Vision maintenance method and equipment based on retina ATP light wave energy complementing technology

Abstract

The invention discloses a vision care method based on a retina ATP (adenosine triphosphate) light wave energy complementing technology, which comprises the following steps of: irradiating narrow-band light waves with the main spectrum peak wavelength of 670nm to corneas of eyes of a user at set time and set intensity to promote mitochondria in the retina of the eyes to generate adenosine triphosphate molecules; and the eyes are helped to improve the capability of resisting natural decline. The invention further discloses vision maintenance equipment based on the retina ATP light wave energy complementing technology, which is used for realizing the vision maintenance method based on the retina ATP light wave energy complementing technology, and is characterized in that narrow-band light waves with the main spectrum peak wavelength of a wave band of 670nm are irradiated on corneas of eyes of a user at set time and set intensity; the composition can promote mitochondria in the retina of the eyes to generate adenosine triphosphate molecules, helps the eyes to improve the capability of resisting natural decline, and achieves the purposes of relieving visual decline of the eyes, improving the vision level of people, effectively improving the color contrast of the eyes and relieving eyestrain.

Description

technical field [0001] The invention relates to a vision maintenance method, in particular to a vision maintenance method and equipment based on retinal ATP light wave energy supplementation technology, which is applied in the field of eye care. Background technique [0002] All cells in our body now contain mitochondria, tiny mitochondrial factories that produce a molecule called adenosine triphosphate, or ATP, that fuels our cells. As we grow older, our mitochondrial function will gradually decline. Therefore, the reduction of ATP will also lead to the decline of cell function, especially the decline of ATP in retinal cells, which will make the retina age very quickly. According to research, in our human eyes The ATP produced by the photoreceptor cells in the human body will drop by as much as 70% in a lifetime. [0003] Mitochondrial function is enhanced by upregulation of genes involved in mitochondrial energy and production of intracellular protective substances agains...

AI Technical Summary

Problems solved by technology

[0005] Aiming at the above-mentioned problem that people in the prior art look directly at the sun and are greatly affected by the brightness of the sun, the vision of the eyes will be reduced, and the eyesight cannot be effectively alleviated. The present invention provides a technology based on retinal ATP light waves. The eyesight maintenance method and equipment irradiate the cornea of ​​the user's eye at a set time and set intensity through narrow-band light waves with a peak wavelength of 670nm in the main spectrum to promote the production of adenosine triphosphate molecules by the mitochondria in the retina of the eye and help the eye to improve immunity. The ability of natural decline can alleviate the visual decline of the eyes, thereby improving people's vision level, while effectively improving the color contrast of the eyes, and achieving the purpose of relieving eye fatigue

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