CN108564911A - Display panel and display device - Google Patents
Display panel and display device Download PDFInfo
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- CN108564911A CN108564911A CN201810225428.4A CN201810225428A CN108564911A CN 108564911 A CN108564911 A CN 108564911A CN 201810225428 A CN201810225428 A CN 201810225428A CN 108564911 A CN108564911 A CN 108564911A
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- G—PHYSICS
- G09—EDUCATION; CRYPTOGRAPHY; DISPLAY; ADVERTISING; SEALS
- G09G—ARRANGEMENTS OR CIRCUITS FOR CONTROL OF INDICATING DEVICES USING STATIC MEANS TO PRESENT VARIABLE INFORMATION
- G09G3/00—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes
- G09G3/20—Control arrangements or circuits, of interest only in connection with visual indicators other than cathode-ray tubes for presentation of an assembly of a number of characters, e.g. a page, by composing the assembly by combination of individual elements arranged in a matrix no fixed position being assigned to or needed to be assigned to the individual characters or partial characters
- G09G3/2007—Display of intermediate tones
- G09G3/2074—Display of intermediate tones using sub-pixels
Abstract
The invention discloses a kind of display panel and display devices, the display panel includes vacancy section, the first signal wire of body zone, more connecting lines and Duo Gen, connecting line is formed by the first line segment, positioned at the second line segment of the first outside non-display area and positioned at the third line segment of the second outside non-display area, first signal wire and the first line segment are respectively positioned between two adjacent pixel columns, and the first signal wire is connected with driving circuit；First pixel column is divided into two parts by vacancy section, and the first signal wire first is divided into the first signal wire first first part and the first signal wire first second part by vacancy section；First signal wire first first part connects driving circuit and second line segment, and the first signal wire first second part connects third line segment；The the first signal wire first first part and the first signal wire first second part for connecting same root connecting line belong to same root the first signal wire first or two the first different signal wire first.The first signal wire is damaged when by means of the invention it is possible to which cutting being avoided to form vacancy section.
Description
Technical field
The present invention relates to display technology fields, more particularly, to a kind of display panel and display device.
Background technology
With the development of display technology, diversification is also presented in the structure and shape of display panel.In the prior art, part is aobvious
The middle part setting void region for showing panel, is arranged function module in void region, alternatively, display panel is in integrally circular ring shape or side
Loop configuration, for the forming process of this type display panel, the technique of the prior art is perfect not enough, and especially inner ring is cut
Part often has crackle and injures circuit, when the display signal line of display panel being especially set to inner ring, cuts crackle
The signal that can influence display signal line transmits, and then influences the display effect of this type display panel
Therefore it provides a kind of display panel and display device, avoid influence of the cutting crackle to display effect, are this fields
Urgent problem to be solved.
Invention content
In view of this, the present invention provides a kind of display panel and display device, solves display panel in the prior art
The technical issues of display signal line is damaged when interior ring cutting is cut.
In order to solve the above-mentioned technical problem, the present invention proposes a kind of display panel.
The display panel includes vacancy section and the body zone around the vacancy section, the body zone include viewing area,
It surrounds the outside non-display area on the outside of the viewing area and surrounds the inside non-display area on the inside of the viewing area, wherein is described
Outside non-display area includes the first outside non-display area and the second outside non-display area being oppositely arranged in a first direction, described
It is provided with driving circuit in first outside non-display area；The viewing area includes multiple sub-pixels, and multiple sub-pixels are formed
The multiple pixel columns extended along the first direction, multiple pixel columns are arranged in order in a second direction, multiple sons
Pixel forms the multiple pixel columns extended along the second direction, and multiple pixel columns are arranged successively in said first direction
Row, wherein the first direction intersects with the second direction；The display panel includes more connecting lines and Duo Gen described
The first signal wire that first party upwardly extends, wherein the connecting line by extend in said first direction the first line segment, position
Second line segment in first outside non-display area and the third line segment composition positioned at second outside non-display area,
In, first signal wire and first line segment are respectively positioned between two adjacent pixel columns, first signal wire
It is connected with the driving circuit；Multiple pixel columns include the first pixel column, drive each institute in first pixel column
First signal wire for stating sub-pixel is the first signal wire first, wherein first pixel column is divided by the vacancy section
Two parts, the first signal wire first are divided into the first signal close to first outside non-display area by the vacancy section
First signal wire first second part of Xian Jia first parts and close second outside non-display area；The first signal wire first
First part connects the driving circuit and the second line segment, and the first signal wire first second part connects the third line
Section；Connect the first signal wire first first part of connecting line and the first signal wire first second part category described in same root
The first signal wire first described in same root or two different the first signal wire first.
In addition, in order to solve the above-mentioned technical problem, the present invention also proposes a kind of display device.
The display device includes any one display panel provided by the invention.
Compared with prior art, display panel of the invention and display device realize following advantageous effect：Display surface
Vacancy section is provided on plate, the first signal wire is separated by vacancy section, to which the first signal wire understands some and driving circuit position
The first signal wire first second part in the not homonymy of vacancy section namely the embodiment and between driving circuit have hollow out
Area is realized by connecting line and be electrically connected with driving circuit, which includes position by the first signal wire first second part
In the part of outside non-display area and positioned at the part of viewing area, inside non-display area need not be walked, cutting can be avoided to be formed
The first signal wire is damaged when vacancy section, avoids influence of the cutting crackle to display effect.
