CN106226950A - Solve the reflecting paper of television image bright circle phenomenon - Google Patents
Solve the reflecting paper of television image bright circle phenomenon Download PDFInfo
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- CN106226950A CN106226950A CN201610624675.2A CN201610624675A CN106226950A CN 106226950 A CN106226950 A CN 106226950A CN 201610624675 A CN201610624675 A CN 201610624675A CN 106226950 A CN106226950 A CN 106226950A
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- folding face
- face
- overlap joint
- joint block
- folding
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- G—PHYSICS
- G02—OPTICS
- G02F—OPTICAL DEVICES OR ARRANGEMENTS FOR THE CONTROL OF LIGHT BY MODIFICATION OF THE OPTICAL PROPERTIES OF THE MEDIA OF THE ELEMENTS INVOLVED THEREIN; NON-LINEAR OPTICS; FREQUENCY-CHANGING OF LIGHT; OPTICAL LOGIC ELEMENTS; OPTICAL ANALOGUE/DIGITAL CONVERTERS
- G02F1/00—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics
- G02F1/01—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour
- G02F1/13—Devices or arrangements for the control of the intensity, colour, phase, polarisation or direction of light arriving from an independent light source, e.g. switching, gating or modulating; Non-linear optics for the control of the intensity, phase, polarisation or colour based on liquid crystals, e.g. single liquid crystal display cells
- G02F1/133—Constructional arrangements; Operation of liquid crystal cells; Circuit arrangements
- G02F1/1333—Constructional arrangements; Manufacturing methods
- G02F1/1335—Structural association of cells with optical devices, e.g. polarisers or reflectors
- G02F1/1336—Illuminating devices
- G02F1/133602—Direct backlight
- G02F1/133605—Direct backlight including specially adapted reflectors
-
- G—PHYSICS
- G02—OPTICS
- G02B—OPTICAL ELEMENTS, SYSTEMS OR APPARATUS
- G02B5/00—Optical elements other than lenses
- G02B5/08—Mirrors
- G02B5/09—Multifaceted or polygonal mirrors, e.g. polygonal scanning mirrors; Fresnel mirrors
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- Physics & Mathematics (AREA)
- Nonlinear Science (AREA)
- General Physics & Mathematics (AREA)
- Optics & Photonics (AREA)
- Mathematical Physics (AREA)
- Chemical & Material Sciences (AREA)
- Crystallography & Structural Chemistry (AREA)
- Devices For Indicating Variable Information By Combining Individual Elements (AREA)
Abstract
This application discloses the reflecting paper solving television image bright circle phenomenon, relate to reflecting paper field, including hard copy body, described hard copy body includes median plane, described median plane is provided with several for the installing hole installing backlight lens, first folding face of light that is that the top edge of described median plane is connected with energy median plane bending relatively and that send for reflective backlight lens, being provided with interior crease line between described median plane and described first folding face, described first folding face is provided with several for the first extinction hole reducing reflection light.Described median plane is also connected with the second folding face, the 3rd folding face and four fold face, and corresponding folding face is respectively equipped with the second extinction hole, the 3rd extinction hole and the 4th extinction hole.The application rolls over the reflection light in region, face by being provided with extinction hole on the respective regions of reflecting paper folding face to reduce corresponding reflecting paper, effectively eliminates television image bright circle phenomenon, and that improves user views and admires experience.
Description
[technical field]
The application relates to reflecting paper field, particularly relates to solve the reflecting paper of television image bright circle phenomenon.
[background technology]
Reflecting paper is widely used in the backlight module of LCD TV, in backlight module the major function of reflecting paper be by
All incident light sources it is not susceptible to the source-collector of vertical transmission and reflects, making light path can maximize perpendicular propagation.But
In actual applications, we are difficult to that the light that sent by the backlight lens in backlight module is well-proportioned projects reflecting paper
On, hence in so that the peripheral position of television image usually there will be bright circle phenomenon, these phenomenons then can have a strong impact on TV and use
Family view and admire experience.Therefore it is the most necessary for designing and can effectively solving the new type reflection paper of television image bright border problem.
[summary of the invention]
For effectively solving the bright border problem that television image occurs, that improves user views and admires experience, this application provides solution
The reflecting paper of television image bright circle phenomenon.
