CN204439943U - A kind of color membrane substrates, bore hole 3D stereo display panel and display device thereof - Google Patents
A kind of color membrane substrates, bore hole 3D stereo display panel and display device thereof Download PDFInfo
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- CN204439943U CN204439943U CN201520007930.XU CN201520007930U CN204439943U CN 204439943 U CN204439943 U CN 204439943U CN 201520007930 U CN201520007930 U CN 201520007930U CN 204439943 U CN204439943 U CN 204439943U
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Abstract
The utility model discloses a kind of color membrane substrates, bore hole 3D stereo display panel and display device thereof, comprise multiple color blocking unit in arrayed, described color blocking unit at least comprises three color blocking groups, and each described color blocking group comprises at least two color blockings; Wherein, two adjacent at least partly color blocking colors are identical.Because the two adjacent color blocking colors of part are identical, therefore the precision of mask plate in the color blocking making technology of color membrane substrates can be reduced, Simplified flowsheet, reduce production cost.
Description
Technical field
The utility model relates to display technique field, relates to a kind of color membrane substrates, bore hole 3D stereo display panel and display device thereof more specifically.
Background technology
In recent years, display technique is developed fast, and compared with showing with common 2D picture, 3D technology can make picture become three-dimensional true to nature, and image is no longer confined to screen plane, can walk out outside screen seemingly, allows spectators have sensation on the spot in person.Although the classification of 3D display technique is various, but the most basic principle is similar, as shown in Figure 1, different pictures is received respectively about utilizing human eye exactly, such as, the left eye of people receives Fig. 1 and indicates picture shown by " left side " sub-pixel, and the right eye of people receive the picture of Fig. 1 sign shown by " right side " sub-pixel, thus then brain produces through carrying out superposition to image information, forms one have before-rear, upper-under, the image of left-right, far-stereo directional effect such as closely.
Existing bore hole 3D display in order to improve vision addressability, generally can adopt high PPI (pixel perinch), so must cause the complicated of the making technology of color film.
Utility model content
The utility model embodiment provides color membrane substrates, bore hole 3D stereo display panel and display device thereof, utilizes this color membrane substrates can improve the vision addressability of display.
The utility model embodiment provides a kind of color membrane substrates, and comprise multiple color blocking unit in arrayed, described color blocking unit at least comprises three color blocking groups, and each described color blocking group comprises at least two color blockings; Wherein, two adjacent at least partly color blocking colors are identical.
The utility model embodiment provides a kind of bore hole 3D stereo display panel, the array base palte comprising above-mentioned color membrane substrates and be oppositely arranged with this color membrane substrates.
The utility model embodiment provides a kind of bore hole 3D 3 d display device, comprises above-mentioned bore hole 3D stereo display panel.
The utility model embodiment provides a kind of color membrane substrates, and wherein said color membrane substrates comprises multiple color blocking unit in arrayed, and described color blocking unit at least comprises three color blocking groups, and each described color blocking group comprises at least two color blockings; Two wherein adjacent at least partly color blocking colors are identical.Because the two adjacent color blocking colors of part are identical, therefore the precision of mask plate in the color blocking making technology of color membrane substrates can be reduced, Simplified flowsheet, reduce production cost.
Accompanying drawing explanation
Fig. 1 is 3D display displaying principle schematic diagram in prior art;
The first color blocking group schematic diagram that Fig. 2 a provides for the utility model embodiment;
The second color blocking group schematic diagram that Fig. 2 b provides for the utility model embodiment;
The 3rd color blocking group schematic diagram that Fig. 2 c provides for the utility model embodiment;
Fig. 2 d is the color blocking cell schematics corresponding with Fig. 2 a;
Fig. 2 e is the color blocking group schematic diagram that the prism unit corresponding with Fig. 2 a covers;
A kind of color membrane substrates schematic diagram that Fig. 3 a provides for the utility model embodiment;
Fig. 3 b is the color blocking cell schematics in the color membrane substrates corresponding with Fig. 3 a;
The another kind of color membrane substrates schematic diagram that Fig. 4 a provides for the utility model embodiment;
Fig. 4 b is the color blocking cell schematics in the color membrane substrates corresponding with Fig. 4 a;
The another kind of color membrane substrates schematic diagram that Fig. 5 a provides for the utility model embodiment;
Fig. 5 b is the color blocking cell schematics in the color membrane substrates corresponding with Fig. 5 a;
Fig. 5 c is the color scheme that the color blocking unit corresponding with Fig. 5 b has.
Embodiment
The utility model embodiment provides a kind of color membrane substrates, and wherein said color membrane substrates comprises multiple color blocking unit in arrayed, and described color blocking unit at least comprises three color blocking groups, and each described color blocking group comprises at least two color blockings; Two wherein adjacent at least partly color blocking colors are identical.Adopt the method, multiple color blocking can be comprised in same color blocking unit, thus utilize this color membrane substrates can improve the vision addressability of display.
