CN103218953A - Single-pixel single-color displaying and signal receiving module and device including module - Google Patents
Single-pixel single-color displaying and signal receiving module and device including module Download PDFInfo
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- CN103218953A CN103218953A CN2013100673844A CN201310067384A CN103218953A CN 103218953 A CN103218953 A CN 103218953A CN 2013100673844 A CN2013100673844 A CN 2013100673844A CN 201310067384 A CN201310067384 A CN 201310067384A CN 103218953 A CN103218953 A CN 103218953A
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Abstract
The invention discloses a single-pixel single-color displaying and signal receiving module and a device including the module. By utilizing the combination of a group of lenses and mixed-color screens, light rays emitted from a color light source are condensed by a light condensation sheet; and by utilizing a refraction and color-collection sheet including a group of curve surfaces, each condensed light ray is refracted on the mixed-color screens at the same position to form single color and be changed into the same pixel, and even though each light ray is observed after being amplified, not one pixel and three colors, but one pixel and one color, are observed. According to the single-pixel single-color displaying and signal receiving module and the device including the module disclosed by the invention, the traditional display concept is changed, and the physiologic problem of the eye and the brain caused by fuzzy processed color is reduced; meanwhile, through a micronization process, a display device can display a realer effect without the original combined color; and the single-pixel single-color displaying and signal receiving module and the device including the module can be applied to emission or reception of invisible electromagnetic wave signals, or can be applied to reception of electromagnetic wave signals in another waveband during displaying.
Description
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Technical field
The present invention relates to a kind of display device, in particular, relate to that a kind of single pixel is monochromatic to be shown and can the number of collection of letters module and comprise the device of this module.
Background technology
Existing daily colorful display screen, the colour of each pixel all simulate out with red (R), green (G), blue (B) three kinds of primary colors, again or simulate the color effect of a pixel with multiple colors such as two looks, three looks.
Yet, eyes are seen the color that is synthesized by three primary colors (two or more colors), be that brain is made the color of coordinating the perception of back institute in fact, this is to allow the force Fuzzy Processing of brain to color, and watch this type of display device for a long time, by it is to watch large display screen, can cause brain stem to be disturbed and eyes disturb and tired, eye and brain all are affected and decline occurs, it also has unhealthy influence to eyes simultaneously, and a lot of young children have brought into use the mobile phone of this kind display mode especially now, flat computers etc. will manifest gradually to child's eyes and moral injury, society to future can cause very big negative effect, but not relevant again at present substitute.
And large-scale display screen, those three primary colors luminous points seem to make us not only not seeing at all, and dizzy sensation is arranged, even watch at a distance, still see three primary colors, just those images of seeing reluctantly.
Summary of the invention
The present invention is with the monochromatic existing single pixel multicolor displaying of replacement that shows of single pixel, provide that a kind of single pixel is monochromatic to be shown and can the number of collection of letters module and comprise the device of this module, changed and shown notion in the past, lowered eyes and head simultaneously because of handling the fuzzy physiological problem of being taken out of of color.
Technical scheme of the present invention is as described below:
A kind of single pixel is monochromatic to be shown and can the number of collection of letters module, it is characterized in that, comprising:
Colour light source, adjacent a plurality of colour light sources produce multiple color of light;
Concentration piece is the convex lens group that a correspondence each colour light source, with the light control that the colour light source of being partial to scattering produces, makes and concentrates the poly-color chips of directive refractive power; The light that different colour light sources is penetrated is done the optically focused processing earlier;
Refractive power gathers color chips, each color of light after optically focused is handled, and each is with a refraction curved surface, and the light refraction that the colour light source that it is corresponding produces is on the same area of the another side (light projector face) of the poly-color chips of refractive power.
