Training apparatus for vision enhancement

Abstract

The invention relates to the technical field of vision enhancement, and discloses a training apparatus for vision enhancement. The training apparatus comprises a shell, a base, support arms, a liftingcolumn, a handpiece, a dynamic monitoring device, a controller and a light source, wherein the handpiece is fixed to the upper parts of the supporting arms; the supporitng arms are connected with thebase through the lifting column; a weak laser module, a dynamic probe, a light-emitting plate, a first controller and a light source are internally arranged in the handpiece; a dynamic monitoring display screen is mounted above the outside of the handpiece; the direction, facing the face, of the handpiece is a front view window, and an eye shade is mounted on the front view window; and a touch display screen is mounted aslant in the direction, facing the front view window, of the base. When the training apparatus for vision enhancement is used, light beams with specific wavelengths in solar rays can be simulated through irradiation, so that increase of amount of production of retinal dopamine is promoted, and the aims of inhibiting abnormal lengthening of optic axis and controlling myopiadevelopment are fulfilled; and in the process, multi-directional training, distance training and lightness training of eye muscles can be added, so that the abilities, including focusing, watching and the like, of the eyes can be enhanced, and therefore, the training apparatus is suitable for preventing, controlling, enhancing and treating myopia, astigmatism, amblyopia, anisometropia and asthenopia.

Description

technical field [0001] The invention relates to the technical field of vision improvement, in particular to a vision improvement training instrument. Background technique [0002] Due to changes in learning and working methods in modern society, the myopia population is increasing day by day, especially the incidence of myopia among teenagers is increasing year by year and remains high. The causes of the formation and development of myopia are diverse, but it is undeniable that if no intervention and improvement are performed when pseudomyopia occurs, it will gradually evolve into true myopia. At present, the control methods for myopia usually include orthokeratology lenses, optical glasses, massage, and equipment, but the control effect of the glasses themselves is limited. The key population of myopia is teenagers who have less time for heavy school work, and the design principles of such equipment are targeted. Weak, long-lasting or inconvenient to use, resulting in limi...

AI Technical Summary

Problems solved by technology

At present, the control methods for myopia usually include orthokeratology lenses, optical glasses, massage, and equipment, but the control effect of the glasses itself is limited. The key population of myopia is teenagers who have less time for heavy school work, and the design principles of such equipment are targeted. Weak, long-lasting or inconvenient to use, resulting in limited control and durability

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