In order to make the purpose of this utility model, technical scheme and advantage clearly, below in conjunction with accompanying drawing, the utility model is described in further detail, obviously, described embodiment is only a part of embodiment of the utility model, instead of whole embodiments.Based on the embodiment in the utility model, those of ordinary skill in the art are not making other embodiments all obtained under creative work prerequisite, all belong to the scope of the utility model protection.
Embodiment 1
In utility model embodiment 1, multiple color blocking unit in arrayed that color membrane substrates comprises, each color blocking unit can comprise a color blocking group, in the utility model embodiment, according to the color blocking group that color blocking unit comprises, can be the first color blocking group 10 as shown in Figure 2 a, the second color blocking group 11 as shown in Figure 2 b and the 3rd color blocking group 12 as shown in Figure 2 c by color blocking component.
Wherein, as shown in Figure 2 a, the first color blocking group 10 comprises two the first color blockings 100, and the color of two the first color blockings 100 is identical; As shown in Figure 2 b, the second color blocking group 11 comprises four the second color blockings 110, and the color of four the second color blockings 110 is identical; As shown in Figure 2 c, the 3rd color blocking group 12 comprises four the 3rd color blockings 120, and in four the 3rd color blockings 120 color blocking the 3rd color blocking 120 that part is adjacent color can part identical.
Further, in the utility model embodiment, in each color blocking group, at least comprise two color blockings, and the color of two color blockings adjacent at least partly in color blocking group is identical, such as, the color of two adjacent color blockings can be red, green, blue, white, yellow, cyan or carmetta.The color of the utility model embodiment to two adjacent color blockings does not do the restriction had.
Further, as shown in Figure 2 d, wherein, Fig. 2 d is that the first color blocking 100 in multiple first color blocking group 10, first color blocking groups 10 corresponding with Fig. 2 a has identical color, but the first color blocking group 10 can comprise multiple different color.And, and each color blocking is between 1:2 to 1:1 along the length on first direction with the ratio of the length in the second direction vertical with first direction, wherein, the first direction of each color blocking is parallel to the line direction of color blocking group, and the second direction of each color blocking is parallel to the column direction of color blocking group.
The color blocking provided in the utility model embodiment has larger width along the length in the second direction vertical relative to first direction of the length on first direction.
Further, in the utility model embodiment, color membrane substrates is applied in bore hole 3D stereo display panel technology, wherein, this color membrane substrates also comprises the column prism covering multiple color blocking unit, as shown in Figure 2 e, this column prism (not shown) comprises multiple prism unit 20, be convex lens, covering color blocking group 21 that this prism unit is corresponding, that is each convex lens cover a color blocking group completely, in Fig. 2 e, contains only two color blockings in the color blocking group 21 that prism unit 20 covers, but in actual applications, color blocking shown in Fig. 2 e only represents a part for the color blocking in practical application, do not represent in the color blocking group that prism unit 20 covers and contains only two color blockings, in the utility model embodiment, the color blocking group 21 that prism unit 20 covers can comprise two color blockings, also four color blockings can be comprised, and the color of color blocking in the color blocking group 21 that covers of prism unit 20 can be identical, also can part identical, therefore the precision of mask plate in the manufacturing process of color membrane substrates can be reduced, in the utility model embodiment, further restriction is not done to the number of color blocking in the color blocking group 21 of prism unit 20 covering and the color of color blocking.
Further, owing to being applied to the color membrane substrates in bore hole 3D stereo display panel, the multiple color blocking unit in arrayed comprised, and color blocking unit comprises dissimilar color blocking group, so, be applied to the visible area at least in the color membrane substrates in bore hole 3D stereo display panel with two different directions, and a color blocking in each described resistance group only can be observed in each visible area.
Based on the technical conceive that above-described embodiment is identical, differently composed according to the first color blocking group, the second color blocking group and the 3rd color blocking group, the utility model embodiment at least also comprises following several concrete embodiment, specifically see embodiment 2 to embodiment 4.
Embodiment 2
As shown in Figure 3 a and Figure 3 b shows, for a kind of color membrane substrates that the utility model embodiment 2 provides, wherein, this color membrane substrates comprises multiple color blocking unit in arrayed, this color blocking unit comprises the first different color blocking group 30 of four colors, and each first color blocking group 30 comprises the first color blocking 301 of two same colors.
Because the color membrane substrates in embodiment can be applied on bore hole 3D stereo display panel, so the color membrane substrates in embodiment also comprises the column prism covering described color blocking unit, as shown in Figure 3 a, this column prism (not shown) comprises multiple prism unit 35, be convex lens, each prism unit 35 correspondence covers a color blocking group 30, and that is each convex lens cover a color blocking group completely, and a color blocking group 30 comprises the first identical color blocking 301 of two colors.