The colour mixture screen throws the screen that becomes single color light for each color of light;
Shading layer, making the colour mixture screen reduce the light that come in by the outside influences, thereby forms grid clearly, improves the light and shade contrast, intensifys;
Each color of light that a plurality of colour light sources after optically focused handled produce respectively, project the poly-color chips of described refractive power, enter the refractive power face of the poly-color chips of refractive power then, described each color of light is refracted to the light projector face of the another side of the poly-color chips of refractive power, be close to the colour mixture screen of light projector face, different color of light is mixed into a kind of color at this.
Described a plurality of colour light source can be three primary colors colour light source commonly used, i.e. red light source, green light source, blue-light source.
Further, it also comprises a concentration piece, and it is the convex lens group that a correspondence each colour light source, with the light control that the colour light source of being partial to scattering produces, makes and concentrates the poly-color chips of directive refractive power; The light that different colour light sources is penetrated is done the optically focused processing earlier.
Further, described single pixel monochrome shows and can organize more and close use by the number of collection of letters module, becomes the planar and different shape of Xian Zhuan ﹑.
Further, the poly-color chips of described refractive power is that transparent or semitransparent material forms.
Further, described colour mixture screen can be provided with separately, the light projector face of the poly-color chips of refractive power can also be processed the colour mixture screen.
Further, described colour mixture screen is the treated mute light of Mo Sha ﹑, mute light coating of frosted Tu Ceng ﹑ or fluorescent material coating.
Further, described shading layer is dead color or black light-absorbing material framework or coating.
Contain the monochromatic display device that shows and can the number of collection of letters module of single pixel, it is characterized in that, comprising that the described single pixel of many groups is monochromatic shows and can the number of collection of letters module that it also comprises anti-tampering separate layer, in order to separate every group of single pixel monochromatic show and can the number of collection of letters module to avoid the phase mutual interference.
Further, described anti-tampering separate layer can be the resistance light that adds of any way at interval, again or in the poly-color chips of refractive power and or the every module of concentration piece between produce at interval, on the interval, add the resistance optical processing.
As optimization, it also comprises and is used to control to improve the electronics gray-scale Control Zhuan Zhi ﹐ that the shows contrast application when cooperating shading layer or banning shading layer, described electronics gray-scale Control device carries out gray-scale Control according to display pixel point light intensity to the described monochromatic device that shows and can the number of collection of letters module of single pixel that comprises, and makes its gray scale Bian Dan ﹐ so that bleach when the light source of certain pixel changes bright to the brightest this pixel Be Controlled of Shi Jian ﹐; Make its gray scale deepening so that arrive blackening to this pixel Be Controlled of Hei Shi ﹐ when the light source commentaries on classics of this pixel is dark.
The present invention mainly is the combination of one group of lens and light projector face, the light that colour light source is penetrated is through concentration piece optically focused earlier, utilize the poly-color chips of the refractive power that contains a suite face then, behind the light refraction behind the optically focused of original phase O, project the colour mixture screen, synthetic single color, become each pixel, watch even amplify, or else what see is a pixel three colors, but a pixel one color, like this under micro-gasification process, can allow display device demonstrate more " real effect ", can't see original combination colour again.
Description of drawings
Fig. 1 is preferred embodiment according to the present invention, the structure principle chart of drafting;
Fig. 2 is preferred embodiment according to the present invention, the A-A cross section view of drafting;
Fig. 3 is preferred embodiment according to the present invention, the three-dimensional structure diagram of drafting;
Fig. 4 is preferred embodiment according to the present invention, each component locations graph of a relation of drafting;
Fig. 5 is preferred embodiment according to the present invention, the rectangular color light source applications synoptic diagram of drafting;
Fig. 6 is according to alternate embodiment of the present invention, and other of drafting colour light source shape commonly used Like uses synoptic diagram;
In the drawings, S1, red light source; S2, green light source; S3, blue-light source; 111, concentration piece; 112, the poly-color chips of refractive power; 113, colour mixture screen; 114, shading layer; 115, anti-tampering separate layer;
Embodiment
The present invention provides many details with description, so that reader's thorough embodiment relevant with the present invention, yet, the personnel that are familiar with association area know that inventive embodiments can carry out lacking under one or more detail conditions, or with other device, system, assembly, method, material, parts and other analog carry out together, simultaneously, in other example, known configurations, material or operation be concrete to be shown or describes in detail, with avoid causing the relevant embodiment of the invention obscure or fuzzy.