The application is realized by techniques below scheme:
Solving the reflecting paper of television image bright circle phenomenon, including hard copy body 1, described hard copy body 1 includes median plane 2, described
Median plane 2 is provided with several and is connected with for the installing hole 21 installing backlight lens, the top edge of described median plane 2
First folding face 3 of light that is that energy median plane 2 relatively bends and that send for reflective backlight lens, described median plane 2 and institute
Stating and be provided with interior crease line 7 between the first folding face 3, described first folding face 3 is provided with several for reducing the first of reflection light
Extinction hole 31.
The reflecting paper solving television image bright circle phenomenon as above, the right hand edge of described median plane 2 is connected with
Energy median plane 2 relatively bends and is used for the second folding face 4 of the light that reflective backlight lens send, and described median plane 2 is with described
Being provided with interior crease line 7 between second folding face 4, described folding face 4 is provided with several for the second extinction reducing reflection light
Hole 41.
The reflecting paper solving television image bright circle phenomenon as above, the lower limb of described median plane 2 is connected with
Energy median plane 2 relatively bends and is used for the 3rd folding face 5 of the light that reflective backlight lens send, and described median plane 2 is with described
Being provided with interior crease line 7 between 3rd folding face 5, described 3rd folding face 5 is provided with several for the 3rd suction reducing reflection light
Unthreaded hole 51.
The reflecting paper solving television image bright circle phenomenon as above, the left hand edge of described median plane 2 is connected with
Energy median plane 2 relatively bends and is used for the four fold face 6 of the light that reflective backlight lens send, and described median plane 2 is with described
Being provided with interior crease line 7 between four fold face 6, described four fold face 6 is provided with several for the 4th suction reducing reflection light
Unthreaded hole 61.
Improve the reflecting paper of television image bright circle phenomenon, described first extinction hole 31, described second extinction as above
Hole 41, described 3rd extinction hole 51 and the described 4th curved shape in extinction hole 61 or toroidal or square shape.
Improving the reflecting paper of television image bright circle phenomenon as above, described first folding face 3 is near described second folding face 4
Edge be provided with can the most described first folding face 3 bend and for be overlapped on described second back side, folding face 4 first overlap joint block
32, it is provided with the first oblique broken line 33 between described first folding face 3 and described first overlap joint block 32, described second folding face 4 is near described
The edge in the first folding face 3 is provided with position and overlaps block 32 relative misalignment and for being overlapped on described first folding face 3 with described first
The second overlap joint block 42 at the back side, is provided with between described second overlap joint block 42 and described second folding face 4 and can make described second overlap joint block
Second oblique broken line 43 of 42 the most described second folding face 4 bendings；
Described second folding face 4 is provided with near the edge in described 3rd folding face 5 and can bend and use in the most described second folding face 4
Overlap block 44 in be overlapped on described 3rd back side, folding face 5 the 3rd, set between described second folding face 4 and described 3rd overlap joint block 44
Having the 3rd oblique broken line 45, described 3rd folding face 5 is provided with position and described 3rd overlap joint block near the edge in described second folding face 4
44 relative misalignment also overlap block 52 for being overlapped on the 4th of described second back side, folding face 4 the, and described 4th overlap joint block 52 is with described
The 4th oblique broken line 53 that can make the most described 3rd folding face 5 bending of described 4th overlap joint block 52 it is provided with between 3rd folding face 5；
Described 3rd folding face 5 is provided with near the edge in described four fold face 6 and can bend and use in the most described 3rd folding face 5
Overlap block 54 in be overlapped on the back side, described four fold face 6 the 5th, set between described 3rd folding face 5 and described 5th overlap joint block 54
Having the 5th oblique broken line 55, described four fold face 6 is provided with position and described 5th overlap joint block near the edge in described 3rd folding face 5
54 relative misalignment also overlap block 62 for being overlapped on the 6th of described 3rd back side, folding face 5 the, and described 6th overlap joint block 62 is with described
The 6th oblique broken line 63 that can make described 6th overlap joint block 62 the most described four fold face 6 bending it is provided with between four fold face 6；
Described four fold face 6 is provided with can bend and use in the most described four fold face 6 near the edge in described first folding face 3
Overlap block 64 in be overlapped on described first back side, folding face 3 the 7th, set between described four fold face 6 and described 7th overlap joint block 64
The 7th oblique broken line 65, described first folding face 3 is had to be provided with position and described 7th overlap joint block near the edge in described four fold face 6
64 relative misalignment also overlap block 34 for being overlapped on the 8th of the back side, described four fold face 6 the, and described 8th overlap joint block 34 is with described
The 8th oblique broken line 35 that can make the most described first folding face 3 bending of described 8th overlap joint block 34 it is provided with between first folding face 3.