Further, be 1:2 to 1:1 between along the length on first direction with the ratio of the length in the second direction vertical with first direction due to each color blocking, preferably, ratio is 2:3.As best shown in figures 3 a and 3b, in the utility model embodiment, in the first color blocking group 30, each first color blocking 301 is between 1:2 to 1:1 along the length on first direction with the ratio of the length in the second direction vertical with first direction.Wherein, the first direction of each first color blocking 301 is parallel to the line direction of the first color blocking group 30, and the second direction of each first color blocking 301 is parallel to the column direction of the first color blocking group 30.
The color blocking provided in the utility model embodiment has larger width along the length on first direction relative to the length in the vertical second direction of first direction.
In the utility model embodiment, this color membrane substrates is applied in bore hole 3D stereo display panel technology, wherein, this color membrane substrates also comprises the column prism covering multiple color blocking unit, as shown in Figure 3 a, prism unit 35 correspondence covers a color blocking group 30, and this color blocking group 30 comprises the first color blocking 301 of two same colors, so at least have the first visible area of two different directions in a color blocking group 30 of prism unit 35 covering, because the first visible area under this prism unit 35 has two different directions, so first color blocking 301 in a color blocking group 30 only can be observed in first visible area with single direction.As shown in Figure 3 b, when observer is at A position (not shown), observer's left eye only can see in color blocking group 30 image shown by the first color blocking 301 indicating " left side "; Observer's right eye only can see in color blocking group 30 image shown by the first color blocking 301 indicating " right side ", and that is the right and left eyes of a color blocking group 30 to the observer being positioned at A position has the first different visible area of both direction respectively.
In the utility model embodiment, as shown in Figure 3 a, because the first color blocking group 30 comprises the first identical color blocking 301 of two colors, and the first color blocking group 30 that four colors comprising of the color blocking unit in embodiment are different, if the first color blocking 301 can have multiple color, then the first color blocking group 30 will present multiple color, and four the first color blocking groups 30 can comprise four not identical colors simultaneously.
Such as, first color blocking can comprise following four kinds of colors: red, green, blue, white, because the first color blocking group comprises the first identical color blocking of two colors, so after any one color had in above four kinds of colors when the first color blocking, the first color blocking group also presents the color identical with the first color blocking accordingly.If first the first color blocking in four the first color blockings is red, other three first color blockings then in four the first color blockings, can only in remaining three colors (green, blue, white) arbitrary selection color, if second the first color blocking is blue, then the 3rd the first color blocking and the 4th the first color blocking can only from arbitrary selections one green and white, if the 3rd the first color blocking is green, then the 4th the first color blocking is white; Or the 3rd the first color blocking is white, then the 4th the first color blocking is green.
Such as, first color blocking comprises following four kinds of colors: red, green, blue, yellow, first the first color blocking in four the first color blockings can in above four colors arbitrary selection color, if first the first color blocking in four the first color blockings is red, other three first color blockings then in four the first color blockings, can only be (green in remaining three colors, blue, yellow) in arbitrary selection color, if second the first color blocking is blue, then the 3rd the first color blocking and the 4th the first color blocking can only from arbitrary selections one green and yellow, if the 3rd the first color blocking is green, then the 4th the first color blocking is yellow, or the 3rd the first color blocking is yellow, then the 4th the first color blocking is green.
Such as, first color blocking comprises following four kinds of colors: red, green, blue, cyan, first the first color blocking in four the first color blockings can in above four colors arbitrary selection color, if first the first color blocking is cyan, other three first color blockings then in four the first color blockings, can only be (red in remaining three colors, green, blue) in arbitrary selection color, if second the first color blocking is blue, then the 3rd the first color blocking and the 4th the first color blocking can only from arbitrary selections one green and redness, if the 3rd the first color blocking is green, then the 4th the first color blocking is red, or the 3rd the first color blocking is red, then the 4th the first color blocking is green.
Such as, first color blocking comprises following four kinds of colors: red, green, blue, carmetta, first the first color blocking in four the first color blockings can in above four colors arbitrary selection color, if first the first color blocking is blue, other three first color blockings then in four the first color blockings, can only be (red in remaining three colors, green, carmetta) in arbitrary selection color, if second the first color blocking is carmetta, then the 3rd the first color blocking and the 4th the first color blocking can only from arbitrary selections one green and redness, if the 3rd the first color blocking is green, then the 4th the first color blocking is red, or the 3rd the first color blocking is red, then the 4th the first color blocking is green.