Below in conjunction with accompanying drawing the embodiment of preferred embodiment of the present invention is done detailed description:
In the preferred embodiment, colour light source adopts adjacent three primary colors colour light source, this module can be used for the colour light source of virtually any size, from reality, if small-sized apparent showing with ﹐ all requires usually as Zhen Dugao, this neighbor distance generally is not more than the distance of light source length, if large-scale demonstration is used, because Jia Ge Gao ﹐ just instead can strengthen this distance sometimes, to reduce the use of module.
As accompanying drawing 1,2,3, wherein, the structure principle chart of the preferred embodiment that accompanying drawing 1 is drawn, accompanying drawing 2 be the A-A cross section view, and accompanying drawing 3 be a three-dimensional structure diagram, and as we know from the figure, a kind of single pixel monochrome demonstration and can the number of collection of letters module comprises:
Colour light source, adjacent three primary colors colour light source, i.e. red light source S1, green light source S2, blue-light source S3;
Refractive power gathers color chips 112, the poly-color chips 112 outside faces of described refractive power are the light projector face, inside one side is the corresponding surface (light face) towards corresponding three kinds of colour light sources, each light face correspondence a refraction curved surface, the light refraction that described refraction curved surface all produces its corresponding color light source is on the same area of light projector face, and the poly-color chips 112 of described refractive power is made for printing opacity or semi transparent material;
It can also comprise a concentration piece 111, the light of colour light source generation was thrown the concentration piece gathering makes described light tool vector-oriented, concentration piece 111 is the convex lens group that a correspondence each color light source, the corresponding color light source control of deflection scattering is made the poly-color chips 112 of concentrated directive refractive power, the light that different colour light sources is penetrated is done the optically focused processing earlier earlier, under the colour light source of some existing light-focusing function, then can omit this assembly concentration piece 111.
Influence for making colour mixture screen 113 reduce the light that come in by the outside, thereby form grid clearly, improve the dark contrast of light, its outer shading layer 114 that also is provided with, described shading layer 114 is dead color or black light-absorbing material framework or coating, we can see that the color of object is because it reflects the light of this color at ordinary times, so we just see the light of this color, if he does not reflect the light of any color object, we just can't see color, so he is exactly a black, so black does not reflect any light, so because black has all absorbed light, other An Se ﹑ light absorbent framework or coating that can play identical effect also can be replaced in equivalence certainly.
The light of three groups of colour light source generations sees through concentration piece 111 makes described light tool vector-oriented, be mapped to the poly-color chips 112 of described refractive power again, enter the refractive power face of the poly-color chips 112 of refractive power then, three beams light is refracted to the colour mixture screen 113 of the another side of the poly-color chips 112 of refractive power, makes three groups of color of light be mixed into a kind of color at this.
Described single pixel is monochromatic to be shown and can the number of collection of letters module, only descried small size luminophor originally, and transformation demonstrates the large tracts of land color face that can be seen.
Described single pixel monochrome shows and can may be used in the multiple display device by the number of collection of letters module, and can use in a device that the single pixel of many groups is monochromatic to be shown and can the number of collection of letters module, the described monochromatic display device that shows and can the number of collection of letters module of the single pixel of many groups that contains, comprise the described single pixel of many groups monochromatic show and can the situation of the number of collection of letters module under, described single pixel monochrome shows and can the several resolution of installing according to the show of the number of collection of letters module group determine, one pixel corresponding one described single pixel is monochromatic to be shown and can the number of collection of letters module, concrete, for example, the display screen of the resolution of 1024*768,1024x768=786,432 Xiang Su ﹐ just will be with the monochromatic modules of 786,432 single pixels.
