Airport fire rescue multi-role cooperative training system based on virtual reality technology

The multi-role collaborative training system based on virtual reality technology solves the high cost, high risk and scene limitations of traditional airport fire training, achieves highly realistic fire scene simulation and multi-role collaborative training, and improves the emergency response capabilities of airport fire rescue.

CN120771498APending Publication Date: 2025-10-14CIVIL AVIATION FLIGHT UNIV OF CHINA
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Patent Information

Application Number
CN202511207750.0
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2025-08-27
Publication Date
2025-10-14

AI Technical Summary

Technical Problem

Traditional airport fire rescue training methods are costly, have limited scenarios, and lack coordination. They are difficult to simulate complex and changeable fire scenarios and pose safety risks. Existing virtual reality technology systems have shortcomings in scene realism and role interaction.

Method used

The airport fire rescue multi-role collaborative training system based on virtual reality technology includes an airport emergency situation evolution calculation center, a VR individual fire extinguishing system, a fire truck driving fire extinguishing system and an emergency command system. It realizes real-time data intercommunication through a secure data channel, and provides high-precision fire scene simulation, immersive operation feedback and multi-role collaborative training.

Benefits of technology

It significantly improved the realism and coordination of training, reduced training costs and risks, achieved efficient collaborative combat capabilities of multiple roles in complex scenarios, and avoided resource consumption and safety hazards in field exercises.

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Abstract

The invention discloses an airport fire rescue multi-role cooperative training system based on a virtual reality technology, the system is composed of an airport emergency event evolution calculation center, a VR individual soldier fire extinguishing system, a fire-fighting vehicle driving fire extinguishing system and an emergency command system, the calculation center dynamically generates a high-precision fire scene and synchronizes the high-precision fire scene to each subsystem; the VR individual soldier system provides immersive operation and tactile feedback through the head-mounted device, the control handle and the somatosensory waistcoat; the fire-fighting vehicle driving system restores a cockpit and fire extinguishing equipment in a 1: 1 mode, and simulates real driving and operation logic; the emergency command system supports multi-department real-time monitoring, resource scheduling and instruction collaboration; through a training method of customizing scene parameters, dividing roles of fire fighters, drivers and commanders, and performing real-time data interaction and efficiency evaluation, the problems of high cost, limited scene, insufficient collaboration and the like in traditional airport fire-fighting training are solved; and an efficient cooperative training solution is provided for airport fire rescue workers.
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