In the utility model embodiment, to in color the utility model embodiment of four the first color blockings that the first color blocking group comprises, further restriction is not done to the color of the first color blocking that the first color blocking group comprises, and further restriction is not done to the concrete color category that four the first color blockings in the first color blocking group have.
Embodiment 3
As shown in figures 4 a and 4b, for a kind of color membrane substrates that the utility model embodiment 3 provides, wherein, this color membrane substrates comprises multiple color blocking unit in arrayed, this color blocking unit comprises the second different color blocking group 40 of four colors, and each second color blocking group 40 comprises the second color blocking 401 of four same colors.
Because the color membrane substrates in embodiment can be applied on bore hole 3D stereo display panel, so the color membrane substrates in embodiment also comprises the column prism covering described color blocking unit, as shown in fig. 4 a, this column prism (not shown) comprises multiple prism unit 45, be convex lens, each prism unit 45 correspondence covers a color blocking group 40, and that is each convex lens cover a color blocking group completely, and a color blocking group 40 comprises the second color blocking 401 of four same colors.
Further, be 1:2 to 1:1 between along the length on first direction with the ratio of the length in the second direction vertical with first direction due to each color blocking, preferably, ratio is 2:3.As shown in figures 4 a and 4b, in the utility model embodiment, in the second color blocking group 40, each second color blocking 401 is between 1:2 to 1:1 along the length on first direction with the ratio of the length in the second direction vertical with first direction.Wherein, the first direction of each second color blocking 401 is parallel to the line direction of the second color blocking group 40, and the second direction of each second color blocking 401 is parallel to the column direction of the second color blocking group 40.
The color blocking provided in the utility model embodiment has larger width along the length on first direction relative to the length in the vertical second direction of first direction.
In the utility model embodiment, this color membrane substrates is applied in bore hole 3D stereo display panel technology, wherein, this color membrane substrates also comprises the column prism covering multiple color blocking unit, as shown in fig. 4 a, because prism unit 45 correspondence covers a color blocking group 40, and this color blocking group 40 comprises the second color blocking 401 of four same colors, so at least have the second visible area of four different directions in a color blocking group 40 of prism unit 45 covering, because the second visible area under this prism has four different directions, so second color blocking 401 in a color blocking group 40 only can be observed in second visible area with single direction.As shown in Figure 4 b, when observer is at A position (not shown), observer's left eye only can see in color blocking group 40 image shown by the second color blocking 401 indicating " left 1 "; Observer's right eye only can see in color blocking group 40 image shown by the second color blocking 401 indicating " right 1 ", and that is the right and left eyes of a color blocking group 40 to the observer being positioned at A position has the second different visible area of both direction respectively.When observer is at B position (not shown), observer's left eye only can see in color blocking group 40 image shown by the second color blocking 401 indicating " left 2 "; Observer's right eye only can see in color blocking group 40 image shown by the second color blocking 401 indicating " right 2 ", and that is the right and left eyes of a color blocking group 40 to the observer being positioned at B position has the second different visible area of both direction respectively.
In the utility model embodiment, as shown in fig. 4 a, because the second color blocking group 40 comprises the second identical color blocking 401 of four colors, and the second color blocking group 40 that four colors comprising of the color blocking unit in embodiment are different, if the second color blocking 401 has multiple color, then the second color blocking group will present multiple color, and four the second color blocking groups 40 can comprise four not identical colors simultaneously.
Such as, second color blocking can comprise following four kinds of colors: red, green, blue, white, because the second color blocking group comprises the second identical color blocking of four colors, so after any one color had in above four kinds of colors when the first color blocking, the first color blocking group also presents the color identical with the first color blocking accordingly.If first the second color blocking in four the second color blockings is red, other three second color blockings then in four the second color blockings, can only in remaining three colors (green, blue, white) arbitrary selection color, if second the second color blocking is blue, then the 3rd the second color blocking and the 4th the second color blocking can only from arbitrary selections one green and white, if the 3rd the second color blocking is green, then the 4th the second color blocking is white; Or the 3rd the second color blocking is white, then the 4th the second color blocking is green.
Such as, the second color blocking comprises following four kinds of colors: red, green, blue, yellow; First the second color blocking in four the second color blockings can in above four colors arbitrary selection color, if first the second color blocking in four the second color blockings is red, other three second color blockings then in four the second color blockings, can only in remaining three colors (green, blue, yellow) arbitrary selection color, if second the second color blocking is blue, then the 3rd the second color blocking and the 4th the second color blocking can only from arbitrary selections one green and yellow, if the 3rd the second color blocking is green, then the 4th the second color blocking is yellow; Or the 3rd the second color blocking is yellow, then the 4th the second color blocking is green.
