Network vision care instrument

Abstract

The invention relates to a network vision care instrument, which comprises a support and a display treatment body. The support is provided with a driving device; the driving device is mutually connected with the output end of the display treatment body; the display treatment body is mutually connected with a cloud server; corresponding three-dimensional (3D) visual physiology images in the cloud server are downloaded and displayed by the display treatment body according to input myopia block signals; and the driving device is controlled to drive the display treatment body displaying the 3D visual physiology images to do a required reciprocating motion on the support. According to the network vision care instrument, the display treatment body displaying the 3D visual physiology images is driven by the driving device to do the required reciprocating motion on the support, so that crystalline lenses of the eyes of a user do a regular focusing motion respectively to enable ocular ciliary muscles to be in a state of shrinkage-relax-shrinkage-relax all along. Through exercise treatment for a period of time, the elasticity of the ocular ciliary muscles can be recovered, and the crystalline lenses are recovered to normal positions, so that the refractive power of an ocular refraction system and the ocular axial length are matched, and objective images accurately form on retinae.

Description

technical field [0001] The invention relates to a health care instrument, in particular to a network eye health care instrument, which belongs to the technical field of eye health care instruments. Background technique [0002] The theoretical basis for the prevention and treatment of myopia is: the triple movement of the internal and external muscles of the eye; that is, when the two eyes look far away, the eye axes of the two eyes spread out, the accommodation relaxes and the pupil dilates; Miosis, which is the main representative of the visual function of the human eye, is also the basis for the prevention and treatment of myopia. Let the eyes look far and near according to the visual target, and let the lens make regular focusing movements. When the target moves from near to far, the ciliary muscle will be pulled to relax slowly, and the lens will return to its original state. position, and when the target moves from far to near, it will slowly contract the ciliary musc...

AI Technical Summary

Problems solved by technology

Continuous improvement and perfection of surgery is a great leap forward in ophthalmology therapy, but its effectiveness does not mean practicality, and it should be considered as routine and popular too early, so it should be cautious; refractive surgery is a kind of optical correction method, which is only a symptomatic treatment , can not prevent the progress of the myopic pathological process

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