first direction 01
Length, therefore functional circuit unit 3 can be shortened along the width of first direction 01, make functional circuit unit 3 in a first direction
Reduced space needed on 01 solves space of the functional circuit unit 3 and its cabling in screen body frame by arc-shaped frame
Limitation causes cabling to lay difficult problem.
It is appreciated that the first transistor 011, second transistor 012, third transistor 013 and the 4th transistor 014
For issue red light transistor, wherein may include the first transistor 011, second transistor 012,013 and of third transistor
4th transistor 014 can also include more transistors for issuing red light, and the quantity for issuing the transistor of red light can root
It is adjusted according to actual demand, the present invention is not construed as limiting the particular number for the transistor for issuing red light.
In one embodiment of the invention, second transistor group 04 includes the 5th transistor 025 and the 6th transistor in parallel
026,02 distribution in a second direction of the 5th transistor 025 and the 6th transistor 026.First signal line group 06 includes the first blue number
According to line 064, second signal line group 07 includes the second blue data line 071, the first blue data line 064 and the 5th transistor 025
Channel layer electrical connection, the second blue data line 071 be electrically connected with the channel layer of the 6th transistor 026, wherein the first indigo plant red
Data line can be 025 source signal data line of the 5th transistor, and the second blue data line 071 can be 026 source electrode of the 6th transistor
Signal data line.First switch signal wire 062 passes through third grid signal data line and the 5th transistor 025 and the 6th transistor
026 grid electrical connection, the channel layer of the channel layer and the 6th transistor 026 of the first drain electrode cabling 09 and the 5th transistor 025
Electrical connection, wherein the first drain electrode cabling 09 can be electrically connected with the drain electrode of the 5th transistor 025 and the drain electrode of the 6th transistor 026.
Include the first blue data line 064 and the second blue data line 071 by setting two for blue data line, shortens blue
Data line therefore can shorten functional circuit unit 3 along the width of first direction 01 along the length of first direction 01, keep function electric
Road unit 3 in a first direction on 01 needed for reduced space, solve functional circuit unit 3 in screen body frame and its cabling by
It is limited to the space of arc-shaped frame, cabling is caused to lay difficult problem.
It is appreciated that may include the first blue data line 064 and the second blue data line 071, it may also include a plurality of indigo plant
The quantity of color data line, such as third blue data line and the 4th blue data line etc., blue data line can be according to actual need
It asks and is adjusted, the present invention is not construed as limiting the item number of blue data line.
In one embodiment of the invention, second transistor group 04 further includes the 7th transistor 027 and the 8th transistor in parallel
028,02 distribution in a second direction of the 7th transistor 027 and the 8th transistor 028, the first blue data line 064 and the 7th crystal
The channel layer of pipe 027 is electrically connected, and the second blue data line 071071 is electrically connected with the channel layer of the 8th transistor 028, wherein the
One blue red data line can be 027 source signal data line of the 7th transistor, and the second blue data line 071 can be the 8th transistor
028 source signal data line.Second switch signal wire 063 passes through the 4th grid signal data line and the 7th transistor 027 and the
The grid of eight transistors 028 is electrically connected, the channel layer and the 8th transistor 028 of the second drain electrode cabling 11 and the 7th transistor 027
Channel layer electrical connection, wherein second drain electrode cabling 11 can with the 7th transistor 027 drain electrode and the 8th transistor 028 drain electrode
Electrical connection.It include the first blue data line 064 and the second blue data line 071, contracting by setting two for blue data line
Short length of the blue data line along first direction 01, therefore functional circuit unit 3 can be shortened along the width of first direction 01,
Reduced space needed for making functional circuit unit 3 in a first direction on 01, solve functional circuit unit 3 in screen body frame and
Its cabling is limited by the space of arc-shaped frame, and cabling is caused to lay difficult problem.
It is appreciated that the 5th transistor 025, the 6th transistor 026, the 7th transistor 027 and the 8th transistor 028
For issue blue light transistor, wherein may include the first transistor 011, second transistor 012,013 and of third transistor
4th transistor 014 can also include more transistors for issuing blue light, and the quantity for issuing the transistor of blue light can root
It is adjusted according to actual demand, the present invention is not construed as limiting the particular number for the transistor for issuing blue light.