The as above reflecting paper solving television image corner shadow, described first folding face 3 and described the after overlap joint
Eighty percent discount face 4 is crossed to form the first turning, and described second folding face 4 and described 3rd folding face 5 are crossed to form the second turning, and the described 3rd
Folding face 5 and described four fold face 6 are crossed to form the 3rd turning, and described four fold face 6 is crossed to form the 4th with described first folding face 3
Turning.
The reflecting paper solving television image corner shadow as above, described first folding face 3 is intersected with the second folding face 4
Line is the first roulette, and described second folding face 4 is the second roulette with the intersecting lens in described 3rd folding face 5, described 3rd folding face 5
Being the 3rd roulette with the intersecting lens in described four fold face 6, the intersecting lens in described four fold face 6 and described first folding face 3 is the
Four roulettes, the length of described first roulette, the second roulette, the 3rd roulette and the 4th roulette is L；Described first
Spacing that overlap joint block 32 and the spacing of described second overlap joint block 42, described 3rd overlap joint block 44 overlap block 52 with the 4th, described the
Five overlap joint blocks 54 are equal with the spacing of described 8th overlap joint block 34 with the spacing of described 6th overlap joint block 62, described 7th overlap joint block 64
For S；Described first oblique broken line the 33, second oblique broken line the 43, the 3rd oblique broken line the 45, the 4th oblique broken line the 53, the 5th oblique broken line the 55, the 6th
The length of oblique broken line the 63, the 7th oblique broken line 65 and the 8th oblique broken line 35 is (L-S)/2, and described S is 3mm～3.5mm.
Improve the reflecting paper of television image bright circle phenomenon, described first the 3, second folding face the 4, the 3rd, folding face folding as above
Face 5 and four fold face 6 are equipped with outer flanging 9 away from the side of described median plane 2, set between described outer flanging 9 and corresponding folding face
There is outer crease line 10.
Compared with prior art, the application has the following advantages:
The application is by being provided with arc shape extinction hole to reduce corresponding reflecting paper folding region, face in reflecting paper accordingly folding face
Reflection light, effectively eliminate television image bright circle phenomenon, that improves user views and admires experience.
[accompanying drawing explanation]
For the technical scheme being illustrated more clearly that in the embodiment of the present application, in embodiment being described below required for make
Accompanying drawing be briefly described.
Fig. 1 is the schematic diagram that the embodiment of the present application tiling is placed；
Fig. 2 is the schematic diagram after the embodiment of the present application shaped by lapping；
Fig. 3 is the embodiment of the present application clinch enlarged diagram.
[detailed description of the invention]
The reflecting paper solving television image bright circle phenomenon of the embodiment of the present application, including hard copy body 1, described hard copy body 1 wraps
Including median plane 2, described median plane 2 is provided with several and exists for the installing hole 21 installing backlight lens, described installing hole 21
Linearly array distribution on described median plane 2, the top edge of described median plane 2 is connected with can median plane 2 bending relatively
And the first folding face 3 of the light sent for reflective backlight lens, it is provided with between described median plane 2 and described first folding face 3
Interior crease line 7, described first folding face 3 is provided with several for the first extinction hole 31 reducing reflection light.
The right hand edge of described median plane 2 is connected with and can bend and send out for reflective backlight lens by median plane 2 relatively
Second folding face 4 of the light gone out, is provided with interior crease line 7, on described folding face 4 between described median plane 2 and described second folding face 4
It is provided with several for the second extinction hole 41 reducing reflection light.
The lower limb of described median plane 2 is connected with and can bend and send out for reflective backlight lens by median plane 2 relatively
3rd folding face 5 of the light gone out, is provided with interior crease line 7, described 3rd folding face 5 between described median plane 2 and described 3rd folding face 5
It is provided with several for the 3rd extinction hole 51 reducing reflection light.
The left hand edge of described median plane 2 is connected with and can bend and send out for reflective backlight lens by median plane 2 relatively
The four fold face 6 of the light gone out, is provided with interior crease line 7, described four fold face 6 between described median plane 2 and described four fold face 6
It is provided with several for the 4th extinction hole 61 reducing reflection light.