By referring to the drawings to the detailed description of exemplary embodiment of the present invention, other feature of the invention and its
Advantage will become apparent.
Description of the drawings
It is combined in the description and the attached drawing of a part for constitution instruction shows the embodiment of the present invention, and even
With its explanation together principle for explaining the present invention.
Fig. 1 is a kind of structural schematic diagram of display panel described in the embodiment of the present invention；
Fig. 2 is the structural schematic diagram of another display panel described in the embodiment of the present invention；
Fig. 3 is the structural schematic diagram of another display panel described in the embodiment of the present invention；
Fig. 4 is the structural schematic diagram of another display panel described in the embodiment of the present invention.
Specific implementation mode
Carry out the various exemplary embodiments of detailed description of the present invention now with reference to attached drawing.It should be noted that：Unless in addition having
Body illustrates that the unlimited system of component and the positioned opposite of step, numerical expression and the numerical value otherwise illustrated in these embodiments is originally
The range of invention.
It is illustrative to the description only actually of at least one exemplary embodiment below, is never used as to the present invention
And its application or any restrictions that use.
Technology, method and apparatus known to person of ordinary skill in the relevant may be not discussed in detail, but suitable
In the case of, the technology, method and apparatus should be considered as part of specification.
In shown here and discussion all examples, any occurrence should be construed as merely illustrative, without
It is as limitation.Therefore, other examples of exemplary embodiment can have different values.
It should be noted that：Similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi
It is defined, then it need not be further discussed in subsequent attached drawing in a attached drawing.
Fig. 1 is a kind of structural schematic diagram of display panel described in the embodiment of the present invention, as shown in Figure 1, display panel packet
Vacancy section 10 and the body zone 20 around vacancy section 10 are included, body zone 20 includes viewing area 21, surrounds the outer of 21 outside of viewing area
Side non-display area 22 and the inside non-display area 23 for surrounding 21 inside of viewing area, wherein outside non-display area 22 is included in first
The the first outside non-display area 221 and the second outside non-display area 222 being oppositely arranged on the y of direction, the first outside non-display area 221
Inside it is provided with driving circuit 30.It should be noted that the display panel outer profile and vacancy section 10 described in Fig. 1 are whole in square
Shape, but it's not limited to that by the application, wherein and display panel outer profile can also be round, ellipse or other polygons etc.
Shape, vacancy section 10 or the shapes such as round, ellipse or other polygons, for example, display panel outer profile is rectangle,
Vacancy section 10 is substantially oblong-shaped shape.
Fig. 2 is the structural schematic diagram of another display panel described in the embodiment of the present invention, as depicted in figs. 1 and 2, display
Area 21 includes multiple sub-pixel sp, and multiple sub-pixel sp form the multiple pixel column py extended along first direction y, multiple pixel columns
Py is arranged in order on second direction x, and multiple sub-pixel sp form multiple pixel column px that x extends in a second direction, multiple pictures
Plain row px is arranged in order on y in a first direction, wherein first direction y intersects with second direction x；
Display panel includes the first signal wire S1 that more connecting lines L and Duo Gen extend on y in a first direction, wherein even
First line segment L1s of the wiring L by extending on y in a first direction, the second line segment L2 positioned at the first outside non-display area 221 and position
In the third line segment L3 compositions of the second outside non-display area 222, wherein the first signal wire S1 and the first line segment L1 is respectively positioned on adjacent
Two pixel column py between, that is, the first signal wire S1 and the first line segment L1 are respectively positioned in viewing area 21.It needs to illustrate
It is only to limit second line segment L2 in the application to be located at the first outside non-display area 221, it is non-aobvious that third line segment L3 is located at the second outside
Show area 222, the direction of routing of second line segment L2 and third line segment L3 be not defined, as shown in Fig. 2, second line segment L2 and
Third line segment L3 can be straight line, specifically in the region O of the second outside non-display area 222, be provided with more respectively
The third line segment L3 extended on two direction x is provided with more respectively second in the region P of the first outside non-display area 221
The second line segment L2 extended on the x of direction, second line segment L2 and third line segment L3 may be curve or broken line etc..
Multiple pixel column py include two kinds of pixel columns, specially the first pixel column py1 and the second pixel column py2, wherein the
One pixel column py1 is divided into two parts by vacancy section 10, and the second pixel column py2 is without vacancy section 10, in a first direction on y
It is extended continuously.
According to the difference of the pixel column of driving, the first signal wire of each sub-pixel sp in the first pixel column py1 will be driven
S1 is defined as the first signal wire first S1First, the first signal wire S1 of each sub-pixel sp in the second pixel column py2 will be driven to be defined as
First signal wire second S1Second.Wherein, the first signal wire first S1FirstTwo parts are equally divided by vacancy section 10, specifically, close
First signal wire first first part S11 of the first outside non-display area 221FirstWith the first of close second outside non-display area 222
Signal wire first second part S12First.First signal wire second S1SecondWithout vacancy section 10, it is extended continuously on y in a first direction.
For any one the first pixel column py1, close to 221 part of the first outside non-display area after being divided by vacancy section 10
Interior each sub-pixel sp is by a first signal wire first first part S11FirstDriving, after being divided by vacancy section 10 outside second
Each sub-pixel sp in 222 part of side non-display area is by a first signal wire first second part S12FirstDriving.In first party
To on y, due to the first signal wire first first part S11FirstIt is located at the same side of vacancy section 10 with driving circuit 30, thus, first
Signal wire first first part S11FirstIt is connected directly to driving circuit 30, from driving circuit 30 to the first signal wire first first part
S11FirstDrive signal is provided, and then is driven in the first pixel column py1, close to the first outside non-display area after being divided by vacancy section 10
221 each sub-pixel sp.
