A fire dynamic emergency decision system based on accident evolution and an implementation method thereof

Abstract

The invention discloses a fire dynamic emergency decision system based on accident evolution and an implementation method thereof. The system includes an unmanned aerial vehicle (UAV) detection platform or a personal portable detection device, a data communication transmission device, an accident scene command vehicle information processing server, a command center server and an emergency decision-making command system platform for information exchange and decision analysis. In accordance with that characteristic of the accident scene, the technical requirements of disposal and the dynamic information parameters of the accident site, according to the real-time monitoring of fire temperature, heat radiation, ambient wind speed and gas concentration, and the predicted accident evolution rules and consequences, the dynamic emergency response plan elements are automatically matched from the dynamic emergency response plan elements database, and the dynamic emergency response plan is generated, and is output at each display terminal in a multi-layer plotting mode. Quantitative and graphical display of accident development trend and accident consequence is realized, which provides decision support for accident emergency disposal command.

Description

technical field [0001] The invention relates to the technology of decision-making for fire-fighting and rescue for fire accidents, in particular to a fire-fighting dynamic emergency decision-making system based on accident evolution and its realization method. Background technique [0002] In the fire fighting and rescue process of complex fire accidents, due to the complex and changeable fire accident scene, chain secondary disaster accidents are often caused. Firefighters mainly rely on the experience and judgment of fire commanders in the process of fire fighting and rescue, and cannot conduct efficient fire fighting according to the real-time evolution characteristics of the fire scene. , Scientific prediction and disposal decision-making. The fire-fighting and rescue plan formulated for key firefighting units and places is mainly based on the characteristics of key units or places, by setting the scene of possible fire or other disaster accidents, analyzing the possible...

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Problems solved by technology

[0003] The purpose of the present invention is mainly aimed at fire accidents in complex scenes represented by petrochemical process and device fires, hazardous chemical fires, etc. Due to the complexity of the accidents and the many influencing factors, it is difficult to deal with fire fighting and rescue, and it is urgent to carry out scientific emergency treatment and decision-making In particular, to provide a fire dynamic emergency decision system based on accident evolution and its implementation method

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