Three-dimensional glasses

Abstract

The invention discloses a pair of three-dimensional glasses. A user sees a front real scene through the glasses lenses in the glasses and rotates eyeballs upwards or downwards to convert the front real scene in the glasses into two different contents played in a screen of a screen module on the screen lenses. In the first content, an image of a front real scene collected by a stereo camera on thethree-dimensional glasses is stored; and in the second content, an image formed by superposing an image of a front real scene collected by the stereo camera on the three-dimensional glasses with a prefabricated image. In addition, the invention further discloses a same-screen chip, so that a problem that the focal plane of the eyes is separated from the image plane of the three-dimensional image is solved. With a healthy three-dimensional player, the three-dimensional image measurement process becomes smart, simple and accurate. The pair of three-dimensional glasses can be applied to medical treatment, industry, science, education, entertainment, three-dimensional image production and other fields.

Description

technical field [0001] The invention relates to a mixed reality (MR) stereoscopic glasses, a linear optical design of a stereoscopic image, a technique for overlapping the focal plane of an eye with an image plane of a stereoscopic image, a measurement technique for a stereoscopic image, and a positioning and tracking technique. Background technique [0002] Currently, all augmented reality (AR) and mixed reality (MR) glasses insert a pre-made image into the real scene in front of them. The problems of this kind of glasses are as follows: first, a prefabricated image inserted in the real scene will block the real scene in front, causing a partial picture loss and visual disturbance; second, the quality of the prefabricated image cannot be greatly improved, because the light The pixel accuracy and contrast displayed by waveguide technology and micro-projectors cannot be compared with the screen; third, the darkness and brightness of the inserted prefabricated images are limit...

AI Technical Summary

Problems solved by technology

[0007] The object of the present invention is to provide a kind of stereoscopic glasses that has two independent fields of view, at first, solve the technical problem that brings visual interference and blocking to the real scene ahead because of inserting a prefabricated image in the field of view of spectacle lens; Second, Solved the technical problem of mutual conversion between two fields of view; thirdly, solved the technical problem of the separation of the focal plane of the eye and the image plane of the stereoscopic image; fourthly, solved the problem of turning a stereoscopic player into a healthy stereoscopic player Fifthly, it solves the technical problem that the process of stereo image measurement is smarter, simpler and more accurate

Images