Laser and airbag double-acting myopia rehabilitation instrument

Abstract

The invention discloses a laser and airbag double-acting myopia rehabilitation instrument, which comprises a bracket, laser generators, a plurality of laser emergent holes and airbags, wherein the bracket is used for being worn at an eye position on a human face, and the bracket comprises a left bracket corresponding to a human left eye and a right bracket corresponding to a human right eye, the left and right brackets are each provided with the airbags, the laser emergent holes are formed in the left and right brackets, the airbags are arranged at positions corresponding to the human eyes, and the laser emergent holes are correspondingly arranged at positions above and below eyes corners on the periphery of the human eyes. The laser of the laser and airbag double-acting myopia rehabilitation instrument penetrates deep into acupuncture points for stimulating nerves at the acupuncture points, promotes blood circulation of the eyes, improves microcirculation, activates optic nerve cells,and has obvious physiotherapeutic effects on vision recovery and eye health care. In addition, the airbags are arranged for pressing the eyeballs sequentially to compress ciliary muscles and extraocular muscles of the eyes, so that to relax the eyes, improve blood circulation, and promote the rehabilitation of pseudo-myopia.

Description

technical field [0001] The invention relates to the technical field of rehabilitation therapy for myopia, in particular to a laser airbag double-acting myopia rehabilitation instrument. Background technique [0002] Myopia is generally divided into pseudo-myopia and true myopia and mixed myopia. Pseudo-myopia is the continuous contraction and spasm of the ciliary muscle caused by overuse of the eye for a long period of time, often in a state of tension, resulting in an increase in the thickness of the lens, a decline in the accommodation function, and a strong inflection of the convex lens, and the focus of the light emitted by the object Instead of falling on the retina, it falls in front of the retina, causing blurring of objects perceived by the optic nerve. If pseudo-myopia is not relieved in time, it will eventually lead to the enlargement of the eye axis and become true myopia. With people's dependence on electronic products, pseudo-myopia is increasing. Due to vario...

AI Technical Summary

Problems solved by technology

At present, the rehabilitation treatment of pseudomyopia is mainly divided into surgical treatment and physical therapy, but it has been proved that the rehabilitation method of surgical treatment has a relatively high risk, while the existing rehabilitation methods of physical therapy mostly use vibration methods such as massage to relieve eye fatigue, and the effect is relatively low. Difference

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