In one embodiment of the invention, third transistor group 05 includes the 9th transistor 029, and third signal line group 08 includes green
Color data line 083 and third switch signal line 082, green data line 083 are electrically connected with the channel layer of the 9th transistor 029,
Green data line 083 can be 029 source signal data line of the 9th transistor, and third switch signal line 082 passes through the 5th grid
Signal data line is electrically connected with the grid of the 9th transistor 029, and array substrate further includes third drain electrode cabling 10, with the 9th crystalline substance
The channel layer of body pipe 029 is electrically connected, and third drain electrode cabling 10 can be electrically connected with the drain electrode of the 9th transistor 029.
In one embodiment of the invention, compared with prior art, red data line and blue data line are split into it is multiple, it is red
Color data line and blue data line split into multi-section, are realized and are electrically connected with connecting line between multi-section, such as red data line is split
At the first red data line 061 and the second red data line 081, blue data line is split into 064 He of the first blue data line
Second blue data line 071 will be electrically connected between first red data line 061 and the second red data line 081, the first blue number
It is electrically connected according between line 064 and the second blue data line 071, the first red data line 061 is simultaneously and the first transistor 011 and the
The channel layer of two-transistor 012 is connected, and since the first transistor 011 and second transistor 012 connect side by side, can guarantee the
One transistor 011 and the length-width ratio after 012 parallel connection of second transistor are consistent with the length-width ratio of transistor in the prior art, thus
Guarantee illumination effect.
In one embodiment of the invention, the model of the maximum distance between the first drain electrode cabling 09 and the second drain electrode cabling 11
Enclosing is 20-50 μm, and the maximum distance between the first drain electrode cabling 09 and the second drain electrode cabling 11 generally exists in the prior art
65 μm or more, therefore the functional circuit unit 3 in this programme shortens at least 15 μm or more compared with prior art, therefore reduces
The space that functional circuit unit 3 occupies in the horizontal direction includes duplicate function at the step of conventional Arcuate display device
Circuit unit 3, multiple functional circuit units 3 get up the spatial synthesis of saving, can greatly reduce the occupied sky of array substrate
Between, solve causes the key space distance of layout to become since functional circuit unit 3 is taken up space in the horizontal direction excessive
It is small, thus the problem of cannot achieve narrow arc-shaped frame.
In one embodiment of the invention, which includes any array substrate, array in above-described embodiment
Substrate has viewing area 1 and rim area 2, and wherein viewing area 1 has curved corners, and rim area 2 is in except viewing area 1, on side
The multiple functional unit circuits being electrically connected with viewing area 1 are provided in frame area 2, multiple functional circuit units 3 are along as viewing area 1
The first direction 01 of extending direction be distributed, any one functional circuit unit 3 includes same layer and along vertical with first direction 01
The multiple transistors and the signal line group that is arranged between transistor group that second direction 02 is distributed, signal wire in signal line group with
Corresponding transistor group point connection.Multiple transistor groups in the prior art by being adjusted to by this programme along the distribution of first direction 01
It is distributed along the second direction 02 vertical with first direction 01, reduces the space that functional circuit unit 3 occupies in the horizontal direction,
It include duplicate multiple functional circuit units 3 at the step of conventional Arcuate display device, multiple functional circuit units 3 are by saving
Spatial synthesis gets up, and can greatly reduce the occupied space of array substrate, therefore realizes narrow arc-shaped frame design.
It is appreciated that display module can show that equipment etc., the present invention fill the display for computer, mobile phone or vehicle electronics
The concrete type set is not construed as limiting.
