Detecting and training system for binocular fusion function

Abstract

The invention discloses a detecting and training system for a binocular fusion function. A group of red and green fusion pictures including images, such as animals, plants, Chinese characters, letters and numbers, are designed through the touch screen control technology according to fusion demand; fusion capacity is trained through a point contact or sliding touch method according to a red and green complementary principle; relevant data is recorded into a memory and is transmitted to a doctor client through a wireless network transmission device, so that the purpose that a doctor remotely monitors and guides the detecting and training of the fusion function of a patient is realized. By performing convergence and divergency capability training on recessive strabismus, intermittent strabismus and postoperative residual strabismus, the system improves the fusion function, and further promotes the recovery of stereoscopic vision. The therapy is further applicable to the improvement and treatment of myogenic asthenopia.

Description

technical field [0001] The present invention utilizes human-computer interaction technology including touch screen control technology, and uses the principle of red and green complementarity to train the convergence and divergence capabilities of the eyes and expand the range of fusion images. The present invention is a detection and training system based on the binocular fusion function, which consolidates the fusion function by enlarging the fusion reserve range of hidden strabismus, intermittent strabismus and postoperative residual small-angle strabismus, and avoids stereopsis after decompensation. Loss of function; the symptoms of myogenic visual fatigue can also be improved by increasing the range of fusion reserve. It is an instrument for checking and training the binocular fusion function of strabismus and myogenic asthenopia. Background technique [0002] "Binocular fusion" refers to the ability of the brain to synthesize the same images from both eyes and form a c...

AI Technical Summary

Problems solved by technology

For example, the classic synopic machine cannot be popularized in families due to its strong professionalism, complicated operation, and high price; secondly, as far as the existing synopic machine inspection and training technology itself is concerned, the fusion of pictures is monotonous and the size is fixed, and it is impossible to complete different gaze areas of the fundus (anatomy). part) continuous switching of fusion functions; another example is the increase in the number of patients with visual fatigue caused by the increase in the frequency and intensity of modern people's close-up eyesight, and there is no ideal device for improvement and treatment; fusion for inspection and training The pictures are all realized by cards with images. The size and content of each card are fixed. If you need to change different pictures, you need a lot of space and facilities to store cards of different contents and sizes.

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