Visual training method and visual training system based on VR all-in-one machine

Abstract

The invention discloses a vision training method based on VR terminal equipment. The method comprises the following steps: using VR terminal equipment and a mobile phone to login to a background through a patient account respectively to acquire patient information and training programs; installing virtual reality visual training games on the VR terminal equipment and the mobile phone respectively;establishing a network connection between the VR terminal equipment and the mobile phone; after the network connection between the VR terminal equipment and the mobile phone is established, triggering the virtual reality visual training game on the VR terminal and the virtual reality visual training game on the mobile terminal to run synchronously; projecting a training game picture of the VR terminal equipment onto a screen of the mobile phone; and when parameters need to be adjusted, adjusting image parameters of the VR terminal equipment through the mobile phone. The invention also relatesto a vision training system based on the VR terminal equipment. The method and system greatly improve training efficiency, reduce training difficulty, shorten treatment time, and improve training experience by using on-screen technology and virtual reality vision technology, and truly realize synchronous visualization and quantifiable adjustment of visual training.

Description

technical field [0001] The invention relates to a visual training method, in particular to a visual training method based on a VR all-in-one machine, and belongs to the field of visual training. The invention also relates to a visual training system based on a VR all-in-one machine. Background technique [0002] The VR all-in-one machine has split vision function and is easy to carry, so it is used in many visual training. However, the VR all-in-one machine is not specially developed for visual training, so optometrists encounter a lot of inconvenience when training patients, for example: (1) visual training requires a lot of image parameters (image size, left and right layer display, left and right images are clear) Blur, brightness), in order to set the image parameters, the optometrist needs to wear the VR all-in-one device to set the parameters, and then put the VR all-in-one device with the set parameters on the patient. Due to the need to frequently adjust the image ...

AI Technical Summary

Problems solved by technology

However, the VR all-in-one machine is not specially developed for visual training, so optometrists encounter a lot of inconvenience when training patients, for example: (1) visual training requires a lot of image parameters (image size, left and right layer display, left and right images are clear) Blur, brightness), in order to set the image parameters, the optometrist needs to wear the VR all-in-one device to set the parameters, and then put the VR all-in-one device with the set parameters on the patient

Due to the need to frequently adjust the image parameters according to the actual situation during the training process, it is extremely inconvenient for the optometrists and patients to constantly exchange wear

(2) After the patient wears the VR all-in-one machine, the optometrist cannot know the images they see after the patient wears the VR, and it is difficult to make reasonable adjustments to the patient

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