CN2574154Y

CN2574154Y - Optoelectronic dynamic ornament made of optic fibre

Info

Publication number: CN2574154Y
Application number: CN 02282333
Authority: CN
Inventors: 谢明瑞
Original assignee: Individual
Current assignee: Individual
Priority date: 2002-10-25
Filing date: 2002-10-25
Publication date: 2003-09-17
Anticipated expiration: 2012-10-25

Abstract

The utility model relates to an optoelectronic dynamic ornament made of optic fibres. The light source controlled by an electronic circuit flashes according to design program, and the emitted light directly irradiates one head of a set of optic fibres; the other head of the optic fibres penetrates through a lining and surfacing material of clothes, etc. and is extended about 0.5 millimeter on the surfacing material. Line segments of a surfacing material pattern are composed of light spots formed by the optic fibres of the same set, and the shape and the color of the pattern are controlled by the program to present the dynamic pattern.

Description

With the dynamic jewelry of the photoelectricity of optical fiber fabrication

A kind of be used for clothes, shoes and hats, school bag etc., with the dynamic jewelry of photoelectricity of optical fiber fabrication.Belong to photoelectron and light industry processing industry field.

Modern clothing, shoes and hats, school bag, adopt ornamental pattern more and more, these patterns embroider a bit, some is to use versicolor bunting, be designed to various patterns, and then be sewn into the cartoon character that surface, particularly children's clothing, shoes and hats such as clothes, shoes and hats nearly all have children to like.These jewelrys have brought bright-colored color for our life.

The purpose of this utility model, the optical fiber that provides a kind of usefulness of will communicating by letter combines the technology that is applied on traditional clothes, shoes and hats, the school bag with photoelectron, this technology can make existing Costume Pattern, still be the light that all can send different colours night daytime, and can make pattern by establishing the technical scheme that Meter need move.

The technical program is achieved like this, and utilizes the optical fiber in the communications optical cable to have the light of transmission and in transmittance process, almost do not have the characteristic of the loss of light, as luminous point.During actual fabrication, select harder lining for use, be cut into the shape of being a bit larger tham required pattern, then with specific purpose tool with optical fiber, pass lining and lining, the lines of the pattern on the lining promptly are made up of the many formed many luminous points of optical fiber.When this group optical fiber other end is shone by light source, this line segment in the pattern, just form by the many luminous points that send respective color, and whether light source works, each work how long, and by microelectronic circuit control, general light source is all formed to seven, the eight tunnel by two, when each lines in the pattern by designing program when luminous, just formed a width of cloth dynamic pattern.

Provide the explanation of embodiment ， And detail below in conjunction with accompanying drawing.

In the accompanying drawing, lining 1, lining 2 solidifies glue 3, via hole 4, optical fiber 5, snoot 6, light 7, light source 8.

Among the figure, 1. 8. ∽ is in order to say something, optical fiber to be specialized.Press pattern, design and produce a specific purpose tool, (or by hand) pricks out corresponding many via holes 4 on request on lining 1, lining 2, and the size in hole can just be passed an optical fiber 5.With the optical fiber 5 that passes, stay to be exposed at the outer segment length of lining, and then after lining 2 faces stay one section long optical fiber 5, cut off, by pattern optical fiber 5 on the lining 1, identical line segment is tied up to a branch of, as in the accompanying drawing 1. 3. 4. 6. and 2. 5. 7. 8., form grouping.Concentrate in the same snoot 6 with bundle optical fiber, light source 8 is arranged in the cover, snoot 6 is a heat-shrink tube, and heat-shrink tube is after heat treatment fixed fibre bundle and light source.All optical fiber after pressing pattern line segment grouping, again with optical fiber 5, snoot 6, usefulness such as electronic circuit solidify glue 3 bonding, be fixed on the lining 2, and then outside being attached to diaphragm, the lead-in wire and the electronic circuit of light source 8 coupled together.After solidifying glue 3 curing, the optical fiber that lining is outer stays about 03～05 millimeter, and all the other are cut, at last the jewelry that----forms at last with lining, be sewn into clothes, the shoes and hats of required decoration, the relevant position of school bag, again electronic circuit be connected by socket with battery.

Polychromatic source 8 is subjected to the control of electronic circuit, and is glittering by the Automatic Program that designs.Electronic circuit can be made up of one-chip computer, or form by conventional microelectronic integrated circuit, provide unified clock frequency by oscillatory circuit each controller in circuit, make the entire circuit synchronous working, by electronic switch control light source works, the light 7 (seeing accompanying drawing) that light source 8 is launched, shine directly into of optical fiber, and be transferred to the optical fiber other end on the lining with having no loss, this point emits a brilliant light, and luminous point is just formed the pattern line segment on the same group, and alternately luminous according to certain rules, present dynamic pattern, very eye-catching.The curtain of night arrives, and is bright and glittering especially.Therefore the clothes, shoes and hats of this dress ornament etc. are arranged, also just become advertising carrier, and it can be applied in fields such as silk banner, the diploma, nameplate, brand mark.

Claims

1, a kind of dynamic jewelry of photoelectricity with optical fiber fabrication, it is characterized in that optical fiber 5 by specific purpose tool or operation by hand, pass the via hole 4 on lining 2, the lining 1, on lining 1, form luminous point, the pattern line segment on the lining, form by the luminous point that many corresponding optical fiber 5 form, corresponding optical fiber 5 bunchys are in snoot 6, and there is light source 8 other end in the snoot 6, and the work of light source is by electronic circuit control.

2, according to claims 1 described dynamic jewelry of photoelectricity, it is characterized in that solidifying glue 3 optical fiber 5, snoot 6 and electronic circuit etc. are bonded in above the lining 2 with optical fiber fabrication.

3, according to claims 1 described dynamic jewelry of photoelectricity, it is characterized in that whether light source 8 works with optical fiber fabrication, by one-chip computer, or by conventional microelectronic integrated circuit control.

4, according to the described dynamic jewelry of photoelectricity of claims 1, it is characterized in that the length that optical fiber stretches out lining is 03～05 millimeter with optical fiber fabrication.

5, according to claims 1 described dynamic jewelry of photoelectricity, it is characterized in that snoot 6 is a heat-shrink tube with optical fiber fabrication, after heat treatment, fibre bundle and light source are fixed.