Binocular naked-eye 3D video lamp

Abstract

The present invention discloses a binocular naked-eye 3D video lamp, which comprises a naked-eye 3D video acquisition lighting device composed of a binocular video acquisition module, a lighting module and a laser locator; the lighting module is located on the periphery of the binocular video acquisition module, and light paths of the lighting module coincide within the operation distance to formlight spots similar to a shadowless effect. The laser positioner is used for tracking and positioning a target object and providing a positioning basis for video information acquisition of the binocular video acquisition module and light source tracking of the illumination module. According to the invention, acquisition, display, long-distance propagation, snapshot, storage, automatic tracking andautomatic focusing of naked-eye 3D videos can be realized, a three-dimensional effect can be watched without wearing 3D glasses, an oral cavity illumination function is realized, acquisition of naked-eye 3D videos during oral cavity simulation teaching and oral cavity medical treatment is realized, a real and reliable oral cavity picture is provided for oral cavity detection, and use requirementsof oral cavity teaching and clinical treatment are met.

Description

technical field [0001] The invention belongs to the technical field of oral medicine, and in particular relates to a binocular naked-eye 3D video lamp. Background technique [0002] At present, in the field of dental medical teaching and clinical practice, digital teaching and digital consulting rooms have become a new trend. In the existing digital teaching, simulation teaching is close to the actual clinical operation, which is a contingency. In oral teaching and clinical treatment, if the 3D picture can be displayed on the screen in real time, and it can be seen without wearing 3D glasses. Stereoscopic effect. At present, there is no product that uses camera equipment to meet the needs. While meeting the needs of the camera to collect video sources, the optical system can also produce the effect of a shadowless oral light. There is no such product. Therefore, it is necessary Make innovative improvements. Contents of the invention [0003] The technical problem solved ...

AI Technical Summary

Problems solved by technology

In the existing digital teaching, simulation teaching is close to the actual clinical operation, which is a contingency. In oral teaching and clinical treatment, if the 3D picture can be displayed on the screen in real time, and it can be seen without wearing 3D glasses. Stereoscopic effect. At present, there is no product that uses camera equipment to meet the needs. While meeting the needs of the camera to collect video sources, the optical system can also produce the effect of a shadowless oral light. There is no such product. Therefore, it is necessary make innovative improvements

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