First signal wire first second part S12FirstIt is located at the both sides of vacancy section 10, thus the first signal wire with driving circuit 30
First second part S12FirstIt can not be connected directly to driving circuit 30, but driving circuit 30 is connected to by connecting line L, specifically
Ground, in the first outside non-display area 221, the first signal wire first first part S11FirstSecond line segment L2 and driving electricity are connected simultaneously
Road 30, in the second outside non-display area 222, the first signal wire first second part S12FirstThird line segment L3 is connected, and aobvious
Show that an end of the first line segment L1 of the cabling in area 21 extends in the first outside non-display area 221 with second line segment L2 to connect
It connects, another end extends in the second outside non-display area 222 and connect with third line segment L3, to be produced by driving circuit 30
Raw signal can be successively via the first signal wire first first part S11First, second line segment L2, the first line segment L1, third line segment L3 arrive
Up to the first signal wire first second part S12First, and then drive in the first pixel column py1, after being divided by vacancy section 10 outside second
Each sub-pixel sp of side non-display area 222.
Wherein, with continued reference to FIG. 2, the first signal wire first first part S11 of connection same root connecting line LFirstWith first
Signal wire first second part S12FirstBelong to same root the first signal wire first S1First, that is, the first letter of connection same root connecting line L
Number Xian Jia first parts S11FirstWith the first signal wire first second part S12FirstThe sub-pixel sp driven is located at same pixel column；Or
Person, the first signal wire first first part S11 of connection same root connecting line LFirstWith the first signal wire first second part S12FirstDo not belong to
In same root the first signal wire first S1First, but belong to two the first different signal wire first S1First, that is, connection same root connection
The first signal wire first first part S11 of line LFirstWith the first signal wire first second part S12FirstThe sub-pixel sp driven is located at not
Same pixel column.
Using the display panel of embodiment offer, it is provided with vacancy section on display panel, the first signal wire is by vacancy section
The in the not homonymy that some is located at vacancy section with driving circuit namely the embodiment is understood in partition to the first signal wire
Between one signal wire first second part and driving circuit there is vacancy section to pass through company for the first signal wire first second part
Wiring realization is electrically connected with driving circuit, which includes the portion positioned at the part of outside non-display area and positioned at viewing area
Point, inside non-display area need not be walked, the first signal wire is damaged when cutting can be avoided to form vacancy section, avoids cutting crackle pair
The influence of display effect.
Wherein, the display panel provided for the embodiment has completed connecting line and first before making vacancy section
The wiring of the circuits such as signal wire, the first signal wire first first part of setting connection same root connecting line and the first signal wire first the
The sub-pixel that two parts are driven is located at same pixel column, in wiring, makes every connecting line connection the first signal wire of same root
, wire laying mode is simple.
In one embodiment, please continue to refer to Fig. 1 and Fig. 2, the sub-pixel sp of viewing area 21 includes the different son of color
Pixel sp, such as sub-pixel sp include totally four kinds of white sub-pixels W, red sub-pixel R, green sub-pixels G and blue subpixels B
Sub-pixel, alternatively, sub-pixel sp includes red sub-pixel R, green sub-pixels G and blue subpixels B totally three sub-pixel, connection
The first signal wire first first part S11 of same root connecting line LFirstWith the first signal wire first second part S11SecondThe sub-pixel of driving
The color of sp is identical.
For example, in a kind of specific embodiment, the first signal wire first first part S11FirstThe sub-pixel of driving sp
In a pixel column be red sub-pixel R, then the first signal wire first second part S11SecondThe sub-pixel of driving also is located at one
Pixel column and be red sub-pixel R, specifically, the first signal wire first first part S11FirstThe letters of the sub-pixel sp of driving and first
Number line first second part S11SecondThe sub-pixel sp of driving can be located at same pixel column namely the first signal wire first first part
S11FirstWith the first signal wire first second part S12FirstBelong to same root the first signal wire first S1First, different pixel columns is may be alternatively located at,
But the color of the sub-pixel py of driving is identical.
For another example, in another specific embodiment, as shown in Fig. 2, the first signal wire first first part S11FirstDriving
Sub-pixel sp be located at two pixel columns, one of pixel column is red sub-pixel R, and one other pixel row are green son
Pixel G, then the first signal wire first second part S11SecondThe sub-pixel of driving also is located at two pixel columns, one of pixel column
It is red sub-pixel R, one other pixel row are also green sub-pixels G, specifically, the first signal wire first first part S11First
The red sub-pixel R of driving and the first signal wire first second part S11SecondThe red sub-pixel R of driving is located at same pixel column, the
One signal wire first first part S11FirstThe green sub-pixels G of driving and the first signal wire first second part S11SecondGreen of driving
Pixel G also is located at same pixel column namely the first signal wire first first part S11FirstWith the first signal wire first second part S12First
Belong to same root the first signal wire first S1First；Alternatively, the first signal wire first first part S11FirstThe red sub-pixel R of driving and
One signal wire first second part S11SecondThe red sub-pixel R of driving is located at different pixel columns, the first signal wire first first part
S11FirstThe green sub-pixels G of driving and the first signal wire first second part S11SecondThe green sub-pixels G of driving is located at different pictures
Element row namely the first signal wire first first part S11FirstWith the first signal wire first second part S12FirstIt is not belonging to the letter of same root first
Number line first S1First, but the color of the sub-pixel py driven is identical.