Such as, the second color blocking comprises following four kinds of colors: red, green, blue, cyan; First the second color blocking in four the second color blockings can in above four colors arbitrary selection color, if first the second color blocking in the second color blocking is green, other three second color blockings then in four the second color blockings, can only in remaining three colors (red, blue, cyan) arbitrary selection color, if second the second color blocking is cyan, then the 3rd the second color blocking and the 4th the second color blocking can only from arbitrary selections one red and blueness, if the 3rd the second color blocking is blue, then the 4th the second color blocking is red; Or the 3rd the second color blocking is red, then the 4th the second color blocking is blue.
Such as, the second color blocking comprises following four kinds of colors: red, green, blue, carmetta; First the second color blocking in four the second color blockings can in above four colors arbitrary selection color, if first the second color blocking in the second color blocking is carmetta, other three second color blockings then in four the second color blockings, can only in remaining three colors (red, green, blue) arbitrary selection color, if second the second color blocking is red, then the 3rd the second color blocking and the 4th the second color blocking can only from arbitrary selections one green and blueness, if the 3rd the second color blocking is blue, then the 4th the second color blocking is green; Or the 3rd the second color blocking is green, then the 4th the second color blocking is blue.In the utility model embodiment, further restriction is not done to the color of the second color blocking that the second color blocking group comprises, and further restriction is not done to the concrete color category that four the second color blockings in the second color blocking group have.
Embodiment 4
As shown in figure 5 a and 5b, for a kind of color membrane substrates that the utility model embodiment 4 provides, wherein, this color membrane substrates comprises multiple color blocking unit in arrayed, this color blocking unit comprises four the 3rd color blocking groups 50, and each 3rd color blocking group 50 comprises four the 3rd color blockings 501, wherein, two the 3rd color blockings 501 are had at least to have different colors in four the 3rd color blockings 501 that the 3rd color blocking group 50 comprises.
Further, as shown in Figure 5 a, 3rd color blocking group 50 comprises four the 3rd color blockings 501, because color blocking unit comprises four the 3rd color blocking groups 50, and each 3rd color blocking group 50 comprises 4 the 3rd color blockings 501, then 4 the 3rd color blocking groups 50 comprise 16 the 3rd color blockings 501 altogether, in the utility model embodiment, have at least two adjacent the 3rd color blockings 501 to have identical color in 16 the 3rd color blockings 501 that four the 3rd color blocking groups 50 comprise.
Because the color membrane substrates in embodiment can be applied on bore hole 3D stereo display panel, so the color membrane substrates in embodiment also comprises the column prism covering described color blocking unit, as shown in Figure 5 a, this column prism (not shown) comprises multiple prism unit 55, be convex lens, each prism unit 55 correspondence covers a color blocking group 50, and that is each convex lens cover a color blocking group completely, and the 3rd color blocking group 50 comprises four the 3rd color blockings 501.
Further, be 1:2 to 1:1 between along the length on first direction with the ratio of the length in the second direction vertical with first direction due to each color blocking, preferably, ratio is 2:3.As shown in figure 5 a and 5b, in the utility model embodiment, in the 3rd color blocking group 50, each 3rd color blocking 501 is between 1:2 to 1:1 along the length on first direction with the ratio of the length in the second direction vertical with first direction.Wherein, the first direction of each 3rd color blocking 501 is parallel to the line direction of the 3rd color blocking group 50, and the second direction of each 3rd color blocking 501 is parallel to the column direction of the 3rd color blocking group 50.
The color blocking provided in the utility model embodiment has larger width along the length on first direction relative to the length in the vertical second direction of first direction.
In the utility model embodiment, this color membrane substrates is applied in bore hole 3D stereo display panel technology, wherein, this color membrane substrates also comprises the column prism covering multiple color blocking unit, as shown in Figure 5 a, prism unit 55 correspondence covers a color blocking group 50, and this color blocking group 50 comprises four the 3rd color blockings 501, so at least have the 3rd viewpoint of four different directions in a color blocking group 50 of prism unit 55 covering, because the 3rd viewpoint under this prism unit 55 has four different directions, so the 3rd viewpoint with single direction only can observe a color blocking 501 in the 3rd color blocking group 50.As shown in Figure 5 b, when observer is at A position (not shown), observer's left eye only can see in color blocking group 50 image shown by the first color blocking 501 indicating " left 1 "; Observer's right eye only can see in color blocking group 50 image shown by the 3rd color blocking 501 indicating " right 1 ", and that is the right and left eyes of a color blocking group 50 to the observer being positioned at A position has the 3rd different visible area of both direction respectively.When observer is at B position (not shown), observer's left eye only can see in color blocking group 50 image shown by the 3rd color blocking 501 indicating " left 2 "; Observer's right eye only can see in color blocking group 50 image shown by the 3rd color blocking 501 indicating " right 2 ", and that is the right and left eyes of a color blocking group 50 to the observer being positioned at B position has the 3rd different visible area of both direction respectively.