In one embodiment of the invention, display module further includes pixel layer, and wherein pixel layer includes that at least one pixel repeats
Unit, the pixel repetitive unit include two red sub-pixels, two green sub-pixels and two blue subpixels, two of them
Red sub-pixel, two green sub-pixels and the matrix arrangement in two rows of three of two blue subpixels, two green sub-pixels point
Not Wei Yu the first row secondary series and the second row secondary series, two blue subpixels are located at the first row third column and the second row the
One column, two red sub-pixels are located at the first row first row and the second row third column.The first crystal wherein connected side by side
Pipe 011 and second transistor 012 drive the first red sub-pixel, when second switch 063 input signal of signal wire, first crystal
The signal of the gate turn-on of pipe 011 and second transistor 012, the first red data line 061 and the second red data line 081 is distinguished
The drain electrode of source electrode, the first transistor 011 and second transistor 012 through the first transistor 011 and the second crystal 012 sends to
The anode of one red sub-pixel drives the anode light of the first red sub-pixel.The third transistor 013 connected side by side and the 4th
Transistor 014 drives the second red sub-pixel, when first switch 062 input signal of signal wire, third transistor 013 and the 4th
The signal of the gate turn-on of transistor 014, the first red data line 061 and the second red data line 081 is respectively through third crystal
The drain electrode of the source electrode of pipe 013 and the 4th transistor 014, third transistor 013 and the 4th transistor 014 sends the second red son to
The anode of pixel drives the anode light of the second red sub-pixel.The 5th transistor 025 connected side by side and the 6th transistor
026 the first blue subpixels of driving, when first switch 062 input signal of signal wire, the 5th transistor 025 and the 6th transistor
The signal of 026 gate turn-on, the first blue data line 064 and the second blue data line 071 is respectively through 025 He of the 5th transistor
The drain electrode of the source electrode, the 5th transistor 025 and the 6th transistor 026 of 6th transistor 026 sends the first blue subpixels to
Anode drives the anode light of the first blue subpixels.The 7th transistor 027 connected side by side and the driving of the 8th transistor 028
Second blue subpixels, when second switch 063 input signal of signal wire, the grid of the 7th transistor 027 and the 8th transistor 028
The signal of pole conducting, the first blue data line 064 and the second blue data line 071 is respectively through the 7th transistor and the 8th transistor
The drain electrode of 028 source electrode, the 7th transistor 027 and the 8th transistor 028 sends the anode of the second blue subpixels to, driving the
The anode light of two blue subpixels.The driving of 9th transistor 029 while the first green sub-pixels of driving and the second sub- picture of green
Element, when third 082 input signal of switch signal line, the gate turn-on of the 9th transistor 029, the signal of green data line 083
Source electrode and drain electrode through the 9th transistor 029 sends the anode of the first green sub-pixels and the anode of the second green sub-pixels to,
Drive the first green sub-pixels and the second green sub-pixel for emitting light.
It is appreciated that the arrangement mode of pixel repetitive unit can be the pixel repetitive unit described in above-described embodiment
It can also be adjusted according to the actual situation, the present invention is not construed as limiting the arrangement mode of pixel repetitive unit.
It is further appreciated that the array substrate can be used for carrying out unit testing, particular use of the present invention to the array substrate
It is not construed as limiting.
The foregoing is merely illustrative of the preferred embodiments of the present invention, is not intended to limit the invention, all in essence of the invention
Within mind and principle, made any modification, equivalent replacement etc. be should all be included in the protection scope of the present invention.
Claims (10)
1. a kind of array substrate characterized by comprising
Viewing area (1) with curved corners and the rim area (2) except the viewing area (1), in the rim area (2)
Inside it is provided with the multiple functional circuit units (3) being electrically connected with the viewing area (1), the multiple functional circuit unit (3) edge
The first direction (01) of extending direction as viewing area (1) is distributed,
Any one functional circuit unit (3) includes: same layer and is distributed along the second direction (02) vertical with first direction (01)
Multiple transistor groups and the signal line group being arranged between transistor group, signal wire in the signal line group and corresponding crystal
The electrical connection of pipe group.
2. a kind of array substrate according to claim 1, which is characterized in that the quantity and the display of the transistor group
The quantity of the color of area (1) interior sub-pixel is identical.
3. a kind of array substrate according to claim 2, which is characterized in that have red, green, blue in the viewing area (1)
The sub-pixel of three kinds of colors,
The transistor group has the first transistor group (03) for adapting to red sub-pixel, adapts to the second of blue subpixels
Transistor group (04) and the third transistor group (05) for adapting to green sub-pixels,
It is laid in gap between the first transistor group (03), second transistor group (04) and third transistor group (05)
There is the signal line group.
4. a kind of array substrate according to claim 3, which is characterized in that along the second direction (02), the third
For transistor group (05) close to the viewing area (1), the second transistor group (04) is separate the viewing area (1), and described first
Transistor group (03) is between the second transistor group (04) and third transistor group (05),
The signal line group includes in the first signal line group between the first transistor group (03) and second transistor group (04)
(06), in the third signal line group (08) between the first transistor group (03) and third transistor group (05), and in described
The second signal line group (07) of the side far from the third transistor group (05) of the first transistor group (03).
