Perception correcting and training system on basis of binocular integration

Abstract

The invention relates to a perception correcting and training system on the basis of the binocular integration which comprises an integration perception function checker, an image controller controlled by a computer, an image branching device, 3D (three-dimensional) display equipment, a signal transmitter, 3D spectacles, a signal receiver of the 3D spectacles and a solid figure picture database. Two data buffer regions are arranged in a video card of the integration perception function checker, one of two similar pictures is respectively accommodated in each data buffer region and an initial position of image data can be changed in the buffer regions; the integration perception function checker automatically selects a plurality of training pictures which accord with an integration perception function of a trained person; the image controller controlled by the computer randomly selects the training picture; the image branching device simultaneously sends the solid figure picture to the 3D display equipment and the signal transmitter; and the working efficiency of the signal transmitter is the same with the working efficiency of the signal receiver, or is integral multiples of the working efficiency of the signal receiver. The perception correcting and training system on the basis of the binocular integration is convenient to use and low in cost, and has a good effect of correcting and training the amblyopia or the strabismus.

Description

technical field [0001] The invention relates to a binocular fusion-based perception correction and training system, which is used for checking and training the binocular vision function of strabismus and amblyopia, and performing correction training and treatment. [0002] The term "binocular fusion" refers to the ability of the brain to synthesize the same image from both eyes and form a complete impression at the perceptual level, which belongs to the level II binocular vision function. [0003] The essence of strabismus is the decompensation of fusion function, which leads to deviation of eye position. The fundamental purpose of strabismus treatment is to reconstruct third-level visual function. Fusion training runs through surgical and non-surgical treatment, preoperative and postoperative processes, and fusion training is particularly important for amblyopia treatment. At present, the method of using multimedia to train the three-level visual function in China mostly us...

AI Technical Summary

Problems solved by technology

For example, relatively bulky, bulky, and non-movable hardware devices are required; the size and content of the fusion perception pictures used for inspection and training are fixed; a large amount of space and facilities are required to store pictures of different contents and sizes; the update of pictures , It is inconvenient to replace; it must be operated by others, and it takes time to wait in line at a specific place in order to have the opportunity to receive training and treatment, etc.

[0008] As a result, existing technologies are inconvenient and costly, thereby limiting the possibility of improving vision for as many people as possible

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