Using the embodiment, for connecting the first signal wire first first part and the first signal wire first of same root connecting line
When the color of second part, the sub-pixel of two parts driving is identical, when carrying out grayscale display, the grayscale of sub-pixel is identical, institute
The drive signal needed, that is, identical, can reduce the complexity of grayscale display algorithm.
In one embodiment, please continue to refer to Fig. 1 and Fig. 2, display panel further includes more and extends on second direction x
Second signal line S2, wherein second signal line S2 is between two adjacent pixel column px.In this embodiment, first
A kind of signal wire in signal wire S1 and second signal line S2 is scan line, and another signal wire is data line, for example, in one kind
In specific embodiment, the first signal wire S1 is data line, and second signal line S2 is scan line.
Multiple pixel column px include two kinds of pixel columns, specially the first pixel column px1 and the second pixel column px2, wherein the
One pixel column px1 is divided into two parts by vacancy section 10, and the second pixel column px2 is without vacancy section 10, on second direction x
It is extended continuously.
According to the difference of the pixel column of driving, the second signal line of each sub-pixel sp in the first pixel column px1 will be driven
S2 is defined as second signal line first S2First, the second signal line S2 of each sub-pixel sp in the second pixel column px2 will be driven to be defined as
Second signal line second S2Second.Wherein, second signal line first S2FirstIt is equally divided into two positioned at 10 both sides of vacancy section by vacancy section 10
A part, specifically, second signal Xian Jia first part S21FirstWith second signal line first second part S22First.Second signal line second
S2SecondWithout vacancy section 10, it is extended continuously on second direction x.
Two adjacent pixel column py form a pixel column groups py-g in multiple pixel column py, and viewing area 21 includes multiple
The multiple pixel column groups py-g being arranged in order on second direction x, wherein the pixel that will be formed by two the first pixel column py1
Row group py-g is defined as the first pixel column groups py-g1, and in a first direction on y, the first pixel column groups py-g1 is divided by vacancy section 10
It cuts；The pixel column groups py-g formed by two the second pixel column py2 is defined as the second pixel column groups py-g2, in second direction x
On, the second pixel column groups py-g2 is located at the side of vacancy section 10.
First signal wire first S1FirstIt is set in the first pixel column groups py-g1, each height picture of the first pixel column groups py-g1
Plain sp is by the first signal wire first S1 in the first pixel column groups py-g1FirstDriving, that is to say, that the first signal wire first S1FirstDriving two
A first pixel column py1 can reduce by the first signal wire first S1FirstQuantity, and then the quantity of connecting line L can be reduced, avoided
Connecting line L occupies too many viewing area 21 and reduces aperture opening ratio.
Meanwhile in a first direction on x, it is located at the second pixel column px2 and is located at the sub- picture of each first pixel column py1 simultaneously
In plain sp, the sub-pixel sp of odd number tagmeme is by a second signal line second S2SecondDriving, the sub-pixel of even number tagmeme is by another the
Binary signal line second S2SecondDriving, that is to say, that for being located at same pixel column px2 and by same root the first signal wire first S1FirstDriving
Two sub-pixel sp, by different second signal line second S2SecondDriving, thus, it is possible to be believed by the first signal wire S1 and second
Number line S2 controls the dispaly state of each sub-pixel sp.
As shown in Fig. 2, sequentially, first pixel column and second pixel row of display panel are from top to bottom
Second pixel column px2, from left to right, sequentially, the 7th pixel column to the 18th pixel column of display panel is
One pixel column py1, by each sub-pixel in first pixel column and in the 7th pixel column to the 18th pixel column
Sp sorts successively, and first sub-pixel is located at the 7th pixel column, and second sub-pixel is located at the 8th pixel column, with such
It pushes away, the 12nd sub-pixel is located at the 18th pixel column, then first sub-pixel, third sub-pixel, the 5th sub-pixel
The sub-pixel sp of equal odd numbers tagmeme is by second second signal line second S2SecondDriving, second sub-pixel, the 4th sub-pixel, the
The sub-pixel sp of the even numbers tagmeme such as six sub-pixels is by first second signal line second S2SecondDriving.
The display panel provided using the embodiment, for the first signal wire namely the first signal divided by vacancy section
Line first, the first signal wire first of setting drive two pixel columns of the first pixel column groups of composition so that the quantity of the first signal wire first
It is less, to realize the transmission to the first signal wire first signal by less connecting line, reduce the display that connecting line occupies
Area's area, contributes to increasing opening rate, wherein second signal line is scan line, then is located in the second pixel column in the embodiment
The sub-pixel of first pixel column uses the type of drive of dual-gate.
In one embodiment, with continued reference to FIG. 2, the first signal wire second S1 not cut by vacancy section 10SecondPositioned at
In two pixel column groups py-g2, the first line segment L1 is set between two adjacent the second pixel column groups py-g2.And each picture
A first signal wire S1 is both provided in plain row group py-g, that is, there are one being respectively provided in each first pixel column groups py-g1
First signal wire first S1First, it is respectively provided with that there are one the first signal wire second S1 in each second pixel column groups py-g2Second.First pixel column
Each sub-pixel sp of group py-g1 is by the first signal wire first S1 in the first pixel column groups py-g1FirstDriving, the second pixel column groups
S1 is driven by same root the first signal wire second positioned at the sub-pixel of each second pixel column px2 in py-g2Second, meanwhile, in first party
To on x, it is located at the sub-pixel sp of odd number tagmeme in the second pixel column px2 by a second signal line second S2SecondDriving, even number tagmeme
Sub-pixel sp by another second signal line second S2SecondDriving.
