A training system for improving naked eye vision

Abstract

A training system for improving naked-eye vision adopts the training glasses equipment body as a training carrier; a control software unit programmed based on Gabor function theory is installed in a main control system of a control circuit board of the training glasses equipment body; the control software unit includes timing Sub-unit and output sub-unit; the output sub-unit is divided into positive third gear and negative third gear output, the diopter of the movable lens moving towards the front side end and the rear side end by one gear is 0.25D. The control software of the invention can control the formation of different focal lengths between the movable lens and the fixed lens of the training glasses equipment body, and the movement of each gear can be completed in different times, so that the motor deceleration mechanism can work under the stepless speed regulation, and the training of the eyes The trainer can get effective visual training in different focal depth ranges, so that the trainer's brain has the ability of image processing. recovery provided technical support.

Description

technical field [0001] The invention relates to the technical field of vision treatment, in particular to a training system for improving naked eye vision. Background technique [0002] Due to the great pressure of study and work in modern society, more and more people suffer from vision problems such as myopia, presbyopia, and amblyopia. In the current technology, methods such as wearing glasses, surgery, visual function, physiotherapy and the like are generally used to restore vision. Wearing glasses can only achieve vision recovery under the condition of wearing eyes, which has the disadvantage of treating the symptoms but not the root cause. When people do not wear glasses, their vision will be affected, so there are limitations in their application. Although surgery can fundamentally improve vision, because the use of laser surgery and other treatments for myopia is an emerging technology, many potential risks have not yet been revealed, and whether it will affect visi...

AI Technical Summary

Problems solved by technology

Since the existing training glasses equipment can only be trained in the two modes of foggy vision and best vision (the focal depth between the best vision and blurred vision is not effectively trained within a certain range), the brain integrates the optic nerve The reaction speed becomes slower and the fault tolerance becomes lower. When actually seeing objects with the naked eye, within a certain range of depth of focus that should be able to clearly see objects, they cannot effectively see objects clearly, which will affect the visual recovery of trainers.

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