3D image management method and management system for treating myopia or amblyopia and device

Abstract

The invention provides a 3D image management method for treating myopia or amblyopia. 2D images are converted into dynamically changeable 3D images. The 3D images comprise a left parallax image and aright parallax image which respectively correspond to a left eye and a right eye of a human body. The left eye only can see the left parallax image. The right eye only can see the right parallax image. When the 3D images are played at a terminal, parameters of the left parallax image and the right parallax image can be independently adjusted according to a demand of a user. The parameters of the other image are not influenced by the adjustment of the parameters of one image. According to the terminal processing method provided by the invention, a system for treating myopia or amblyopia does not need to reproduce a special video; the parameters of all or partial images of left and right screens are designed to be adjustable independently; the parameters of the other image are not influenced; the relatively sufficient selection space is provided for a doctor; an amblyopic eye can be treated relatively effectively; and moreover, the other healthy eye can be exercised and protected sufficiently.

Description

technical field [0001] The invention belongs to the field of digital processing and medical treatment, and relates to a 3D image management method, management system and device for treating myopia or amblyopia. Background technique [0002] VR (Virtual Reality, virtual reality) technology can present a virtual scene in front of the user's eyes through the device, including visual, auditory, interactive and other aspects. Among them, vision is the most important factor in the formation of virtual senses. Existing VR equipment uses human binocular stereo vision to make the user's two eyes see different images, thereby creating a three-dimensional 3D scene through parallax. This property can be used in various fields including medical use. [0003] At present, the content formation mechanism of VR devices is complicated, which leads to problems such as insufficient amount of content that can be displayed by VR devices and non-customization. [0004] The existing methods for f...

AI Technical Summary

Problems solved by technology

However, the covering method often causes amblyopia in the healthy eye on the opposite side of the amblyopia due to long-term covering and affects the stereoscopic vision and fusion function of both eyes.

[0010] The existing image processing method is for a single image, and does not have the function of processing the same image into different levels of display content according to the characteristics of both eyes. Therefore, it cannot be applied to VR application scenarios where the physiological parameters of the eyes are different.

[0011] On the other hand, the traditional image processing method does not have the characteristics of parameterized continuous adjustment of the image processing effect, so it cannot adapt to the fine-tuning ability under different eye conditions, so it cannot be effectively applied in the field of eye medicine