CN2683411Y

CN2683411Y - Nano silicon oxide doped organic glass side luminous neon optical fiber

Info

Publication number: CN2683411Y
Application number: CN 03251748
Authority: CN
Inventors: 徐迈; 王平; 王岩
Original assignee: ENTE'ER NEW TYPE MATERIAL Co Ltd CHANGCHUN
Current assignee: ENTE'ER NEW TYPE MATERIAL Co Ltd CHANGCHUN
Priority date: 2003-06-16
Filing date: 2003-06-16
Publication date: 2005-03-09
Anticipated expiration: 2013-06-16

Abstract

Disclosed is a nano silicon oxide doped organic glass side luminous neon optical fiber, belonging to a side luminous neon optical fiber in the technical field of display and illumination. The utility model aims to solve the technical matters that it provides a nano silicon oxide doped organic glass side luminous neon optical fiber. The utility model has the technical proposal that the utility model comprises a battery, a super high luminance LED, nano silicon dioxide mixed with solid organic glass optical fiber or hollow organic glass optical fiber. The super high luminance LED linking to the battery is arranged at one end face of the silicon dioxide mixed with solid organic glass optical fiber or at one end face of the silicon dioxide mixed with hollow organic glass optical fiber. The cavity of the hollow organic glass optical fiber is filled with air and dispensed with vacuum pumping or filling other gas. The neon optical fiber has the advantages of pollution free, low power expenditure, long service life, good flexibility, and is an ideal green neon optical fiber.

Description

A kind of nano silicon luminous rainbow optical fiber of organic glass side that mixes

One, technical field

The utility model belongs to the luminous rainbow optical fiber of a kind of side that relates in demonstration and the lighting technical field.

Two, technical background

Prismy neon bulb is being decorateeed the urban landmark thing, the kitchen window of hotel, the night scene in city decorate colorful excellent, the history of existing decades.Along with progress of science and technology and development.Twentyth century, light transmitting fiber appearred later in the '20s, optical fiber has obtained swift and violent development after the seventies, be mainly used in optical communication, but light conducting signal, with the end input of light signal from optical fiber, be delivered to far other end output, communication quality and efficient are improved greatly, the luminous optical fiber of a kind of side has appearred again in recent years, the feature that not only has general optical fiber, light can be delivered to another end face from an end face, and also send light on its round fiber surface, and the entirely lighting phenomenon appears, and be mainly used in sign and show, illumination, decorate, in the industries such as advertisement, be referred to as rainbow optical fiber by people, flexible good, flexible, moulding, plasticity is strong, impact resistance is strong.Light source place at one end adopts polychrome Colour-changing disk light source.Can realize that an optical fiber has the conversion of multicolour.Therefore, much superior with the moulding that rainbow optical fiber is manufactured neon bulb and neon bulb more than glass tube neon lamp, a lot of application are abroad arranged.

The prior art the most approaching with the utility model is the step change type refractive index rainbow optical fiber that the research and development of Nanjing of China glass fibre research institute are produced.As shown in Figure 1: comprise electrode 1, bulb 2, core material 4, electrode 1 and bulb 2 that cladding 3, refractive index that refractive index is little are big, form light source.This kind rainbow optical fiber is made of two kinds of materials of core-skin.Complex process during manufacturing, the cost height, employed light source generalized case is plain Halogen lamp LED, the power-supply system complexity, there is certain limitation in the life-span of lamp.Influence the effect of optical fiber.

Three, summary of the invention

In order to overcome the shortcoming that prior art exists, the purpose of this utility model is to simplify production technology, reduces cost, pollution-free.Prolong the serviceable life of rainbow optical fiber, the luminous rainbow optical fiber of the silica-doped organic glass side of a kind of novel nano of ad hoc meter.

The technical problems to be solved in the utility model is: a kind of nano silicon luminous rainbow optical fiber of organic glass side that mixes is provided.The technical scheme of technical solution problem as Fig. 2, Fig. 3, shown in: Fig. 2 comprises battery 5, superhigh brightness LED 6, the solid organic glass optical fiber 7 of nanometer titanium dioxide silicon doping; Fig. 3 comprises the air 9 in battery 5, superhigh brightness LED 6, nano silicon doped hollow organic glass optical fiber 8, the hollow organic glass optical fiber 8; Fig. 2 and Fig. 3 relatively, just the mix form of organic glass optical fiber of nano silicon is different, the optical fiber among Fig. 2 is solid, the optical fiber among Fig. 3 is hollow, is air in hollow.

The superhigh brightness LED 6 of connecting battery 5 becomes light source, the superhigh brightness LED 6 that is installed on the end face of the solid organic glass optical fiber 7 of nanometer titanium dioxide silicon doping or connects battery 5 becomes light source, be installed on the end face of nano silicon doped hollow organic glass optical fiber 8, just constituted rainbow optical fiber, in hollow organic glass optical fiber 8 hollow, need not to vacuumize or charge into other gas, the inside is an air 9.

Principle explanation: solid organic glass optical fiber of nanometer titanium dioxide silicon doping or hollow organic glass optical fiber, why can send light from side surface, the entirely lighting phenomenon appears, be owing to control to nanoparticle size and mixed nanometer component ratio, can make the light of the various wavelength of solid or hollow even scattering, cause that people have good radially visual sense feeling to this kind material.Therefore, when an end face solid in the nanometer titanium dioxide silicon doping or hollow organic glass is equipped with light source, import the visible light or the laser of optical fiber, when propagating in optical fiber, scattering uniformly makes optical fiber become passive luminous carrier.Light is sent from the side of optical fiber, and people's visual experience is good.

Good effect: the solid or hollow organic glass optical fiber of nanometer titanium dioxide silicon doping is that a kind of single starting material are made, and technology is simple, cost is low, and this rainbow optical fiber flexibility is good, flexible, moulding, contractibility and good impact resistance.Adopt battery and superhigh brightness LED as light source, the life-span is long, pollution-free, power consumption is low, is ideal green rainbow optical fiber.

Four, description of drawings

Fig. 1 is the structural representation of prior art, and Fig. 2 is a solid rainbow optical fiber structure synoptic diagram of the present utility model, and Fig. 3 is a hollow rainbow optical fiber structure synoptic diagram of the present utility model.

Five, embodiment

Solid rainbow optical fiber is implemented by structure shown in Figure 2, and hollow rainbow optical fiber is implemented by structure shown in Figure 3, and battery 5 adopts dc-battery.Light source adopts superhigh brightness LED 6, and the fiber optic materials nano silicon doping organic glass that the entire body side is luminous adopts solid organic glass optical fiber 7 or hollow organic glass optical fiber 8, and the radial dimension and the length of its optical fiber are set as required.

Claims

1, a kind of nano silicon luminous rainbow optical fiber of organic glass side that mixes, comprise light source and optical fiber, the superhigh brightness LED (6) that it is characterized in that connecting battery (5) becomes light source, is installed on to constitute rainbow optical fiber on the end face of the solid organic glass optical fiber of nanometer titanium dioxide silicon doping (7).

2, a kind of nano silicon luminous rainbow optical fiber of organic glass side that mixes, comprise light source and optical fiber, the superhigh brightness LED (6) that it is characterized in that connecting battery (5) becomes light source, be installed on the end face of nano silicon doped hollow organic glass optical fiber (8), just constituted rainbow optical fiber, in hollow organic glass optical fiber (8) hollow, need not to vacuumize or charge into other gas, the inside is air (9).