Concrete, described first extinction hole 31, described second extinction hole 41, described 3rd extinction hole 51 and the described 4th inhale
The curved shape of unthreaded hole 61 or toroidal or square shape.Set according to the actual light distribution situation in backlight lens projects to folding face
Put difform extinction hole and can advantageously ensure that the uniformity of folding face reflection light.
Further, be provided with near the edge in described second folding face 4 can the most described first folding face in described first folding face 3
3 bend and are used for being overlapped on the first overlap joint block 32 at described second back side, folding face 4, described first folding face 3 and described first overlap joint
Being provided with the first oblique broken line 33 between block 32, described second folding face 4 is provided with position with described near the edge in described first folding face 3
First overlap joint block 32 relative misalignment also overlaps block 42, described second overlap joint for being overlapped on the second of described first back side, folding face 3
Second that the described second relative described second folding face 4 of overlap joint block 42 can be made to bend it is provided with oblique between block 42 with described second folding face 4
Broken line 43；
Described second folding face 4 is provided with near the edge in described 3rd folding face 5 and can bend and use in the most described second folding face 4
Overlap block 44 in be overlapped on described 3rd back side, folding face 5 the 3rd, set between described second folding face 4 and described 3rd overlap joint block 44
Having the 3rd oblique broken line 45, described 3rd folding face 5 is provided with position and described 3rd overlap joint block near the edge in described second folding face 4
44 relative misalignment also overlap block 52 for being overlapped on the 4th of described second back side, folding face 4 the, and described 4th overlap joint block 52 is with described
The 4th oblique broken line 53 that can make the most described 3rd folding face 5 bending of described 4th overlap joint block 52 it is provided with between 3rd folding face 5；
Described 3rd folding face 5 is provided with near the edge in described four fold face 6 and can bend and use in the most described 3rd folding face 5
Overlap block 54 in be overlapped on the back side, described four fold face 6 the 5th, set between described 3rd folding face 5 and described 5th overlap joint block 54
Having the 5th oblique broken line 55, described four fold face 6 is provided with position and described 5th overlap joint block near the edge in described 3rd folding face 5
54 relative misalignment also overlap block 62 for being overlapped on the 6th of described 3rd back side, folding face 5 the, and described 6th overlap joint block 62 is with described
The 6th oblique broken line 63 that can make described 6th overlap joint block 62 the most described four fold face 6 bending it is provided with between four fold face 6；
Described four fold face 6 is provided with can bend and use in the most described four fold face 6 near the edge in described first folding face 3
Overlap block 64 in be overlapped on described first back side, folding face 3 the 7th, set between described four fold face 6 and described 7th overlap joint block 64
The 7th oblique broken line 65, described first folding face 3 is had to be provided with position and described 7th overlap joint block near the edge in described four fold face 6
64 relative misalignment also overlap block 34 for being overlapped on the 8th of the back side, described four fold face 6 the, and described 8th overlap joint block 34 is with described
The 8th oblique broken line 35 that can make the most described first folding face 3 bending of described 8th overlap joint block 34 it is provided with between first folding face 3.To inserting
Formula bridging arrangement can make adjacent corresponding folding face firmly be connected, and prevents because the phenomenon that occurs between adjacent folding face caving in causes TV figure
Image angle drops out existing shadow phenomenon, and simple in construction, easy to operate.
Further, after overlap joint, described first folding face 3 and described second folding face 4 are crossed to form the first turning, and described the
Eighty percent discount face 4 and described 3rd folding face 5 are crossed to form the second turning, and described 3rd folding face 5 and described four fold face 6 are crossed to form the
Three turnings, described four fold face 6 is crossed to form the 4th turning with described first folding face 3.Described first folding face 3 and the second folding face 4
Intersecting lens be the first roulette, described second folding face 4 is the second roulette with the intersecting lens in described 3rd folding face 5, described the
Three folding faces 5 are the 3rd roulette with the intersecting lens in described four fold face 6, and described four fold face 6 is intersected with described first folding face 3
Line is the 4th roulette, and the length of described first roulette, the second roulette, the 3rd roulette and the 4th roulette is L；Institute
State the first overlap joint block 32 and the spacing of described second overlap joint block 42, spacing that described 3rd overlap joint block 44 overlaps block 52 with the 4th,
Described 5th overlap joint block 54 and the spacing of described 6th overlap joint block 62, described 7th overlap joint block 64 and described 8th overlap joint block 34
Spacing is S；Described first oblique broken line the 33, second oblique broken line the 43, the 3rd oblique broken line the 45, the 4th oblique broken line the 53, the 5th oblique broken line
55, the length of the 6th oblique broken line the 63, the 7th oblique broken line 65 and the 8th oblique broken line 35 is (L-S)/2, described S be 3mm～
3.5mm。
Described first folding face 5, the 3, second folding face the 4, the 3rd, folding face and four fold face 6 are all provided with away from the side of described median plane 2
There is outer flanging 9, between described outer flanging 9 and corresponding folding face, be provided with outer crease line 10.First broken line, the second folding face, the 3rd folding face
Being provided with outer broken line with four fold face can make reflecting paper be more easy to be fitted on backlight module.
