Safe experience education method based virtual reality (VR) technology

Abstract

The invention discloses a safe experience education method based on a VR technology. A group of effect generators, more than one live action simulator, a stream controller and a computer device are included, the group of effect generator is connected with the live action simulator and the stream controller, and the stream controller is connected with the computer device. During use, the group of effect generator can be worn on the body of an observer, a safety education experience scene is planned according to requirements, special scene model information is established in the computer device, sound effects and corresponding scene instruction and safety education commentary are configured, the stream controller transmits the established scene model information to the group of sound generator, the observer logs in a main interface of a system and selects an experience scene, and the live action simulator obtains observation information, and returns the observation information to the scene model information of the computer device, so that the observer can implement the safety education experience of the corresponding scene in real time.

Description

technical field [0001] The invention relates to a virtual reality experience method, in particular to a safety experience education method based on virtual reality technology for improving construction workers' safety awareness. Background technique [0002] The traditional safety experience device needs to set up a safety experience device on the site to simulate the dangerous scene in the construction site, so that the construction personnel can experience the dangerous scene on the simulated device and personally experience the serious consequences caused by the illegal operation, so as to achieve the goal of safety warning and education. Purpose. [0003] This approach in the prior art requires a large amount of space, and building a safety experience device also consumes a lot of manpower, material resources, and financial resources, and because the site of each project is different, after the end of the project, the safety experience device is very rare. The use of tu...

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Problems solved by technology

[0003] This approach in the prior art requires a large amount of space, and building a safety experience device also consumes a lot of manpower, material resources, and financial resources, and because the site of each project is different, after the end of the project, the safety experience device is very rare. It is used by turnover, resulting in waste of materials. Therefore, it is really necessary to further propose a better improvement plan

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