5. a kind of array substrate according to claim 4, which is characterized in that the first transistor group (03) includes parallel connection
The first transistor (011) and second transistor (012), the first transistor (011) and second transistor (012) are along described
Second direction (02) distribution,
First signal line group (06) includes the first red data line (061) and second switch signal wire (063), the third
Signal line group (08) includes the second red data line (081),
First red data line (061) is electrically connected with the channel layer of the first transistor (011), the described second red number
It is electrically connected according to line (081) with the channel layer of the second transistor (012), the second switch signal wire (063) passes through second
Grid signal data line is electrically connected with the grid of the first transistor (011) and second transistor (012),
The array substrate further includes the first drain electrode cabling (09), with the channel layer of the first transistor (011) and described
The channel layer of second transistor (012) is electrically connected.
6. a kind of array substrate according to claim 5, which is characterized in that the first transistor group (03) further include:
Third transistor (013) and the 4th transistor (014), the third transistor (013) and the 4th transistor in parallel
(014) it is distributed along the second direction (02),
First signal line group (06) further includes first switch signal wire (062),
First red data line (061) is electrically connected with the channel layer of the third transistor (013), the described second red number
It is electrically connected according to line (081) with the channel layer of the 4th transistor (014), the first switch signal wire (062) passes through second
Grid signal data line is electrically connected with the grid of the third transistor (013) and the 4th transistor (014),
The array substrate further includes the second drain electrode cabling (11), with the channel layer of the third transistor (013) and described
The channel layer of 4th transistor (014) is electrically connected.
7. a kind of array substrate according to claim 6, which is characterized in that the second transistor group (04) includes parallel connection
The 5th transistor (025) and the 6th transistor (026), the 5th transistor (025) and the 6th transistor (026) edge
Second direction (02) distribution,
First signal line group 06 includes the first blue data line (064), and the second signal line group (07) includes second blue
Color data line (071),
The first blue data line (064) is electrically connected with the channel layer of the 5th transistor (025), the described second blue number
It is electrically connected according to line (071) with the channel layer of the 6th transistor (026), the first switch signal wire (062) passes through third
Grid signal data line is electrically connected with the grid of the 5th transistor (025) and the 6th transistor (026),
The channel layer and the 6th transistor (026) of first drain electrode cabling (09) and the 5th transistor (025)
Channel layer electrical connection.
8. a kind of array substrate according to claim 7, which is characterized in that the second transistor group (04) further includes simultaneously
The 7th transistor (027) and the 8th transistor (028) of connection, the 7th transistor (027) and the 8th transistor (028)
It is distributed along the second direction (02),
The first blue data line 064 is electrically connected with the channel layer of the 7th transistor (027), second blue data
Line (071) is electrically connected with the channel layer of the 8th transistor (028), and the second switch signal wire (063) passes through the 4th grid
Pole signal data line is electrically connected with the grid of the 7th transistor (027) and the 8th transistor (028),
The channel layer and the 8th transistor (028) of second drain electrode cabling (11) and the 7th transistor (027)
Channel layer electrical connection.
9. a kind of array substrate according to claim 4, which is characterized in that the third transistor group (05) includes the 9th
Transistor (029),
The third signal line group (08) includes green data line (083) and third switch signal line (082),
The green data line (083) is electrically connected with the channel layer of the 9th transistor (029), the third switch signal line
(082) it is electrically connected by the 5th grid signal data line with the grid of the 9th transistor (029),
The array substrate further includes third drain electrode cabling (10), is electrically connected with the channel layer of the 9th transistor (029).
10. a kind of display module, which is characterized in that including any array substrate of the claims 1-9.
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| CN201910310317.8A CN109887987B (en) | 2019-04-17 | 2019-04-17 | Array substrate and display module |
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| CN201910310317.8A CN109887987B (en) | 2019-04-17 | 2019-04-17 | Array substrate and display module |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110534027A (en) * | 2019-10-09 | 2019-12-03 | 昆山工研院新型平板显示技术中心有限公司 | The production method of display panel, display device and display panel |
| WO2023142110A1 (en) * | 2022-01-30 | 2023-08-03 | 京东方科技集团股份有限公司 | Display substrate and display apparatus |
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| CN109887987B (en) | 2021-02-26 |
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