Intelligent shielding glasses

Abstract

The invention relates to a pair of intelligent shielding glasses, which comprises lenses, a miniature camera, a miniature computer and a miniature power supply, wherein the miniature power supply is connected with the miniature camera and the miniature computer through a wire; each lens is a transparent display; the miniature camera is arranged on a cross beam between the two lenses, and is connected with the miniature computer arranged on a glasses frame through a wire; the miniature camera shoots a glaring light source, acquires an immediate image and transmits the same to the miniature computer; and the miniature computer carries out calculation on the range and the intensity of the glaring light source, is connected with the lenses through circuits and controls the lenses to display an image for shielding the glaring light source at a corresponding glaring light source position. The pair of intelligent shielding glasses has the advantages that 1, limited and accurate shielding regulation can be carried out in an eye sensing glaring light source range; 2, regulation with different intensities is carried out on light sources with different intensities; 3, manual correction is realized, and the applicability is wider; 4, various shielding effects are realized according to the demands; and 5, the pair of intelligent shielding glasses can be independently used or matched with a pair of glasses for the myopia to use.

Description

Technical field [0001] The invention relates to shielding glasses, in particular to a smart shielding glasses. Background technique [0002] The current anti-glare solution for driving at night is generally to coat a layer of uniform particles on the surface for scattering, or use a voltage-changing material as an interlayer to control lens discoloration by detecting the intensity of the external light source. There are many problems with this, and they have not figured out the true principle of glare when driving at night. Dazzling is the perception of human eyes looking directly at a strong light source. Many studies mistakenly believe that the source of glare observed by the human eye has a difference in light intensity or energy on the lens. In fact, the strong light source is projected entirely and uniformly on the glasses. The intensity of the light received on the glasses is equal and indistinguishable. Therefore, many analysis and processing of the light source projected...

AI Technical Summary

Problems solved by technology

In fact, the strong light source is projected onto the glasses uniformly and uniformly, and the intensity of the light received by the glasses is equal and indistinguishable. Therefore, many methods of analyzing and processing the light source projected on the lenses have very different processing ranges. Accurate, the shielding effect is of course poor

[0003] Any measures taken without facing up to this principle are one-sided and have inevitable disadvantages, such as 1. The entire field of vision is affected, and precise and limited control cannot be performed

2. Control the mechanical curing, and the control intensity cannot be changed due to the intensity of the light source

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