Comprehensive visual training system based on biological mechanism stimulation cooperation

Abstract

The invention provides a comprehensive visual training system based on biological mechanism stimulation cooperation, relates to the technical field of visual training equipment, and solves the problem that the visual function of human eyes is limited due to the lack of a comprehensive visual training system or method integrating fovea central vision, wide-angle visual field peripheral vision and assisting coordination between the fovea central vision and the wide-angle visual field peripheral vision at present. A visual biological information stimulation model is generated by using a biological stimulation model target generator, and dynamic balance between spatial visual perception taking self as the center and spatial visual perception taking an object as the center is achived; a contrast sensitivity conversion module is used for converting the contrast sensitivity of the interactive target vision biological information stimulation model, the contrast sensitivity dependence of peripheral vision input on central vision input in the comprehensive vision training process is changed, and coordination training is carried out on human eye central vision and visual field peripheral vision at the same time.

Description

technical field [0001] The invention relates to the technical field of visual training, and more specifically, relates to a comprehensive visual training system based on biological mechanism stimulation coordination. Background technique [0002] The human visual function is divided into two parts: the central vision function and the peripheral vision function. The central vision is used to provide accurate and detailed visual content, while the peripheral vision can provide pictures with a wide-angle field of view. The difference in visual acuity between the two leads to the fovea of ​​the retina Rendering, the fovea of ​​the macular part of the retina is the most sensitive part of the retina, and occupies an extremely important leadership position in visual function. The pictures provided by the peripheral vision and the pictures of the central vision complement each other, providing a perfect picture for what the human eye sees. screen. [0003] Studies have shown that c...

AI Technical Summary

Problems solved by technology

[0004] In order to solve the current problem of limited human visual function due to the lack of a comprehensive visual training system that integrates foveal central vision, wide-angle peripheral vision and auxiliary coordination between the two, the present invention proposes a comprehensive visual training based on biological mechanism stimulation coordination The system provides coordination training for the central vision of the human eye and the peripheral vision of the field of vision at the same time

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