In the utility model embodiment, as shown in Figure 5 a, due to four the 3rd color blockings 501 that the 3rd color blocking group 50 comprises, and two the 3rd color blockings 501 in the 3rd color blocking group 50, are had at least to have different colors; 16 the 3rd color blockings 501 that four the 3rd color blocking groups 50 comprise, and in four the 3rd color blocking groups 50, have at least two adjacent the 3rd color blockings 501 to have identical color; So in the utility model embodiment, in same 3D viewpoint, the color category with same viewpoint is identical.
Such as, as shown in Figure 5 c, if the color of four the 3rd color blockings 501 that first the 3rd color blocking group 50 comprises is followed successively by redness, white, redness and green; If the color of four the 3rd color blockings 501 that second the 3rd color blocking group 50 comprises is followed successively by green, redness, green and red; If the color of four the 3rd color blockings 501 that the 3rd the 3rd color blocking group 50 comprises is followed successively by blueness, green, blueness and blue; If the color of four the 3rd color blockings 501 that the 4th the 3rd color blocking group 50 comprises is followed successively by white, blueness, white and white.
Can confirm according to above-mentioned example and Fig. 5 c: in four the 3rd color blockings 501 that the 3rd color blocking group 50 comprises, have at least two the 3rd color blockings 501 to have different colors, such as, the color of second the 3rd color blocking 501 in first the 3rd color blocking group 50 is white, and the color of the 4th the 3rd color blocking 501 is green; The color of first in second the 3rd color blocking group 50, the 3rd the 3rd color blocking 501 is green, and the color of second, the 4th the 3rd color blocking 501 is red; The color of first, the 3rd and the 4th the 3rd color blocking 501 in the 3rd the 3rd color blocking group 50 is blue, and the color of second the 3rd color blocking 501 is green; The color of first, the 3rd and the 4th the 3rd color blocking 501 in the 4th the 3rd color blocking group 50 is white, and the color of the 3rd the 3rd color blocking 501 is blue.
Can confirm according to above-mentioned example and Fig. 5 b: in 16 the 3rd color blockings 501 that four the 3rd color blocking groups 50 comprise, have at least two adjacent the 3rd color blockings 501 to have identical color, such as, the color of the 4th the 3rd color blocking 501 and the color of the 5th the 3rd color blocking 501 are green simultaneously; The color of the 11 the 3rd color blocking 501 and the color of the 12 the 3rd color blocking 501 are blue simultaneously; The color of the 15 the 3rd color blocking 501 and the color of the 16 the 3rd color blocking 501 are white simultaneously.
In the utility model embodiment, as shown in Fig. 5 a and Fig. 5 c, although the color of the 3rd color blocking 501 that four the 3rd color blocking groups 50 comprise is different, but, because prism unit 55 covers a color blocking group 50, and the 3rd color blocking group 50 that prism unit 55 comprises has the 3rd viewpoint of four different directions, can determine according to Fig. 5 c, 3rd viewpoint of equidirectional has four different colors respectively, such as, first the 3rd color blocking in first corresponding four the 3rd color blocking group 50 of the 3rd viewpoint difference, first the 3rd color blocking 501 in corresponding four the 3rd color blocking groups 50 is followed successively by: red, green, blue and white, second the 3rd color blocking in second corresponding four the 3rd color blocking group 50 of the 3rd viewpoint difference, second the 3rd color blocking 501 in corresponding four the 3rd color blocking groups 50 is followed successively by: white, red, green and blue, 3rd the 3rd viewpoint the 3rd the 3rd color blocking respectively in corresponding four the 3rd color blocking groups 50, the 3rd the 3rd color blocking 501 in corresponding four the 3rd color blocking groups 50 is followed successively by redness, green, blueness and white, 4th the 3rd viewpoint the 4th the 3rd color blocking respectively in corresponding four the 3rd color blocking groups 50, the 4th the 3rd color blocking 501 in corresponding four the 3rd color blocking groups 50 is followed successively by green, redness, blueness and white.
In the utility model embodiment, as shown in Figure 5 a, because prism unit 55 covers a color blocking group 50, and the 3rd color blocking group 50 that prism unit 55 comprises comprises four the 3rd color blockings 501, and arbitrary 3rd color blocking 501 that the 3rd color blocking group 50 comprises may have different colors respectively.But can determine according to Fig. 5 c, the color category that four the 3rd color blocking groups 50 that four prism unit 55 comprise have in the 3rd viewpoint of equidirectional is identical with the color category had in the 3rd color blocking group 50, and four kinds of unduplicated colors that the 3rd viewpoint has.So in the utility model embodiment, according to four kinds of unduplicated colors that the 3rd viewpoint at equidirectional has, four kinds of unduplicated colors that four the 3rd color blockings 50 have further can be confirmed.
