Protective anti-blue-ray glasses

Abstract

The invention discloses protective anti-blue-ray glasses, which comprise anti-blue-ray glass frames, wherein anti-blue-ray lenses are arranged on the anti-blue-ray glass frames; two telescopic positioning clamping structures are arranged on the anti-blue-ray glass frames and are used for being correspondingly connected with two glass legs of glasses for the myopia respectively; and a magnetic positioning clamping structure is arranged in the middle of each anti-blue-ray glass frame. According to the anti-blue-ray glasses, the anti-blue-ray glasses are detachably arranged on common glasses for the myopia, so that relatively good protection on eyes can be achieved; eye diseases, such as cataract, visual fatigue, glare and impaired vision are prevented; better switching between the common glasses for the myopia and the anti-blue-ray glasses can be relatively conveniently achieved; and the anti-blue-ray glasses are good in wearing aesthetic property, stable to install, convenient to clean and wide in application range, and can meet the wearing universality for a wearer with the glasses for the myopia and a normal person.

Description

technical field [0001] The invention relates to glasses, in particular to protective anti-blue light glasses. Background technique [0002] Retinal light imaging allows us to see objects. Studies have shown that if photoreceptor cells are exposed to blue light for a long time, the pigment molecules in the cells will trigger a phototoxic reaction, causing macular lesions. The stronger the light, the greater the damage. Therefore, macular degeneration is no longer a patent for the elderly. In today's society, with the change of living habits, people face the stimulation of blue light for a long time (such as computers, TVs, outdoor sunlight, etc.), especially in today's TV and computer popularization. In this era, eye health has become a major issue. [0003] Blue light is visible light with a short wavelength and high energy in visible light. Therefore, it is most likely to be scattered in a non-uniform medium, making the human eye feel blurred in imaging. At the same time, ...

AI Technical Summary

Problems solved by technology

[0003] Blue light is visible light with a short wavelength and high energy in visible light. Therefore, it is most likely to be scattered in a non-uniform medium, making the human eye feel blurred in imaging. At the same time, its high energy will cause great damage to the human eye and aggravate the retina. The generation of macula can lead to cataracts, visual fatigue, glare, vision loss and other adverse effects, increasing the incidence of eye diseases

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