A Virtual Reality Testing System for Mechanical Devices

Abstract

The invention relates to a virtual reality test system of a mechanical device, which includes a three-dimensional terminal, a mechanical terminal and a data communication module. The three-dimensional terminal and the mechanical terminal perform data transmission through the data communication module. The original data, and the original data is sent to the data processing module through the data communication module; the data processing module, after receiving the original data sent by the data production module, processes it to generate the driving data required for the operation of the mechanical device, and sends it to the instruction receiving and filtering module ; The control module, after obtaining data from the data communication module, separates and analyzes the data; the instruction receiving and filtering module receives the driving data and instructions, and sends the driving data to the mechanical device driver under the control of the instruction; the mechanical device driver, after receiving the driving data , to drive the mechanical device to run; the invention enables the content developer to carry out virtual and real tests on the device in a low-cost, convenient and safe manner.

Description

technical field [0001] The invention relates to a method and a testing system for a virtual reality test of a mechanical device, in particular to a virtual reality test system for a mechanical device. Background technique [0002] Although VR (virtual reality) continues to heat up, whether it is the performance of the capital market or the continuous actions of manufacturers, it is showing the popularity of VR (virtual reality), which can provide a more complete virtual reality experience. Motion simulator It will come to everyone with the help of VR. Dynamic experience stores have sprung up in China, and the development of applications and games supporting dynamic simulators is in full swing. For its content developers, the disadvantages of motion simulators are particularly obvious: 1. High cost, large volume and quality, high purchase, transportation, and installation costs, which cause high threshold for content developers. 2. The safety problem is prominent. Due to it...

AI Technical Summary

Problems solved by technology

For its content developers, the disadvantages of motion simulators are particularly obvious: 1. High cost, large volume and quality, and high purchase, transportation, and installation costs, causing high threshold for its content developers

2. The safety problem is prominent. Due to its complex mechanical structure, there are great safety hazards in the operation process. Without professional staff support, it is difficult for general content developers to test and run

Without accurate numerical output, most motion simulators do not provide external numerical output, which is not friendly to software testing and debugging and content developers

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