T/ZSA 29-2021 General Technical Specifications for Virtual Reality (VR) Laser Radar Three-Dimensional Scanning Cameras

Scope

Scope: This document specifies the device composition, technical requirements, and test methods for virtual reality (VR) laser radar 3D scanning cameras. This document is applicable to the design, manufacture, inspection, and user selection and configuration of virtual reality (VR) laser radar 3D scanning cameras (hereinafter referred to as the device). Main technical content: Virtual reality (VR) laser radar 3D scanning cameras integrate applications of VR technology, laser radar technology, and 3D scanning technology. Their main components include laser radar, color cameras, motors, and computing and control units. Among them, the laser radar is the detection component of 3D structural information, the color camera is the acquisition component of object color information, the motor is responsible for rotating the device and outputting real-time angle and position information, and the computing and control unit is responsible for controlling the sensors to complete the acquisition work and perform data synthesis. The working principle is that the device is set up on a tripod through the screw holes at the bottom of the motor, and the motor controls the device to rotate. By fusing the laser radar and color camera data obtained at different motor rotation angles, a color panoramic image and a depth point cloud model are obtained. Due to its integration of the most advanced current VR technology, laser radar technology, and 3D scanning technology, it has gained widespread application in real social life and is used in scientific and technological Winter Olympics visual display and interaction projects. In order to continuously improve product quality, better meet market demand, and make its design, manufacture, testing, and user selection and configuration more standardized, this standard is formulated.

Development Information

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