Binocular Eye Axis Balance Myopia Therapeutic Instrument Based on Red Light Laser Irradiation

Abstract

The invention discloses a binocular eye axis balance myopia treatment instrument based on red light laser irradiation, which relates to the technical field of myopia treatment instruments, and solves the problem that the intensity of red light irradiated on different eyes cannot be adjusted according to the myopia degree difference of the user's eyes. question. A binocular eye axis balance myopia treatment device based on red light laser irradiation, including a control module, a calculation module, a storage unit, a laser driver, a timer element, and two red light emitting units. Using the treatment device includes the following steps: storing the difference Contrast data; store eye axis data of both eyes; send power enhancement data; start the red light emitting unit; turn off the red light emitting unit by timing; extend the use time interval. According to the difference in the axial length of the user's eyes, the light intensity of the red light irradiated on different glasses of the user can be adjusted, the use effect can be improved, and the red light irradiated on different eyes can be adjusted according to the difference in the degree of myopia of the user's eyes. Advantages of light intensity.

Description

technical field [0001] The invention relates to the technical field of myopia treatment instruments, in particular to a binocular eye axis balance myopia treatment instrument based on red light laser irradiation. Background technique [0002] In recent years, the incidence of myopia in my country has shown an obvious upward trend, and myopia has become a major public health problem affecting the eye health of Chinese citizens, especially adolescents. At present, there are various products for the treatment of amblyopia and myopia. Since 2010, the use of red laser as a treatment method for shortening the eye axis has become more and more recognized in the industry. In order to improve the inconvenience caused by myopia, a myopia treatment instrument has appeared on the market, which has the function of improving eye myopia. The myopia treatment instrument irradiates the choroid of the user's eye with red light (generally using red light waves with a wavelength of 630nm to 66...

AI Technical Summary

Problems solved by technology

[0003] However, in the actual use process, because people's binocular myopia degrees are often inconsistent, the existing myopia treatment devices on the market cannot adjust the light intensity of the red light irradiated on the different eyes of the user according to the difference in the degree of myopia of the user's eyes.

Therefore, after using the myopia treatment device, the user's eyes will still have relatively poor vision, resulting in unsatisfactory results.

Therefore, there is a problem in the prior art that the light intensity of the red light irradiated on different eyes cannot be adjusted according to the myopia degree difference of the user's eyes.

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