As optimization, when a plurality of single pixels are monochromatic when showing and can the number of collection of letters module using in the lump, it also comprises anti-tampering separate layer 115, in order to the light source of every group of scattering is separated, to avoid making mutually interference, anti-tampering separate layer 115 can be the resistance light that adds of any way at interval, again or in the poly-color chips of refractive power and or the every module of concentration piece between produce at interval, on the interval, add the resistance optical processing.
Described display device can be applicable to various display device such as general display screen, touch-control display screen, induction display screen, photographic equipment, camera installation, Displaying Meter instrument.
The described monochromatic display device that shows and can the number of collection of letters module of single pixel that contains can add that electronics gray-scale Control device is to cooperate shading layer or to ban the application of shading layer, to intensify, electronics gray-scale Control device carries out gray-scale Control according to display pixel point light intensity to the described monochromatic display device that shows and can the number of collection of letters module of single pixel that contains, arrive the brightest time when the light commentaries on classics of pixel is bright, this pixel is made its gray scale thin out by the control of electronics gray-scale Control device, so that bleach; When the light of this pixel changes dark when black, this pixel Be Controlled makes its gray scale deepening consequently arrive blackening.
Show and when can the number of collection of letters module using in that single pixels of many groups are monochromatic, as there has not been a shading layer, some module is not being lighted down, a large amount of external lights will make colour mixture screen 113 so that the poly-color chips 112 of refractive power be illuminated, but not ash or black, when the module of lighting being arranged with respect to another, even this module is at the brightest state, also can partly illuminate because of the colour mixture screen 113 of external light with whole non-illumination, the contrast of picture will reduce, and also can make the color reduction of colour mixture screen 113, and this electronics gray-scale Control device is exactly with this shading layer 114, in electronically controlled mode, optimize the effect that shows.
As accompanying drawing 4, each component locations graph of a relation of be drawing, shading layer 114, colour mixture screen 113, the poly-color chips 112 of refractive power, anti-tampering separate layer 115 and concentration piece 111 be according to from left to right or from top to bottom setting gradually, and their structure is also all agreed with one by one and adapted.
As accompanying drawing 5,6, be respectively colour light source be shaped as rectangle or effect structure displayed map of the present invention when circular or square commonly used, certainly it does not terminate in this several shapes, described colour light source shape can be Any shape, see through the effect of poly-color chips 112 ﹑ colour mixtures screen 113 of refractive power and shading layer 114, its original colour light source shape will be no longer obvious, according to practicality or aesthetic property, can select different light source forms, as rectangle.
The present invention mainly is the combination of one group of lens and colour mixture screen 113, the light that colour light source is penetrated is through concentration piece 111 optically focused earlier, utilize the poly-color chips 112 of the refractive power that contains a suite face then, after the ray refraction that had originally behind the optically focused of distance, project colour mixture screen 113, synthetic single color, become each pixel, watch even amplify, or else what see is a pixel three colors, but a pixel one color, like this under micro-gasification process, can allow display device demonstrate more " real effect ", can't see original combination colour again.
One or more assemblies of describing in the accompanying drawing of the present invention also can be implemented with more independent or integrated mode, according to serviceability in a particular embodiment, as, single pixel monochromatic show and can the number of collection of letters module can organize more be used in general display screen, LED(light emitting diode) display screen, LCD(LCDs), touch-control display screen, induction display screen, CRT(kinescope), various display device such as projector equipment.
Therefore, when the present invention described herein was relevant with specific embodiment, above-mentioned openly may the needs necessarily revised, various changes and replacement, simultaneously, in some examples, used some feature of inventive embodiments, and not corresponding use does not depart from the further feature of foregoing invention scope and spirit.Therefore, can repeatedly improve, make particular condition or certain material base region according to the invention and spirit.Purpose of the present invention is not subject to the particular term or the open specific embodiment as the best enforcement of the present invention template of use, but the present invention will comprise any embodiment and equivalent that all meets the scope of the invention that reach.
