Three-dimensional digital urban fire protection pre-control and management system

Abstract

The invention discloses a three-dimensional digital urban fire protection pre-control and management system, which integrally applies GIS technology, VR technology and GPS technology to build a fire-protection emergency command 3D geographic information system based on 12 sub-systems including a three-dimensional geographic information system, a GPS satellite position-tracking system, a fire-protection safety key units management system, a traffic route analysis system, a wireless information service system, a query statistics system and so on so as to achieve management functions of fire accident scene geographical situation inquiry, effect analysis, firefighting resource distribution, firefighting resource deployment, situations of the firefighting arms and firefighting route selection. The system has the benefits that the system meets the need for fire safety at an extensive, in-depth level in the new situation, realizes precise management and achieves the purposes of preventing and reducing fire emergencies, timely and effectively handling fire emergencies, minimizing the damage and economic losses caused by the accidents and guaranteeing social stability.

Description

technical field [0001] The invention relates to a city management system, in particular to a three-dimensional digital city fire prevention pre-control management system. Background technique [0002] At present, except for the 119 and 110 alarm systems in the fire protection system, the others are all based on manual dispatch and command; including: after receiving the alarm, the selection of the fire squadron, the dispatch of fire vehicles, the deployment of fire personnel, the selection of fire routes, the understanding of fire targets, the floor layout, Finding fire hydrants, etc., is all done manually. [0003] Since the determination, understanding and understanding of fire targets are all based on manual telephone consultation and understanding, the fire rescue path is obtained by manually querying maps or memory, and the fire rescue dispatching and command are all carried out manually; therefore, there are the following problems: [0004] First, the determination, u...

AI Technical Summary

Problems solved by technology

[0004] First, the determination, understanding, and understanding of fire targets are relatively slow, and they are not comprehensive enough, and there are large errors;

[0005] Second, dispatching and commanding fire resources, such as fire vehicles and their types, firefighters, fire equipment, etc., are carried out manually, and there is a large blindness;

[0006] Third, there is no scientific path analysis method for the selection of fire rescue routes, which may lead to the fact that the rescue route may not be the best route, or even fail;

[0007] Fourth, the above factors will inevitably lead to untimely, insufficient, and inadequate fire rescue

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