The above-described preferred embodiments being only the application, the application is not limited to above-mentioned embodiment, as long as
Within realizing, with essentially identical means, the protection domain that the technical scheme of the application purpose broadly falls into the application.
Claims (10)
1. solve the reflecting paper of television image bright circle phenomenon, including hard copy body (1), it is characterised in that: described hard copy body (1) includes
Median plane (2), described median plane (2) is provided with several for the installing hole (21) installing backlight lens, described median plane
(2) top edge be connected with can relatively median plane (2) bend and the of the light that sends for reflective backlight lens
One folding face (3), is provided with interior crease line (7), on described first folding face (3) between described median plane (2) and described first folding face (3)
It is provided with several for the first extinction hole (31) reducing reflection light.
The reflecting paper of solution television image the most according to claim 1 bright circle phenomenon, it is characterised in that: described median plane
(2) right hand edge is connected with and can bend and be used for the second of the light that reflective backlight lens send by median plane (2) relatively
Folding face (4), is provided with interior crease line (7), described second folding face (4) sets between described median plane (2) and described second folding face (4)
There are several for the second extinction hole (41) reducing reflection light.
The reflecting paper of solution television image the most according to claim 2 bright circle phenomenon, it is characterised in that: described median plane
(2) lower limb is connected with and can bend and be used for the 3rd of the light that reflective backlight lens send by median plane (2) relatively
Folding face (5), is provided with interior crease line (7), described 3rd folding face (5) sets between described median plane (2) and described 3rd folding face (5)
There are several for the 3rd extinction hole (51) reducing reflection light.
The reflecting paper of solution television image the most according to claim 3 bright circle phenomenon, it is characterised in that: described median plane
(2) left hand edge is connected with and can bend and be used for the 4th of the light that reflective backlight lens send by median plane (2) relatively
Folding face (6), is provided with interior crease line (7), described four fold face (6) sets between described median plane (2) and described four fold face (6)
There are several for the 4th extinction hole (61) reducing reflection light.
The reflecting paper improving television image bright circle phenomenon the most according to claim 4, it is characterised in that: described first extinction
Hole (31), described second extinction hole (41), described 3rd extinction hole (51) and described 4th extinction hole (61) curved shape or circle
Shape or square shape.
The reflecting paper improving television image bright circle phenomenon the most according to claim 4, it is characterised in that: described first folding face
(3) it is provided with near the edge in described second folding face (4) and can bend and be used for being overlapped on described the in the most described first folding face (3)
First overlap joint block (32) at eighty percent discount face (4) back side, is provided with first between described first folding face (3) and described first overlap joint block (32)
Oblique broken line (33), described second folding face (4) is provided with position and described first overlap joint block near the edge in described first folding face (3)
(32) relative misalignment being used for is overlapped on second overlap joint block (42) at described first folding face (3) back side, described second overlap joint block
(42) described second overlap joint block (42) relative described second folding face (4) can be made to bend with being provided with between described second folding face (4)
Second oblique broken line (43)；
Described second folding face (4) is provided with near the edge in described 3rd folding face (5) and can bend also in the most described second folding face (4)
For being overlapped on the 3rd overlap joint block (44) at described 3rd folding face (5) back side, described second folding face (4) and described 3rd overlap joint block
(44) being provided with the 3rd oblique broken line (45) between, described 3rd folding face (5) is provided with position near the edge in described second folding face (4)
Overlap block (44) relative misalignment with the described 3rd and be used for being overlapped on the 4th overlap joint block (52) at described second folding face (4) back side,
It is provided with between described 4th overlap joint block (52) and described 3rd folding face (5) and described 4th overlap joint block (52) the relative described 3rd can be made
The 4th oblique broken line (53) that folding face (5) bends；
Described 3rd folding face (5) is provided with near the edge of described four fold face (6) and can bend also in the most described 3rd folding face (5)
