Eagle-like stereo eye muscle training device and use method thereof

Abstract

The invention relates to an eagle-imitated three-dimensional eye muscle training device and a method for using the same. The device introduces the biomimic concept to the design of a reciprocating guide device and the training process to make a close point closer, a far point farther and sight deeper. The device overcomes the disadvantages of the prior art: (1) the device has overlarge size and cannot enter every household and cannot be carried along; (2) in the process of using the instrument, a visual target has no dynamic feeling, and eyeballs have low catching desire to the visual target; (3) the device has suspicion of potential harm to human organs for long-time staring; and (4) four of six extraocular muscles have no training opportunity and other three disadvantages.

Description

Technical field: [0001] The invention relates to a device for preventing and treating eye diseases such as myopia by using an ecological imitation method. Background technique: [0002] According to the latest statistics from the state: there are 350 million people with myopia in my country; the fourth national student physique survey in 2000 showed that the myopia rate of students in my country was 20.23% for primary school students, 48.18% for junior high school students, 71.29% for high school students, and 73.01% for college students. According to a survey in Hong Kong, the myopia rate of primary school students is very common. The myopia rate of primary school students in the sixth grade is as high as 60%, which is twice as high as that in New York. It is estimated that the myopia rate of middle school students is as high as 75%. The myopia rate of students in Taiwan is also very high, 12% of elementary school students in first grade, 55% in sixth grade, 76% in third gr...

AI Technical Summary

Problems solved by technology

However, the above-mentioned invention is the same as all instruments for treating eye diseases such as myopia with light at close range. There is still a problem of how to overcome psychological barriers and connect the training results of the instrument with the actual eyes of the user.

CN200620041711.4 eye upper and lower oblique muscle trainer, CN200720093111.7 extraocular muscle vision trainer can solve the above problems correspondingly, but the problem that it exists is that 1. the volume is too large to enter thousands of households, and it cannot be carried; 2. although the instrument is in the Constantly reciprocating in a straight line, but from the perspective of the user, the visible markers become larger and smaller for a while, without any sense of movement, and the eyeballs have a greater desire to capture moving things: ③Gaze and become bigger for a while One point, smaller for a while, no dynamic visual markers, easy to cause eye muscle fatigue, and long-term staring may cause potential damage to human organs: ④In addition to the upper and lower oblique muscles, the extraocular muscles include the superior rectus and inferior rectus Rectus muscle, medial rectus, and lateral rectus also play a very important role in the process of target search and fixing the searched target in the fovea of ​​the retina, but these two patents do not involve the training of the other four extraocular muscles

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