For example, according to practicality and aesthetic property, the colour light source shape can be the circular Xing Zhuan ﹑ square configuration of rectangle Xing Zhuan ﹑ or other attainable mould shapes; The poly-color chips 112 of concentration piece 111, refractive power, colour mixture screen 113 can be with one or more layers transparent or semitransparent materials, shading layer 114 can be selected one deck dead color or black light-absorbing material framework or coating, certainly, other extinction material framework or coating also are fine, as particular design, shading layer 114 also can make electronics gray-scale Control device into and replace or cooperate.
Single pixel is monochromatic among the present invention shows and can the number of collection of letters module be possible be used for any colour light source, also can be used for a plurality of other colour light sources, as dichromatism, the situation of four looks etc., only need by used color, it is just passable to make the poly-color chips correspondence of refractive power into two refraction Qu Mian ﹑ four refraction curved surfaces, and the principle of this module is to be applied to any electromagnetic wave that can be refracted, as: infrared ray, ultraviolet ray ... Deng, though being used for this wave band is can't see, but still purposes is arranged, for example: will not be the electromagnetic wave of a continuous section originally, as: infrared ray and ultraviolet ray are not the electromagnetic wave of a continuous section originally, with this module it is mixed into one group, same position scatters, and becoming can be by the emission/signalling generator of observations such as Other Instruments or equipment.
In addition because the reversibility of ripple, change light source into various sensors (sensor), can be used to do some special sensing purposes, for example: the whole piece screen uses, can be with the module of many refraction curved surfaces, as: three looks that are used for of three refraction curved surfaces show, add a refraction curved surface, be used for the purposes that non-visible electromagnetic wave sensing receives, become the function of reception; Can become the screen that feedback function is arranged, send signal simultaneously again or as Xian Shi ﹑, accept the function of some signal, certainly full wafer all be used for receive different non-visible electromagnetic wave bands with section, again or the single mode group use.
The foregoing description of the embodiment of the invention comprises the content of describing in the summary, is not to be intended to exhaustively maybe invention is restricted in the precise forms disclosed herein.Specific embodiment described herein and only be used for explanation for example, and, according to the understanding of being familiar with the correlative technology field personnel and understanding, can carry out various equivalences in meeting spirit and scope of the invention improves, as indicated such, can make this type of improvement to the present invention according to the foregoing description of the embodiment of the invention, and these improvement will be contained within the spirit and scope of the present invention.
Claims (10)
1. a single pixel is monochromatic shows and can the number of collection of letters module, it is characterized in that, comprising:
Colour light source, adjacent a plurality of colour light sources produce multiple color of light;
Concentration piece is the convex lens group that a correspondence each colour light source, with the light control that the colour light source of being partial to scattering produces, makes and concentrates the poly-color chips of directive refractive power; The light that different colour light sources is penetrated is done the optically focused processing earlier; Refractive power gathers color chips, each color of light after optically focused is handled, and each is with a refraction curved surface, and the light refraction that the colour light source that it is corresponding produces is on the same area of the another side (light projector face) of the poly-color chips of refractive power; The colour mixture screen throws the screen that becomes single color light for each color of light; Shading layer, making the colour mixture screen reduce the light that come in by the outside influences, thereby forms grid clearly, improves the light and shade contrast, intensifys; Each color of light that a plurality of colour light sources after optically focused handled produce respectively, project the poly-color chips of described refractive power, enter the refractive power face of the poly-color chips of refractive power then, described each color of light is refracted to the light projector face of the another side of the poly-color chips of refractive power, be close to the colour mixture screen of light projector face, different color of light is mixed into a kind of color at this.
2. a kind of single pixel according to claim 1 is monochromatic to be shown and can the number of collection of letters module, it is characterized in that, also comprise a concentration piece, it is the convex lens group that a correspondence each colour light source, with the light control that the colour light source of being partial to scattering produces, make and concentrate the poly-color chips of directive refractive power; The light that different colour light sources is penetrated is done the optically focused processing earlier.
