Myopia-amblyopia comprehensive therapeutic instrument consisting of multi-color light source body and control method thereof

Abstract

The invention discloses a myopia-amblyopia comprehensive therapeutic instrument consisting of a multi-color light source body. The instrument includes a main body; the main body is internally providedwith a processor, a support frame, a multi-color light source module and a multi-pattern display module; the multi-color light source module comprises a lamp tube and a multi-light source plate positioned at the tail end of the lamp tube; the lamp tube is fixed on a tube bracket; the multi-pattern display module comprises a display training screen, wherein the display training screen is fixed ona screen bracket, the screen bracket is arranged on a tube bracket, and the front side of the display training screen and the front end of the lamp tube face the same direction; the tube bracket is rotatably connected to the support frame through a rotating shaft, and the multi-color light source module and the multi-pattern display module respectively rotate around the rotating shaft and are switched to the sight area in the main body; and both the multi-light source plate and the display training screen are electrically connected to the processor. The instrument can realize a light source stimulation training function and an image stimulation training function, has high integration level of the whole structure, is convenient to convert among all training functions, and is convenient to operate among visual nerve, perception, eye, hand and brain training items.

Description

technical field [0001] The invention relates to the technical field of medical devices, in particular to a comprehensive treatment apparatus for myopia and amblyopia composed of multicolor light sources and a control method thereof. Background technique [0002] Myopia is caused by many factors. In recent years, many evidences have shown that both environmental and genetic factors are involved in the occurrence of myopia: external causes - looking at things at close range for a long time, make the ciliary muscle in the eyeball lose its elasticity and cause the lens to fail to recover, so myopia occurs. [0003] The eyeball is a biological photoreceptor, and the photoreceptor cells and optic neurons of the fundus are directly affected by the light quality, which directly affects the optic center, and also produces muscle physical synergy. The conversion level of the optical signal plays a decisive role in the nerve center. Stimulate the fundus cells through a specific light...

AI Technical Summary

Problems solved by technology

However, the adjustment and treatment mechanism of the current eye protection

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