Manufacturing method of color visible light-focusing line and its device

Abstract

This invention relates to a manufacturing method for visible light-gathering row. A new color visible light emitting unit of three primary colors or multiple primary colors generates color visible lights with their own focusing abilities. Each emitting light unit generates focusing points, which forms a continuous parallel line provided to a beam light mirror, beam light slit and a mirror arc three prism to be reflected by the prism to generate video images.

Description

technical field [0001] The invention relates to a manufacturing method and device for producing colored visible light rows and condensing the colored visible light rows into a focusing point row, in particular to a method and device for making a colored visible light concentrating row from three primary color light-emitting tube rows and condenser mirror rows. technical background [0002] At present, there are many three-primary-color light-emitting devices, but most of them are composed of three-primary-color discrete components or three-primary-color high-power components, resulting in large volume and power consumption, which is neither convenient for portability nor integration. The degree of uniformity is different. To meet the requirements of producing colored visible light arrays, multiple sets of discrete components are required to form three primary color light emitting units, and the produced colored visible light arrays also have no light-gathering performance. T...

AI Technical Summary

Problems solved by technology

[0002] At present, there are many three-primary-color light-emitting devices, but most of them are composed of three-primary-color discrete components or three-primary-color high-power components, resulting in large volume and power consumption, which is neither convenient for portability nor integration. The degree of uniformity is different. To meet the requirements of producing colored visible light arrays, multiple sets of discrete components are required to form three primary color light emitting units, and the produced colored visible light arrays also have no light-gathering performance. The colored visible light row condenses light into a colored visible light condensing row, resulting in large volume and power consumption, and the generated colored visible light is not uniform. It is a problem to be solved that the colored visible light condensing row meets the specific requirements, and makes the three-primary-color light-emitting tube row and the condensing mirror row device miniaturized, and is easy to be integrated in other objects, and produces uniform colored visible light condensing lines.

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