Switchboard fire accident emergency drill simulation method based on virtual reality technology

Abstract

The invention discloses a switchboard fire accident emergency drill simulation method based on a virtual reality technology. The method comprises the following steps: A, establishing a virtual realityscene; B, constructing a virtual accident emergency drill scene: (1) designing a spatial UI interface; (2) designing UI system interaction; and (3) designing role / equipment model interaction: a, making a virtual role model and various sexual behavior actions; b, setting IK animation, and completing construction of an accident emergency drill scene; C, accessing the virtual accident emergency drill scene to a VR omnidirectional mobile platform; and D, the operator performing virtual fire accident emergency drilling through the VR omnidirectional mobile platform. The method has the advantages of being high in seriousness and authenticity, good in training effect, and is capable of reducing manpower and material resources and free of limitation on drilling content.

Description

technical field [0001] The invention relates to a fire accident emergency drill simulation method, in particular to a switchboard fire accident emergency drill simulation method based on virtual reality technology. Background technique [0002] For the power plant, the switchboard is an important equipment in the power plant. During the operation of the power plant, the switchboard is often overloaded for a long time because the wiring of the switchboard is not in good contact with the electrical appliances and instruments, and the selection of components in the switchboard does not match the actual capacity of the switchboard. Fire accidents caused by operation and other reasons, fire accidents caused by switchboards account for a large proportion of fire accidents in power plants, so emergency training for switchboard accidents in power plants is more important. The existing emergency training for fire accidents is generally divided into two ways. One is to conduct classr...

AI Technical Summary

Problems solved by technology

One is to conduct classroom lectures or tabletop drills through some accident plans, some of which use two-dimensional flat electronic maps for training, but most of them are described in words and tables, which lack seriousness and authenticity, and cannot realize if The serious consequences of accident expansion caused by improper handling cannot improve the emergency response capabilities of power plant operation and maintenance personnel, so the training effect is not ideal; another way is actual combat drills, which are highly targeted and easy to find problem, but it needs to consume a certain amount of manpower and material resources, and the content of the drill also has great limitations

[0003] Therefore, the existing fire accident emergency drill method adopts classroom lectures or desktop drills, which lack seriousness and authenticity, and the training effect is not ideal. Using actual combat drills consumes manpower and material resources, and the drill content is limited.