As shown in Fig. 2, sequentially, first pixel column and second pixel row of display panel are from top to bottom
Second pixel column px2, from left to right, sequentially, first pixel column to the 6th pixel column of display panel is second
Pixel column py2, the 7th pixel column to the 18th pixel column is the first pixel column py1, by first pixel column and position
Each sub-pixel sp in first pixel column to the 18th pixel column sorts successively, and first sub-pixel is located at first
Pixel column, second sub-pixel are located at second pixel row, and so on, the 18th sub-pixel is located at the 18th pixel
Row, then the sub-pixel sp of the odd numbers tagmeme such as first sub-pixel, third sub-pixel, the 5th sub-pixel is by second second letter
Number line second S2SecondDriving, the sub-pixel sp of the even numbers tagmeme such as second sub-pixel, the 4th sub-pixel, the 6th sub-pixel is by the
A piece second signal line second S2SecondDriving.
The display panel provided using the embodiment is located at same first pixel for the sub-pixel of the second pixel column
The sub-pixel of row group is driven by same root the first signal wire first, is located at the sub-pixel of same second pixel column groups by same root the
One signal wire second drives, wherein second signal line is scan line, then the second pixel column entirety sub-pixel is all made of in the embodiment
The type of drive of dual-gate so that in the second pixel column the type of drive of all sub-pixels is uniform, reduces grayscale display and calculates
The complexity of method.
With continued reference to FIG. 2, two pixel columns in the first pixel column groups py-g1 of composition are by same root the first signal wire first
S1FirstDriving, thus, the first signal wire first S1FirstQuantity it is identical as the quantity of the first pixel column groups py-g1, every first signal
Line first S1FirstIt is all connected with a connecting line L, so, the quantity of the first line segment L1 is with the first pixel column groups py-g1's on display panel
Quantity correspondent equal.And the first line segment L1 quantity being arranged between two adjacent the second pixel column groups py-g2, with the first pixel
The population size relationship of row group py-g1 and the second pixel column groups py-g2 are related, as the first pixel column groups py-g1 on display panel
When equal with the quantity of the second pixel column groups py-g2, then one is respectively provided between the second pixel column groups of the two of arbitrary neighborhood py-g2
Root the first line segment L1, as shown in Fig. 2, the quantity of the first pixel column groups py-g1 and the second pixel column groups py-g2 are equal on display panel
It is 6, a first line segment L1 is respectively provided between two the second pixel column groups py-g2 of arbitrary neighborhood.When on display panel
When the quantity of one pixel column groups py-g1 is more than the quantity of the second pixel column groups py-g2, then partly or entirely adjacent two are needed
One or more the first line segment L1 is set between the second pixel column groups py-g2, as the first pixel column groups py-g1 on display panel
When quantity is less than the quantity of the second pixel column groups py-g2, then it is arranged one between two adjacent the second pixel column groups py-g2 of part
It is not necessary that the first line segment L1 is arranged between root the first line segment L1, two adjacent the second pixel column groups py-g2 of part.
In one embodiment, the quantity of the first pixel column groups py-g1 is greater than or equal to the second pixel column on display panel
The quantity of group py-g2, is arranged between two the second pixel column groups py-g2 of arbitrary neighborhood at least provided with first line segment
L1, that is to say, that ensure an at least first line segment L1 between two the second pixel column groups py-g2 of arbitrary neighborhood.Herein
On the basis of, in each first line segment L1 between adjacent two the second pixel column groups py-g2, an at least first line segment L1
It is multiplexed with the first signal wire S1, that is to say, that between each two adjacent the second pixel column groups py-g2, select one
First line segment L1 is multiplexed with the first signal wire S1, not only acts as to the first signal wire first second part S12FirstTransmit drive signal
Effect, while playing the role of directly driving sub-pixel sp.
It is multiplexed with the display panel of the first signal wire S1 for the first line segment L1 in the embodiment, specifically, is located at each
In all sub-pixel sp of first pixel column px1, on second direction x, while positioned at the second pixel column py2's of odd number tagmeme
Sub-pixel sp is by the first signal wire second S1SecondDriving, while positioned at the sub-pixel of the second pixel column py2 of even number tagmeme by First Line
Section L1 drivings, in a first direction on y, each sub-pixel sp of the first pixel column px1 is by a second signal line first S2FirstDriving.
As shown in Fig. 2, from top to bottom, third pixel column to the 8th pixel column of display panel is the first pixel column
Px1, from left to right, sequentially, first pixel column to the 6th pixel column of display panel is the second pixel column py2,
First pixel column to the 6th pixel column is sorted successively, then first pixel column, third pixel column element, the 5th pixel
Sub-pixel sp in the pixel columns of odd numbers tagmeme such as row is by the first signal wire second S1SecondIt drives, then second pixel row, the 4th picture
Sub-pixel sp in the pixel columns of even numbers tagmeme such as element row element, the 6th pixel column is by the first line segment L1 drivings.