For being overlapped on the 5th overlap joint block (54) at described four fold face (6) back side, described 3rd folding face (5) and described 5th overlap joint block
(54) being provided with the 5th oblique broken line (55) between, described four fold face (6) is provided with position near the edge in described 3rd folding face (5)
Overlap block (54) relative misalignment with the described 5th and be used for being overlapped on the 6th overlap joint block (62) at described 3rd folding face (5) back side,
It is provided with between described 6th overlap joint block (62) and described four fold face (6) and described 6th overlap joint block (62) the relative described 4th can be made
The 6th oblique broken line (63) that folding face (6) bends；
Described four fold face (6) is provided with near the edge in described first folding face (3) and can the most described four fold face (6) bend also
For being overlapped on the 7th overlap joint block (64) at described first folding face (3) back side, described four fold face (6) and described 7th overlap joint block
(64) being provided with the 7th oblique broken line (65) between, described first folding face (3) is provided with position near the edge of described four fold face (6)
Overlap block (64) relative misalignment with the described 7th and be used for being overlapped on the 8th overlap joint block (34) at described four fold face (6) back side,
It is provided with between described 8th overlap joint block (34) and described first folding face (3) and described 8th overlap joint block (34) relative described first can be made
The 8th oblique broken line (35) that folding face (3) bends.
The reflecting paper of solution television image corner the most according to claim 6 shadow, it is characterised in that: described after overlap joint
First folding face (3) and described second folding face (4) are crossed to form the first turning, described second folding face (4) and described 3rd folding face (5)
Being crossed to form the second turning, described 3rd folding face (5) and described four fold face (6) are crossed to form the 3rd turning, described four fold
Face (6) and described first folding face (3) are crossed to form the 4th turning.
The reflecting paper of solution television image corner the most according to claim 7 shadow, it is characterised in that: described first folding face
(3) intersecting lens with the second folding face (4) is the first roulette, described second folding face (4) and the intersecting lens in described 3rd folding face (5)
Being the second roulette, described 3rd folding face (5) is the 3rd roulette with the intersecting lens of described four fold face (6), described four fold
Face (6) is the 4th roulette with the intersecting lens in described first folding face (3), described first roulette, the second roulette, the 3rd junction of the edges of two sheets of paper
The length of line and the 4th roulette is L；The spacing of described first overlap joint block (32) and described second overlap joint block (42), described the
Between three overlap joints block (44) and the spacing of the 4th overlap joint block (52), described 5th overlap joint block (54) and described 6th overlap joint block (62)
Away from, described 7th overlap joint block (64) with described 8th overlap joint block (34) spacing be S；Described first oblique broken line (33), second
Oblique broken line (43), the 3rd oblique broken line (45), the 4th oblique broken line (53), the 5th oblique broken line (55), the 6th oblique broken line (63), the 7th oblique
The length of broken line (65) and the 8th oblique broken line (35) is (L-S)/2.
The reflecting paper of solution television image corner the most according to claim 8 shadow, it is characterised in that: described S be 3mm～
3.5mm。
The reflecting paper improving television image bright circle phenomenon the most according to claim 4, it is characterised in that: described first folding
Face (3), the second folding face (4), the 3rd folding face (5) and four fold face (6) are equipped with outer flanging away from the side of described median plane (2)
(9), it is provided with outer crease line (10) between described outer flanging (9) and corresponding folding face.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610624675.2A CN106226950A (en) | 2016-07-29 | 2016-07-29 | Solve the reflecting paper of television image bright circle phenomenon |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201610624675.2A CN106226950A (en) | 2016-07-29 | 2016-07-29 | Solve the reflecting paper of television image bright circle phenomenon |
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| CN106226950A true CN106226950A (en) | 2016-12-14 |
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| CN201610624675.2A Pending CN106226950A (en) | 2016-07-29 | 2016-07-29 | Solve the reflecting paper of television image bright circle phenomenon |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107179630A (en) * | 2017-04-20 | 2017-09-19 | 广州毅昌科技股份有限公司 | A kind of backlight module reflector plate, backlight module and display unit |
| CN109061947A (en) * | 2018-09-30 | 2018-12-21 | 东莞市银泰丰光学科技有限公司 | A kind of straight-down negative display glass rear cover and its processing method |
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Application publication date: 20161214 |