Fire drill system

Abstract

An interactive virtual reality fire drill system comprises a host system, a first display device and a simulative hand-held fire extinguisher, wherein the host system is provided with a first information module which is set to generate first 3D virtual information which represents a virtual fire scene; the first display device is set to display the occurrent virtual fire scene according to the first 3D virtual information, and the simulative hand-held fire extinguisher has an external outline same as that of a true hand-held fire extinguisher. The simulative hand-held fire extinguisher comprises a cylinder part, a pair of handles which are arranged on the cylinder part and an induction device which is arranged inside the cylinder part and set to enable a trainee to operate the handles according to the first 3D virtual information displayed by the first display device, the host system generates new first 3D virtual information according to the operation situation of the handles so that the trainee can see a changed virtual fire scene. The virtual reality technology is applied to the fire drill system, the trainee can virtually operate the simulative hand-held fire extinguisher according to the displayed virtual fire scene so that the virtual fire scene can change, and an accident scene is truly restored to the maximum extent.

Description

technical field [0001] Embodiments of the present invention relate to a simulated fire training system, in particular to an interactive fire training system. Background technique [0002] The current fire training, command, and training methods mainly include routine physical training, familiarization and use of vehicles and fire fighting equipment, and familiarity with key units, road water sources, etc. In the training, text, 2D and 3D animation demonstrations, or live video data of fire rescue occurred mainly, supplemented by fixed virtual 3D scene training. Especially when training non-professional firefighters, if the operation training of actual firefighting equipment is carried out, it is generally limited to training how to use hand-held fire extinguishers, water spray guns and other equipment in the small-scale fire scene formed. [0003] In the existing firefighting training, the training cost is high and the training effect is low. While consuming a lot of manpow...

AI Technical Summary

Problems solved by technology

[0003] In the existing firefighting training, the training cost is high and the training effect is low. While consuming a lot of manpower, material resources and financial resources, the training effect is difficult to evaluate; the lack of simulated real-scene firefighting rehearsal function and mobility training for firefighting work cannot provide T

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