The display panel provided using the embodiment, at least provided with one between two the second pixel column groups of arbitrary neighborhood
The first line segment of root, thus, there is the first enough line segment to be multiplexed with the first signal wire in display panel, makes each of the first pixel column
Sub-pixel is driven by a second signal line first, is reduced the setting of second signal line first, is contributed to increasing opening rate.
In one embodiment, Fig. 3 is the structural schematic diagram of another display panel described in the embodiment of the present invention, is such as schemed
Shown in 3, the quantity of the first pixel column groups py-g1 is less than the quantity of the second pixel column groups py-g2, the first line segment L1 on display panel
Still it is multiplexed with the first signal wire, is arranged between two the second pixel column groups py-g2 of arbitrary neighborhood and is at most provided with one
One line segment L1, that is to say, that ensure at most to be provided with a First Line between two the second pixel column groups py-g2 of arbitrary neighborhood
Section L1 ensures that each first line segment L1 can be multiplexed with the first signal wire, improves the reusability of the first line segment L1, meanwhile, meeting
There are the first line segment L1 is not provided between two adjacent the second pixel column groups py-g2 of part, for being not provided with the first line segment L1
Two the second pixel column groups py-g2 between, the first signal wire S1 is still set, will be positioned at two adjacent the second pixel column groups
The first signal wire S1 between py-g2 is defined as first the third S1 of signal wireThird。
It is multiplexed with the display panel of the first signal wire S1 for the first line segment L1 in the embodiment, specifically, is located at each
In all sub-pixel sp of first pixel column px1, on second direction x, while positioned at the second pixel column py2's of odd number tagmeme
Sub-pixel sp is by the first signal wire second S1SecondDriving, while positioned at the sub-pixel sp of the second pixel column of even number tagmeme py2 by First Line
Section L1 or first the third S1 of signal wireThirdDriving, wherein when simultaneously positioned at the sub-pixel sp of the second pixel column of even number tagmeme py2 and the
When one line segment L1 is adjacent, by the first line segment L1 driving, when simultaneously positioned at the sub-pixel sp of the second pixel column of even number tagmeme py2 and the
One the third S1 of signal wireThirdWhen adjacent, by first the third S1 of signal wireThirdDriving, in a first direction on x, each height of the first pixel column px1
Pixel sp is by a second signal line first S2FirstDriving.
As shown in figure 3, from top to bottom, third pixel column to the 8th pixel column of display panel is the first pixel column
Px1, from left to right, sequentially, first pixel column to the 6th pixel column of display panel is the second pixel column py2,
First pixel column to the 6th pixel column is sorted successively, then first pixel column, third pixel column element, the 5th pixel
Sub-pixel sp in the pixel columns of odd numbers tagmeme such as row is by the first signal wire second S1SecondIt drives, the sub-pixel in second pixel row
By first the third S1 of signal wireThirdIt drives, the sub-pixel sp in the 4th pixel column, the 6th pixel column element is driven by the first line segment L1
It is dynamic.
Using the display panel of embodiment offer, one is at most provided between two the second pixel column groups of arbitrary neighborhood
The first line segment of root, thus, the first all line segments can be multiplexed with the first signal wire in display panel, while be not provided with
The position of one line segment is arranged the first signal wire third and carries out pixel driver, and each sub-pixel of the first pixel column is made to be believed by one second
The driving of number line first, reduces the setting of second signal line first, contributes to increasing opening rate.
In one embodiment, Fig. 4 is the structural schematic diagram of another display panel described in the embodiment of the present invention, is such as schemed
Shown in 4, each sub-pixel sp in any one pixel column groups py-g is driven by the first signal wire S1 in pixel column groups py-g
Dynamic, the first line segment L1 is not multiplexed with the first signal wire S1, in a first direction on x, is located at odd number tagmeme in the first pixel column px1
Sub-pixel sp is by a second signal line first S2FirstDriving, the sub-pixel of even number tagmeme sp is by another second signal line first S2FirstIt drives
Dynamic, when second signal line is scan line, namely entire display panel is all made of dual-gate drivings.
As shown in figure 4, sequentially, each sub-pixel sp in third pixel column is sorted successively from left to right,
First sub-pixel is located at first pixel column, and second sub-pixel is located at second pixel row, and so on, then first son
The sub-pixel sp of the odd numbers tagmemes such as pixel, third sub-pixel, the 5th sub-pixel is by six roots of sensation second signal line second S2FirstIt drives
Dynamic, the sub-pixel sp of the even numbers tagmeme such as second sub-pixel, the 4th sub-pixel, the 6th sub-pixel is by the 5th second signal
Line second S2FirstDriving.
The display panel provided using the embodiment, display panel entirety sub-pixel have been all made of the driving of dual-gate
Mode, the type of drive of all sub-pixels is uniform in each pixel column, reduces the complexity of grayscale display algorithm.
In one embodiment, it is scan line to please refer to Fig.2 to Fig. 4, second signal line S2, and the first signal wire S1 is data
Line.Specifically, in Fig. 2 to each embodiment shown in Fig. 4, the setting about scan line is described in detail as follows.
