Glasses based on digital intelligent virtual three-dimensional stereoscopic image technology and for visual detuning monitoring and rehabilitation training

Abstract

The invention discloses glasses based on a digital intelligent virtual three-dimensional stereoscopic image technology and for visual detuning monitoring and rehabilitation training. The glasses comprise a large wide angle depth-of-field adjustable optical imaging system, a digital intelligent main control system, an interaction communication system with a mobile terminal and a power source system. As to the glasses, through the intellectualized digital three-dimensional image technology and optical design, a large wide angle virtual three-dimensional stereoscopic depth scene is manufactured;through interaction communication with the mobile terminal, a special APP controls all stereoscopic picture and video playing functions and related interaction operations for visual detuning monitoring and rehabilitation training of the glasses, and the glasses are provided with a software program for conducting vision and a color blindness and color amblyopia examination on a user and have an interaction communication capacity with a cloud side and a doctor, can conveniently conduct vision detection and rehabilitation training on the user at home, comprise depth-of-field adjustment, angle-of-view adjustment, reaction adjustment, contrast ratio adjustment and the like and help the user to solve all visual detuning problems.

Description

technical field [0001] The invention relates to the technical field of biomedical optoelectronics, in particular to glasses for visual disorder monitoring and rehabilitation training based on digital intelligent virtual three-dimensional image technology. Background technique [0002] About 25% of the world's population has visual disorders of one kind or another. Low vision affects their quality of life and work, as well as employment and career choices, and if not handled properly, it may also lead to the risk of blindness in their later life. The so-called visual disorders refer to problems such as strabismus, amblyopia, insufficient eye adjustment, and narrow visual field. These problems, in addition to being due to problems with the eye itself (such as misalignment of visual channels, differences in refractive index, defects or damage, etc.), are also related to the learning and perceptual processing functions of the brain. Therefore, in addition to eye-related treatm...

AI Technical Summary

Problems solved by technology

Existing visual training devices are basically of the scale-based or focusing-box type. These training devices generally require medical staff to manually adjust the focus or move the visual target. The operation and training process is complicated and cumbersome. Users, especially children, often It is difficult to adapt to persistence, and the training is suspended in a short period of time, failing to meet the relevant requirements

There are also some so-called vision training glasses. In essence, only a few pairs of light-emitting diodes are installed on the glasses frame, and the movement of the eyeball is simply attracted by the way of flashing in turn, in order to relieve the fatigue of the eyeball. Both the function and the effect are equivalent. limited

There are also some computer-based trainers that can only do two-dimensional effects

There are also some 3D stereoscopic vision training digital rehabilitation treatment systems, which require large-scale 3D stereoscopic movie reflection systems, and cannot be miniaturized household handheld or wearable devices.

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