Strengthened automatic photothermal exercise instrument for eye muscle

Abstract

The invention relates to a strengthened automatic photothermal exercise instrument for eye muscle. The exercise instrument comprises a closed cavity provided with a front face plate (3) and a rear face plate (5); the rear face plate (5) is an arc vertical plate in fit with the shape of a human face; a controller and a motion photothermal generation device connected with the controller are arranged in the closed cavity; six groups of motion photothermal output holes (6) respectively formed in a left side and a right side are formed in the rear face plate (5) of the closed cavity; the positionsof the six groups of the motion photothermal output holes (6) respectively correspond to the positions of six acupoints around a human eye; the central part position of a motion photothermal output area (7) is provided with a plurality of automatic tracking motion guide lights (8) arranged according to a rule; and the automatic tracking motion guide lights (8) are respectively connected with the controller. By adopting the exercise instrument, the eyeball stretching and fixed unbalance of the external eye muscle caused by long-time fixing can be prevented better, the eye muscle tension of an eye can be effectively balanced, and normal refraction is kept.

Description

technical field [0001] The invention relates to an eye muscle exercise device, in particular to an enhanced photothermal eye muscle automatic exercise device. Its main function is to enhance the balance movement of extraocular muscles and ensure normal refraction of the eyes. Background technique [0002] The completion of eye movement in different directions mainly depends on the coordination of the six extraocular muscles of the eyeball wall. Lesions of the extraocular muscles are mainly manifested as esotropia, exotropia, upward strabismus, and downward strabismus. In addition, modern ophthalmology studies have shown that the extraocular muscles pull the eyeball wall, which affects the shape of the eyeball, indirectly affects the refracted light that reaches the cornea after reflection, and has an important relationship with the curvature and axis of astigmatism in the cornea. In addition, the stretching of the extraocular muscles also has a synergistic effect on the adj...

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Problems solved by technology

[0004] Since the exerciser is separated from the rectus oculi movement guiding light by a certain distance during use, and both the eyes and the guiding light are in an open bright light environment, on the one hand the eye muscle movement training is easily disturbed by the outside world, on the other hand, For teenagers and children who are one of the main groups of people who use this type of device, the consciousness of exercise is not high, and their attention is easily distracted. In many cases, satisfactory exercise effects cannot be obtained. Therefore, the eye muscle exercise apparatus described In actual use, the effect is greatly reduced

[0005] In addition, the principle of this prior art is to guide the eyeball movement so as to achieve the purpose of eye muscle exercise, because it does not aim at the long-term stretching of the eye muscle exercise in ischemia and hypoxia while performing microcirculation to improve the effect of eye muscle exercise also often unsatisfactory

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