3. a kind of single pixel according to claim 1 is monochromatic to be shown and can the number of collection of letters module, it is characterized in that, described single pixel is monochromatic to be shown and can organize more and close use by the number of collection of letters module, becomes the planar and different shape of Xian Zhuan ﹑.
4. a kind of single pixel according to claim 1 is monochromatic to be shown and can the number of collection of letters module, it is characterized in that the poly-color chips of described refractive power is that transparent or semitransparent material forms.
5. a kind of single pixel according to claim 1 is monochromatic to be shown and can the number of collection of letters module, it is characterized in that described colour mixture screen can be provided with separately, the light projector face of the poly-color chips of refractive power can also be processed the colour mixture screen.
6. a kind of single pixel according to claim 1 is monochromatic to be shown and can the number of collection of letters module, it is characterized in that described colour mixture screen is the treated mute light of Mo Sha ﹑, mute light coating of frosted Tu Ceng ﹑ or fluorescent material coating.
7. a kind of single pixel according to claim 1 is monochromatic to be shown and can the number of collection of letters module, it is characterized in that described shading layer is dead color or black light-absorbing material framework or coating.
8. one kind comprises the monochromatic device that shows and can the number of collection of letters module of single pixel, it is characterized in that, comprising that the described single pixel of many groups is monochromatic shows and can the number of collection of letters module that it also comprises anti-tampering separate layer, in order to separate every group of single pixel monochromatic show and can the number of collection of letters module to avoid the phase mutual interference.
9. a kind of monochromatic device that shows and can the number of collection of letters module of single pixel that comprises according to claim 8, it is characterized in that, described anti-tampering separate layer be the resistance light that adds at interval, again or in the poly-color chips of refractive power and or the every module of concentration piece between produce at interval, on the interval, add the resistance optical processing.
10. a kind of monochromatic device that shows and can the number of collection of letters module of single pixel that comprises according to claim 8, it is characterized in that, it also comprises and is used to control improving the electronics gray-scale Control Zhuan Zhi ﹐ that the shows contrast application when cooperating shading layer or banning shading layer, and described electronics gray-scale Control device comprises the monochromatic demonstration of single pixel and device that can the number of collection of letters module carries out gray-scale Control according to display pixel point light intensity to described.
Priority Applications (5)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310067384.4A CN103218953B (en) | 2013-03-04 | 2013-03-04 | Single-pixel single-color displaying and signal receiving module |
| KR1020147010366A KR101649164B1 (en) | 2013-03-04 | 2013-03-28 | A display module having single pixel and single-color and device containing the module |
| JP2015537110A JP6014772B2 (en) | 2013-03-04 | 2013-03-28 | Module capable of receiving and displaying a single pixel and a single color, and an apparatus including the module |
| PCT/CN2013/073297 WO2014134847A1 (en) | 2013-03-04 | 2013-03-28 | Single-pixel single-colour display and signal receiving module and device containing the module |
| US14/353,492 US9310051B2 (en) | 2013-03-04 | 2013-03-28 | Single pixel monochromatic display and signal-receivable module, and a device containing the module |
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| CN201310067384.4A CN103218953B (en) | 2013-03-04 | 2013-03-04 | Single-pixel single-color displaying and signal receiving module |
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| CN103218953A true CN103218953A (en) | 2013-07-24 |
| CN103218953B CN103218953B (en) | 2015-06-03 |
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| CN201310067384.4A Active CN103218953B (en) | 2013-03-04 | 2013-03-04 | Single-pixel single-color displaying and signal receiving module |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016058178A1 (en) * | 2014-10-17 | 2016-04-21 | 黄远潮 | Single-pixel single-colour display and receivable signal module and apparatus comprising same |
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| EP0271313A2 (en) * | 1986-12-08 | 1988-06-15 | Sharp Kabushiki Kaisha | Liquid crystal display device |
| JPH09146089A (en) * | 1995-11-28 | 1997-06-06 | Masahiko Yamamoto | Surface light source for color display device and liquid crystal display device |
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| CN103218953B (en) | 2015-06-03 |
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