Vision Rehabilitation Trainer

Abstract

The invention relates to a vision rehabilitation training instrument, which comprises a head wearing component which is characterized in that two sides of the head wearing component are symmetrically provided with eyeball training indicating devices; an energy supply device is arranged on the head wearing component; energy delivery ends of the eyeball training indicating devices are connected with an energy supply end of the energy supply device, and a control switch is distributed on the energy supply device. Meanwhile, each eyeball training indicating device comprises an angle adjusting component, wherein one end of the angle adjusting component is connected with the head wearing component; the other end of the angle adjusting component is provided with an indicating component; each indicating component comprises a vertically distributed bearing plate; each bearing plate is provided with a plurality of LED (light-emitting diode) indicator lights. Thus, by direct combination with a head part through wearing, the instrument is good in adaptability and comfortable in wearing. Meanwhile, by virtue of the existence of an adjusting arm, the indicating component can be adjusted to a proper position, so that the training requirements of different users can be met. Moreover, by the participation of a timing device, training time is enabled to be controllable.

Description

technical field [0001] The invention relates to a wearable training instrument, in particular to a vision rehabilitation training instrument. Background technique [0002] Eye movement training (referred to as eye training) is a training method based on the physiological and visual characteristics of the human eye. It can significantly improve the comprehensive visual ability of the eye, develop visual potential and improve visual function. It is an effective method. Ways to improve eyesight. [0003] Its main applicable groups are students who overuse their eyes and lack eye movement, computer users, long-term copywriters, and those with visual fatigue. People with myopia and those with decreased eye motor function and adjustment ability. People who lack eye movement and those who are prone to visual fatigue when finely operating distance. Those who want to improve visual function through training. [0004] In order to effectively help the applicable population to impro...

AI Technical Summary

Problems solved by technology

[0017] Although it discloses lithium batteries as power sources, adjustable headbands, LED lights, etc., its core training mechanism is the reflector cup, and it needs a matching reflector to complete the training.

The main purpose is to avoid the adverse effects of direct light on the eyes, and it cannot improve the training effect of eyeball rotation in the proper position.

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