In the utility model embodiment, as shown in Figure 5 b, four colors had due to the 3rd viewpoint correspond respectively to the 3rd color blocking of the same sequence in four the 3rd color blocking groups 50, so can confirm the color of each 3rd color blocking in four the 3rd color blocking groups 50 according to the color sequences of the 3rd viewpoint of four different directions.
Such as, if four kinds of colors that first the 3rd viewpoint has are respectively red, green, blue, white, then can confirm that the color of first the 3rd color blocking in four the 3rd color blockings is followed successively by redness, green, blueness, white; If four kinds of colors that second the 3rd viewpoint has are respectively green, blue, white, red, then can confirm that the color of second the 3rd color blocking in four the 3rd color blockings is followed successively by green, blueness, white, redness; If four kinds of colors that the 3rd the 3rd viewpoint has are respectively blue, white, red, green, then can confirm that the color of the 3rd the 3rd color blocking in four the 3rd color blockings is followed successively by blueness, white, redness, green; If four kinds of colors that the 4th the 3rd viewpoint has are respectively blue, red, white, green, then can confirm that the color of the 4th the 3rd color blocking in four the 3rd color blockings is followed successively by blueness, redness, white, green.
Such as, if four kinds of colors that first the 3rd viewpoint has are respectively red, green, blue, yellow, then can confirm that the color of first the 3rd color blocking in four the 3rd color blockings is followed successively by redness, green, blueness, yellow.If four kinds of colors that second the 3rd viewpoint has are respectively green, blue, yellow, red, then can confirm that the color of second the 3rd color blocking in four the 3rd color blockings is followed successively by green, blueness, yellow, redness; If four kinds of colors that the 3rd the 3rd viewpoint has are respectively red, blue, green, yellow, then can confirm that the color of the 3rd the 3rd color blocking in four the 3rd color blockings is followed successively by redness, blueness, green, yellow; If four kinds of colors that the 4th the 3rd viewpoint has are respectively red, blue, yellow, green, then can confirm that the color of the 4th the 3rd color blocking in four the 3rd color blockings is followed successively by redness, blueness, yellow, green.
Such as, if four kinds of colors that first the 3rd viewpoint has are respectively red, green, blue, cyan, then can confirm that the color of first the 3rd color blocking in four the 3rd color blockings is followed successively by redness, green, blueness, cyan; If four kinds of colors that second the 3rd viewpoint has are respectively green, blueness, cyan, redness, then can confirm that the color of second the 3rd color blocking in four the 3rd color blockings is followed successively by green, blueness, cyan, redness; If four kinds of colors that the 3rd the 3rd viewpoint has are respectively redness, blueness, cyan, green, then can confirm that the color of the 3rd the 3rd color blocking in four the 3rd color blockings is followed successively by redness, blueness, cyan, green; If four kinds of colors that the 4th the 3rd viewpoint has are respectively green, red, blue, cyan, then can confirm that the color of the 4th the 3rd color blocking in four the 3rd color blockings is followed successively by green, redness, blueness, cyan.
Such as, if four kinds of colors that first the 3rd viewpoint has are respectively red, green, blue, carmetta, then can confirm that the color of first the 3rd color blocking in four the 3rd color blockings is followed successively by redness, green, blueness, carmetta; If four kinds of colors that second the 3rd viewpoint has are respectively green, red, blue, carmetta, then can confirm that the color of second the 3rd color blocking in four the 3rd color blockings is followed successively by green, redness, blueness, carmetta; If four kinds of colors that the 3rd the 3rd viewpoint has are respectively green, blue, red, carmetta, then can confirm that the color of the 3rd the 3rd color blocking in four the 3rd color blockings is followed successively by green, blueness, redness, carmetta; If four kinds of colors that the 4th the 3rd viewpoint has are respectively carmetta, redness, green, blueness, then can confirm that the color of the 4th the 3rd color blocking in four the 3rd color blockings is followed successively by carmetta, redness, green, blueness.
In the utility model embodiment, further restriction is not done to the color of the 3rd color blocking that the 3rd color blocking group comprises.
Embodiment 5
Based on identical design, the utility model embodiment 5 also provides a kind of bore hole 3D stereo display panel, and this bore hole 3D stereo display panel comprises any color membrane substrates in above-described embodiment, and and the array base palte that is oppositely arranged of this color membrane substrates.
Embodiment 6
The utility model embodiment 6 also provides bore hole 3D 3 d display device, comprises the bore hole 3D stereo display panel in embodiment 5 and backlight module.