In Fig. 2 and embodiment shown in Fig. 3, display panel is both provided with scanning line driving in both sides on second direction x
Circuit, each second pixel column px2 are all made of the type of drive of dual-gate, are located at odd number tagmeme in the second pixel column px2
Sub-pixel sp is by a second signal line second S2SecondDriving, the sub-pixel sp of even number tagmeme is by another second signal line second S2SecondIt drives
It is dynamic, and drive two second signal line second S2 of same second pixel column px2SecondIt is different on second direction x to connect display panel
The scan line drive circuit of side；Each first pixel column px1 is all made of the type of drive of single-gate, the first pixel column px1
Part positioned at 10 left side of vacancy section passes through second signal Xian Jia first part S21FirstDriving, second signal Xian Jia first parts
S21FirstThe scan line drive circuit on the left of display panel is connected, the part that the first pixel column px1 is located at 10 right side of vacancy section passes through
Second signal line first second part S22FirstDriving, second signal line first second part S22FirstConnect the scanning on the right side of display panel
Line drive circuit.
In the embodiment shown in fig. 4, display panel is both provided with scan line drive circuit in both sides on second direction x,
Each second pixel column px2 is all made of the type of drive of dual-gate, is located at the sub- picture of odd number tagmeme in the second pixel column px2
Plain sp is by a second signal line second S2SecondDriving, the sub-pixel sp of even number tagmeme is by another second signal line second S2SecondDriving,
And two second signal line second S2 of the same second pixel column px2 of drivingSecondConnect display panel not homonymy on the second direction x
Scan line drive circuit；Each first pixel column px1 also uses the type of drive of dual-gate, for the first pixel column px1
Part in 10 left side of vacancy section, the sub-pixel sp of odd number tagmeme is by a second signal Xian Jia first part S21FirstDriving, it is even
The sub-pixel sp of number sequence position is by another second signal Xian Jia first part S21FirstDriving, and drive same first pixel column px1
Two second signal Xian Jia first part S21FirstThe scan line drive circuit being all connected on the left of display panel, for the first pixel
Row px1 is located at the part on 10 right side of vacancy section, and the sub-pixel sp of odd number tagmeme is by a second signal line first second part S22First
Driving, the sub-pixel sp of even number tagmeme is by another second signal line first second part S22FirstDriving, and drive same first picture
Two second signal line first second part S22 of plain row px1FirstThe scan line drive circuit being all connected on the right side of display panel,
In one embodiment, in a second direction, adjacent at least first signal wire and at least one successively
One line segment constitutes a cabling group, and display panel includes the cabling group of multiple repeated arrangements, specifically, as shown in Fig. 2, one piece the
One signal wire S1 and a first line segment L1 form a cabling group, and display panel includes the cabling group of six repeated arrangements.
The display panel provided using the embodiment, is arranged the cabling group of repeated arrangement, is conducive to carry out certainly display panel
Dynamic optical detection (Automatic Optic Inspection, AOI).
In a kind of embodiment, as shown in Figures 1 to 4, the body zone 20 of display panel is circular ring shape, alternatively, display panel
Body zone 20 or side annular.
In a kind of embodiment, appropriate reference chart 1 and Fig. 2 are asked, while positioned at the first signal of the first outside non-display area 221
Xian Jia first parts S11FirstWith the same leading-out terminal of second line segment L2 common drives circuit 30.
The display panel provided using the embodiment, reduces the leading-out terminal of driving circuit, reduces driving circuit and occupies the
The area of one outside non-display area is conducive to reduce the first outside non-display area, is conducive to improve screen accounting.
It is the embodiment of display panel provided in an embodiment of the present invention above, the present invention also provides display devices, this is aobvious
Showing device includes any one of the above display panel, accordingly has its feature and technique effect, is repeated no more at this.
By above-described embodiment it is found that the display panel and display device of the present invention, have reached following advantageous effect：
Vacancy section is provided on display panel, the first signal wire is separated by vacancy section, to which the first signal wire has one
Point with driving circuit be located at vacancy section not homonymy namely the embodiment in the first signal wire first second part and driving circuit
Between there is vacancy section, for the first signal wire first second part, realized by connecting line and be electrically connected with driving circuit, this
Connecting line includes the part positioned at the part of outside non-display area and positioned at viewing area, need not walk inside non-display area, can
The first signal wire is damaged when cutting being avoided to form vacancy section, avoids influence of the cutting crackle to display effect.
Although some specific embodiments of the present invention are described in detail by example, the skill of this field
Art personnel it should be understood that example above merely to illustrating, the range being not intended to be limiting of the invention.The skill of this field
Art personnel are it should be understood that can without departing from the scope and spirit of the present invention modify to above example.This hair
Bright range is defined by the following claims.
Claims (12)
1. a kind of display panel, which is characterized in that
The display panel includes vacancy section and the body zone around the vacancy section, and the body zone includes viewing area, surrounds
The inside non-display area on the inside of outside non-display area and the encirclement viewing area on the outside of the viewing area, wherein the outside
Non-display area includes the first outside non-display area and the second outside non-display area being oppositely arranged in a first direction, and described first
It is provided with driving circuit in the non-display area of outside；
The viewing area includes multiple sub-pixels, and multiple sub-pixels form the multiple pixels extended along the first direction
Row, multiple pixel columns are arranged in order in a second direction, what multiple sub-pixels formation extended along the second direction
Multiple pixel columns, multiple pixel columns are arranged in order in said first direction, wherein the first direction and described second
Direction intersects；
The display panel includes the first signal wire that more connecting lines and Duo Gen extend in said first direction, wherein institute
State connecting line by extend in said first direction the first line segment, positioned at first outside non-display area second line segment and
Third line segment positioned at second outside non-display area forms, wherein first signal wire and the equal position of the first line segment
Between two adjacent pixel columns, first signal wire is connected with the driving circuit；
Multiple pixel columns include the first pixel column, drive described first of each sub-pixel in first pixel column
Signal wire is the first signal wire first, wherein first pixel column is divided into two parts, first letter by the vacancy section
Number line first is divided by the vacancy section close to the first signal wire first first part of first outside non-display area and close
First signal wire first second part of second outside non-display area；
The first signal wire first first part connects the driving circuit and the second line segment, the first signal wire first the
Two parts connect the third line segment；
Connect the first signal wire first first part of connecting line and the first signal wire first second part described in same root
Belong to the first signal wire first described in same root or two different the first signal wire first.
