Illumination solution method of full-spectral-domain continuous spectrum

Abstract

The invention provides an illumination solution method of full-spectral-domain continuous spectrum, which comprises the following steps of: firstly, synthesizing to obtain a white light substrate chipby using a YAG + blue light LED chip; secondly, filtering the white light substrate chip by using filtering materials with different light colors, the filtering materials with different light colorscomprising at least four filtering materials with different light colors; then, using two groups of yellow and green filtering materials for filtering, and maximizing the combination of the parts; adding chips with infrared rays of 850nm, 880nm and 940nm into the visible light, and filtering the chips with the infrared rays of 850nm, 880nm and 940nm by using an infrared filtering material; finally, mixing and integrating all the monochromatic light sources into white light, the effects of a panchromatic domain, a continuous spectrum and a smooth wavelength curve can be obtained through the illumination solution method of the full-spectrum-domain continuous spectrum, natural light is simulated to the maximum extent, the infrared physiotherapy effect is maximized, and full-spectrum-domain illumination is achieved.

Description

technical field [0001] The invention relates to the field of electronics, in particular to a lighting solution for continuous spectrum in the full spectrum domain. Background technique [0002] At present, most household lighting systems use the method of RGB or blue LED chip + YAG, but the result of this method is: the continuity of the lighting spectrum is discontinuous; the lighting spectrum is not a full-color gamut lighting method; the blue light damage is inevitable, Compared with natural light (sunlight), such a light source lacks a variety of light colors or bands, and has no near-infrared light source, so it will increase the fatigue of the human eye and cause inevitable blue light damage. Therefore, the pursuit of continuous spectrum in the full spectrum domain Lighting has always been the vision of the lighting industry and the market. How to create a healthier and more comfortable light environment has become a hot spot of social concern. Contents of the invent...

AI Technical Summary

Problems solved by technology

[0002] At present, most household lighting systems use the method of RGB or blue LED chip + YAG, but the result of this method is: the continuity of the lighting spectrum is discontinuous; the lighting spectrum is not a full-color gamut lighting method; the blue light damage is inevitable, Compared with natural light (sunlight), such a light source lacks a variety of light colors or bands, and has no near-infrared light source, so it will increase the fatigue of the human eye and cause inevitable blue light damage. Therefore, the pursuit of continuous spectrum in the full spectrum domain Lighting has always been the vision of the lighting industry and the market. How to create a healthier and more comfortable light environment has become a hot spot of social concern.

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