Multi-perception emergency training system for petrochemical fire scenario

Abstract

The invention relates to a multi-perception emergency training system for a petrochemical fire scenario, which mainly solves the problems of insufficient interaction and low scenario perceptibility in the prior art. The multi-perception emergency training system for the petrochemical fire scenario based on a B/S architecture comprises a 3D driving engine, a thermal flux sensor module, an equipment operation module, a basic knowledge database module, a scenario database module, a desktop deduction, examination and evaluation module, a server and a client computer. The system well solves the above problem, and can be used for multi-perception emergency training of petrochemical fire scenarios.

Description

technical field [0001] The invention relates to a petrochemical fire scene multi-perception emergency training system. Background technique [0002] Fire fighting and emergency rescue is one of the important contents of fire fighting training. The particularity of fire accidents in petrochemical enterprises and the danger of fire fighting and rescue tasks make emergency fire rescue training an effective way and important work to improve the actual combat ability and efficiency of firefighters in petrochemical enterprises. However, the current fire training has problems such as insufficient pertinence of accident scenes, insufficient perception, insufficient interactivity, low scientificity, and lack of training methods and tools. Firefighting and rescue emergency training is an effective way to improve the on-the-spot combat ability of professional firefighting forces. [0003] CN201410035247.7 relates to a fire-fighting simulation device, in particular to a fire-fighting ...

AI Technical Summary

Problems solved by technology

[0005] The technical problem to be solved by the present invention is the problem of insufficient interactivity and low s

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