2. display panel according to claim 1, which is characterized in that
Connect the first signal wire first first part of connecting line and the first signal wire first second part described in same root
The color of the sub-pixel of driving is identical.
3. display panel according to claim 1, which is characterized in that
Adjacent two pixel columns form a pixel column groups in multiple pixel columns, the viewing area include it is multiple
The pixel column groups being arranged in order in the second direction；
It is the first pixel column groups by the pixel column groups that two first pixel columns are formed, the first signal wire first is set to institute
It states in the first pixel column groups, each sub-pixel of first pixel column groups is by described in first pixel column groups
One signal wire first drives；
The display panel further includes the more second signal lines extended in this second direction, wherein the second signal
Line is between two adjacent pixel columns；
Multiple pixel columns include the second pixel column, and second pixel column do not divided by the vacancy section, driving described the
The second signal line of two pixel columns is second signal line second；
In said first direction, it is located at second pixel column and is located at the sub-pixel of each first pixel column simultaneously
In, the sub-pixel of odd number tagmeme is driven by the second signal line second, and the sub-pixel of even number tagmeme is by another
Second signal line second described in root drives.
4. display panel according to claim 3, which is characterized in that
Multiple pixel columns further include the second pixel column, wherein second pixel column is not divided by the vacancy section；
Multiple pixel column groups further include the second pixel column groups, and second pixel column groups are by two the second pixel column shapes
At it is the first signal wire second to be located at first signal wire in second pixel column groups；
First signal wire is both provided in the pixel column groups, first line segment is set to described in adjacent two
Between second pixel column groups；
It is located at the sub-pixel first signal described in same root of each second pixel column in second pixel column groups
Line second drives；
In said first direction, it is located at the sub-pixel of odd number tagmeme in second pixel column by second letter
The sub-pixel of the driving of number line second, even number tagmeme is driven by another second signal line second.
5. display panel according to claim 4, which is characterized in that
Multiple pixel columns further include the first pixel column, and first pixel column is divided into two parts by the vacancy section,
It is second signal line first to drive the second signal line of first pixel column, and the second signal line first is by the vacancy section
It is divided into two parts；
Each sub-pixel in any one of pixel column groups is by first signal wire in the pixel column groups
Driving；
In said first direction, it is located at the sub-pixel of odd number tagmeme in first pixel column by second letter
The sub-pixel of the driving of number line first, even number tagmeme is driven by another second signal line first.
6. display panel according to claim 4, which is characterized in that
At least provided with first line segment, adjacent two institutes between two second pixel column groups of arbitrary neighborhood
It states in each first line segment between the second pixel column groups, at least first line segment is multiplexed with first letter
Number line；
Multiple pixel columns further include the first pixel column, and first pixel column is divided into two parts by the vacancy section,
It is second signal line first to drive the second signal line of first pixel column, and the second signal line first is by the vacancy section
It is divided into two parts；
In all sub-pixels of each first pixel column, in this second direction, while positioned at odd number tagmeme
The sub-pixel of second pixel column is driven by the first signal wire second, while positioned at second pixel column of even number tagmeme
Sub-pixel driven by first line segment；
In said first direction, each sub-pixel of first pixel column is driven by a second signal line first
It is dynamic.
7. display panel according to claim 4, which is characterized in that
It is at most provided with first line segment, first line segment between two second pixel column groups of arbitrary neighborhood
It is multiplexed with first signal wire, first signal wire between two adjacent second pixel column groups is first
Signal wire third；
Multiple pixel columns further include the first pixel column, and first pixel column is divided into two parts by the vacancy section,
It is second signal line first to drive the second signal line of first pixel column, and the second signal line first is by the vacancy section
It is divided into two parts；
In all sub-pixels of each first pixel column, in this second direction, while positioned at odd number tagmeme
The sub-pixel of second pixel column is driven by the first signal wire second, while positioned at the second pixel column described in even number tagmeme
Sub-pixel is driven by first line segment or first signal wire third；
In said first direction, each sub-pixel of first pixel column is driven by a second signal line first
It is dynamic.
8. display panel according to any one of claims 5 to 7, which is characterized in that
The second signal line is scan line, and first signal wire is data line.
9. display panel according to claim 4, which is characterized in that
In this second direction, adjacent at least first signal wire and at least the first line segment structure successively
At a cabling group, the display panel includes the cabling group of multiple repeated arrangements.
10. display panel according to claim 1, which is characterized in that
The body zone of the display panel is circular ring shape or side's annular.
11. display panel according to claim 1, which is characterized in that
The first signal wire first first part shares the same leading-out terminal of the driving circuit with the second line segment.
12. a kind of display device, which is characterized in that including the display panel described in any one of claim 1 to 11.
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