CN102937729A

CN102937729A - Laser development method for filtering, optical conducting and color matching by utilizing nano materials

Info

Publication number: CN102937729A
Application number: CN2012105222470A
Authority: CN
Inventors: 不公告发明人
Original assignee: Individual
Current assignee: Individual
Priority date: 2012-12-07
Filing date: 2012-12-07
Publication date: 2013-02-20

Abstract

The invention relates to an optical developing technology, and mainly relates to a development body manufactured by adopting nano materials and a development method by means of an optical conduction or optical excitation technology. A development display mainly comprises the development body, an electric conducting layer, an optical conducting layer, a filtering layer, a regulating layer and a protective layer, and is provided with a chip storage device, a panel touch system, an input and output interface and an auxiliary device, and an area capable of being spliced and trimmed is preinstalled. The development display can be spliced so as to expand the development amplitude, and a small development display can be trimmed after partial damage, and other necessary equipment can be externally connected. The development display manufactured by the method is ultrathin, low in consumption, flexible, and clear in development.

Description

The laser developing method of applying nano materials optical filtering, leaded light, toning

Technical field

The invention belongs to the optics imaging technique, mainly refer to the laser developing method of applying nano materials optical filtering, leaded light, toning.

Background technology

The wavelength coverage of ruddiness is about 620 to 750 nanometers, and the wavelength coverage of green glow is about 500 to 580 nanometers, and the wavelength coverage of blue light is about 430 to 480 nanometers, divides the filter natural light can form the three primary colors light source by monochromatic wavelength difference.

Adopt nano material can make meticulous conduction, optical material, several nanocrystals have unique photoelectric effect.

But light transmitting fiber multipath transmission light signal, transmission speed is fast, loss is little, can make small laser with light-guide material.

Summary of the invention

The present invention relates to the optics imaging technique, a kind of employing nano material of article is made the video picture body, by the method that light conducts or the optical excitation technology is carried out video picture, uses the super book of picture screen, low consumption, pliable and tough that described method is made, and video picture is clear.

Main technical schemes of the present invention: make picture screen, comprise video picture body (1), conductive layer (2), optical waveguide layer (3), filter layer (4), adjust layer (5), protective seam (6).Described video picture body adopts nano material to make, divide three photospheres according to blue light, green glow, ruddiness three coloured light wavelength difference, bottom or the top of each layer are equipped with light transmitting fiber, blue, green, red trichromatism light can import and conduction via light transmitting fiber, the space-filling of each layer has each other the relatively nanocrystal of insulation, all nanocrystal links to each other with conductive layer, and is luminous with excited state when electric charge imports into; Be respectively arranged with conductive layer and optical waveguide layer in three photospheres of video picture body, and be connected to IO interface; Conductive layer arranges filter layer outward, and the ruddiness in the lamp (7), green glow, blue light are received into respectively three photospheres, and other light is then filtered; Filter layer is outside equipped with adjusts layer; The adjustment layer is outside equipped with protective seam and makes shell.

Described picture screen also is provided with necessary chip memory, panel touch system, IO interface and auxiliary equipment, be preset with zone sliceable, that can cut, sliceable to enlarge the video picture breadth, can after part damage, cut out little picture screen, also can external image translation device, sound device, Laser Modulation demodulated equipment, charging electric energy storage device.

Description of drawings

Fig. 1 is the structural representation of described picture screen, wherein: 1-video picture body (1[B] be blu-ray layer, 1[G] be the green glow layer, 1[R] be the ruddiness layer), 2-conductive layer, 3-optical waveguide layer, 4-filter layer, 5-are adjusted layer, 6-protective seam, 7-lamp.

Image and the video signal after modulation is imported by conductive layer, and the laser after modulation is imported by optical waveguide layer, imports synchronously three coloured light layers of video picture body.Receive the nanocrystal that ruddiness in the lamp, green glow, blue light are arranged under the electric charge that signal characteristic is arranged excites, to send laser in the video picture body, after crossing with the laser that imports, present vivid spot, and then finish videograph process.

The technical scheme that more than provides and structural representation only belong to the main technical schemes of disclosed developing method, and all employing nano materials are made picture screen and adopted the light conduction technique or the method for crystal laser video picture all is subjected within the present invention protects.

Claims

1. relate to the optics imaging technique, refer to that mainly applying nano materials filters, leaded light, the laser developing method of toning, main technical schemes is: make picture screen, comprise video picture body (1), conductive layer (2), optical waveguide layer (3), filter layer (4), adjust layer (5), protective seam (6), described video picture body adopts nano material to make, according to blue light, green glow, ruddiness three coloured light wavelength difference are divided three photospheres, bottom or the top of each layer are equipped with light transmitting fiber, blue, green, red trichromatism light can import and conduction via light transmitting fiber, the space-filling of each layer has each other the relatively nanocrystal of insulation, all nanocrystal links to each other with conductive layer, and is luminous with excited state when electric charge imports into; Be respectively arranged with conductive layer and optical waveguide layer in three photospheres of video picture body, and be connected to IO interface; Conductive layer arranges filter layer outward, and the ruddiness in the lamp (7), green glow, blue light are received into respectively three photospheres, and other light is then filtered; Filter layer is outside equipped with adjusts layer; The adjustment layer is outside equipped with protective seam and makes shell.

2. also be provided with necessary chip memory, panel touch system, IO interface and auxiliary equipment at picture screen according to claim 1, be preset with zone sliceable, that can cut.