The utility model embodiment provides above-mentioned color membrane substrates, and wherein said color membrane substrates comprises multiple color blocking unit in arrayed, and described color blocking unit at least comprises three color blocking groups, and each described color blocking group comprises at least two color blockings; Two wherein adjacent at least partly color blocking colors are identical.Adopt the method, because the two adjacent color blocking colors of part are identical, therefore the precision of mask plate in the color blocking making technology of color membrane substrates can be reduced, Simplified flowsheet, reduce production cost.
Obviously, those skilled in the art can carry out various change and modification to the utility model and not depart from spirit and scope of the present utility model.Like this, if these amendments of the present utility model and modification belong within the scope of the utility model claim and equivalent technologies thereof, then the utility model is also intended to comprise these change and modification.
Claims (15)
1. a color membrane substrates, is characterized in that, comprise multiple color blocking unit in arrayed, described color blocking unit at least comprises three color blocking groups, and each described color blocking group comprises at least two color blockings; Wherein, two adjacent at least partly color blocking colors are identical.
2. color membrane substrates as claimed in claim 1, it is characterized in that, described color blocking is between 1:2 to 1:1 along the length on first direction with the ratio of the length in the second direction vertical with described first direction, wherein said first direction is parallel to the direction that described color blocking group is expert at, and described second direction is parallel to the direction of described color blocking group column.
3. color membrane substrates as claimed in claim 2, it is characterized in that, described color membrane substrates also comprises the column prism covering described color blocking unit;
Described column prism comprises multiple prism unit, and each described prism unit correspondence covers a described color blocking group.
4. color membrane substrates as claimed in claim 3, it is characterized in that, described prism unit is convex lens, each convex lens cover described color blocking group completely, described color blocking group at least has the visible area of two different directions, and a described color blocking in each described color blocking group only can be observed in each described visible area.
5. color membrane substrates as claimed in claim 4, it is characterized in that, described color blocking unit comprises the first different color blocking group of four colors, and each described first color blocking group comprises the first color blocking of two same colors.
6. color membrane substrates as claimed in claim 5, it is characterized in that, each described first color blocking group has the first visible area of two different directions, and described first color blocking in each described first color blocking group only can be observed in each described first visible area.
7. color membrane substrates as claimed in claim 4, it is characterized in that, described color blocking unit comprises the second different color blocking group of four colors, and each described second color blocking group comprises the second color blocking of four same colors.
8. color membrane substrates as claimed in claim 7, it is characterized in that, each described second color blocking group has the second visible area of four different directions, and described second color blocking in each described second color blocking group only can be observed in each described second visible area.
9. color membrane substrates as claimed in claim 6, is characterized in that, described first color blocking is red, green, blue, white; Or,
Described first color blocking is red, green, blue, yellow; Or,
Described first color blocking is red, green, blue, cyan; Or,
Described first color blocking is red, green, blue, carmetta.
10. color membrane substrates as claimed in claim 8, is characterized in that, described second color blocking is red, green, blue, white; Or,
Described second color blocking is red, green, blue, yellow; Or,
Described second color blocking is red, green, blue, cyan; Or,
Described second color blocking is red, green, blue, carmetta.
11. color membrane substrates as claimed in claim 4, it is characterized in that, described color blocking unit comprises four the 3rd color blocking groups, and each described 3rd color blocking group comprises four the 3rd color blockings, and wherein at least two described 3rd color blockings have different colours; And part adjacent two the 3rd color blockings have same color in described 3rd color blocking group.
12. color membrane substrates as claimed in claim 11, it is characterized in that, each described 3rd color blocking group has the 3rd visible area of four different directions, and described 3rd color blocking in each described 3rd color blocking group only can be observed in each described 3rd visible area.
13. color membrane substrates as claimed in claim 12, is characterized in that, described 3rd color blocking is red, green, blue, white; Or,
Described 3rd color blocking is red, green, blue, yellow; Or,
Described 3rd color blocking is red, green, blue, cyan; Or,
Described 3rd color blocking is red, green, blue, carmetta.
14. 1 kinds of bore hole 3D stereo display panels, is characterized in that, comprise as arbitrary in claim 1-13 as described in color membrane substrates and with as described in the array base palte that is oppositely arranged of color membrane substrates.
15. 1 kinds of bore hole 3D 3 d display devices, is characterized in that, comprise bore hole 3D stereo display panel as claimed in claim 14.
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| CN201520007930.XU CN204439943U (en) | 2014-12-31 | 2015-01-06 | A kind of color membrane substrates, bore hole 3D stereo display panel and display device thereof |
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| CN201410855603X | 2014-12-31 | ||
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| CN201520007930.XU CN204439943U (en) | 2014-12-31 | 2015-01-06 | A kind of color membrane substrates, bore hole 3D stereo display panel and display device thereof |
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