Visual training system suitable for being used together with handheld device

Abstract

A visual training system suitable for being used together with a handheld device can help users to complete multidimensional eye movement, cervical spine movement driven by eyes and / or spine movement driven by eyes. The visual training system comprises an input device, a visual mark point storage device, a visual mark point determining device and a visual mark point display and control device. The visual training system makes remarkable contributions in prevention and treatment of eye diseases such as myopia, and the contributions include that successful experiences are directly learned from clear-sighted humans or animals in nature, by means of the visual training system based on the small handheld screen, more people can enjoy daily vision care provided by the small handheld screen with micro input or low input, reserves of seven kinds of power of the visual training system can be increased comprehensively, pathogenesis of eye diseases such as myopia can be removed three-dimensionally, three requirements for recovering and maintaining good eyesight can be obtained, and normal eyesight of users can be recovered and increased gradually.

Description

technical field [0001] The present invention relates to a vision training system adapted for use with a handheld device. Background technique [0002] In recent years, the incidence rate of myopia remains high. According to the fourth national student constitution survey in 2000, the myopia rate of students in my country is 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. A survey in Hong Kong shows that the myopia rate of elementary school students is very common, and 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 grade of middle school students, and 85% in third grade of high school stud...

AI Technical Summary

Problems solved by technology

[0014] 3. There is a loophole in the visual triple linkage:

[0015] The theoretical basis of the existing binocular imager for the treatment of myopia has a loophole in the three-linkage of the visual system, and the visual system should be five-linkage

The three linkages only have set changes but no perspective changes. When comparing judgments with empirical data, the brain will be confused or have the feeling of being "taken" because there is no perspective change, so it does not support linkage and does not support adjustment (like a fool camera when it lacks important detection information. unable to complete the adjustment

[0016] 4. There is no overall concept of amblyopia treatment and no cause of treatment:

It only pays attention to the activation of optic cells, and does not consider how the activated optic cells and optic nerve cells can continue to work, no longer be inhibited and no longer useless, (the weak point is: the activated optic cells have to Re-enter the inhibition state)

In addition, if image 3 As shown, in the process of activation of the visual cells, a large viewing angle error was made (the viewing angle of the commercially available myopia and amblyopia treatment device is at least 150 minutes above), so that the "needle hole" and "string of beads" have to be used Waiting for home fine vision training and "grating therapy" and "afterimage therapy" to remedy (missing: super fine vision training with small viewing angles)

As a result, the course of treatment is as long as 2 to 3 years, or even 7 to 8 years, and the curative effect is not good, and recurrence is easy

[0018] 5. Only form perception deprivation without corresponding intervention:

[0020] 6. Existing glasses and their usage methods are important reasons why true myopia cannot be cured:

[0029] However, it is not easy for people to let go of traditional concepts immediately. Coupled with product price restrictions, it is difficult to allow more people to use new bionic training to get out of the predicament related to vision in a short period of time.

[0030] At the same time, the six types of bionic training involved in the above five patents are either set in binocular or monocular training equipment within 10cm, or set in a fixed environment beyond 50cm, and have not yet been completed with the help of small hand-held screens in the hands of the public. products for visual training

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