Progressive fogging vision training system and using method thereof

Abstract

The invention provides a progressive fogging vision training system. The progressive fogging vision training system comprises a pair of progressive fogging correcting eyeglasses, a display device and a display driving device, wherein the display driving device is used for generating a dynamic spiral stripe image and inputting the dynamic spiral stripe image into the display device for display; the pair of progressive fogging correcting eyeglasses comprise an eyeglass bracket and multiple lenses of different specifications, and the eyeglasses cover spherical lens, prismatic lenses and cylindrical lens and can be detachably arranged in an eyeglass frame of the eyeglass bracket; and the pair of progressive fogging correcting eyeglasses are worn by a trainer during vision training and assist the trainer in staring at the dynamic spiral stripe image displayed in the display device. The progressive fogging vision training system has the advantages of being high in comprehensiveness, high in individuation degree, good in effect and not easy to cause rebounding of effect. The progressive fogging vision training system is suitable for meeting vision healthcare requirements of primary and secondary school students in large area and can be used for rapidly eliminating pseudomyopia, effectively preventing axial myopia or delaying the deepening of the axial myopia and improving the naked vision of near-sighted persons.

Description

technical field [0001] The invention relates to a progressive fog vision visual training system and a using method thereof. Background technique [0002] Since the reform and opening up, with the overall improvement of my country's economic and cultural construction, the incidence of myopia among teenagers has also increased year by year, especially among primary and middle school students, which has seriously affected the physical fitness of our nationals. In order to curb the increase of the myopia rate among teenagers, various methods and instruments for preventing and treating myopia have appeared on the market, such as acupuncture, massage, magnetic therapy, drug therapy, and optical visual stimulation training. However, these methods and instruments do not take into account the individual differences of myopia patients, resulting in unsatisfactory prevention and treatment effects. [0003] The reason for the formation of myopia has not yet been determined in the world...

AI Technical Summary

Problems solved by technology

[0004] At present, there are many instruments and methods for preventing and treating myopia designed according to the traditional fog vision therapy (that is, the principle of simulating telephoto) on the market. The disadvantages are: 1. When the patient is training, the excitability of the visual cortex cells is not enough, resulting in unsatisfactory results. ;2. All patients only use positive spherical lenses of one degree, and the diopter, eye muscle fatigue, adjustment ability, naked eye vision and physical fitness of each myopic patient are very different. It is obviously not ideal; 3. The training intensity does not follow the gradual method of low first and then high, resulting in poor adaptability of patients

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