Three-dimensional intelligent emergency fire-fighting platform system and an operation method thereof

Abstract

The invention relates to a three-dimensional intelligent emergency fire-fighting platform system and an operation method thereof. The system comprises a data collection end, an emergency fire-fightingdata processing end, an emergency fire-fighting cloud interaction platform and an information interaction release end. The three-dimensional intelligent emergency fire-fighting platform system can form an emergency fire-fighting internet of things of a three-dimensional map; Various emergency fire-fighting devices are marked on the emergency fire-fighting Internet of Things, the actual situationof the property is presented in a three-dimensional mode, and people waiting for rescue can escape from a fire scene or obtain a self-rescue mode according to information provided by the emergency fire-fighting Internet of Things. And the system assists emergency firefighters to formulate disaster relief emergency plans according to on-site conditions, command and dispatch the plans in real time,effectively cope with rescue on a disaster site, and reduce property loss of people, casualties of victims and casualties of emergency firefighters and soldiers.

Description

technical field [0001] The invention relates to the technical field of emergency fire management, in particular to a three-dimensional intelligent emergency fire platform system and an operating method thereof. Background technique [0002] Key units of emergency fire protection, especially crowded places, such as shopping malls, hotels, entertainment places and other areas, have high fire risks and large accident losses. Once a fire breaks out, it is easy to cause mass death and mass injury accidents. The main characteristics of fires in such places include: (1) There are many combustibles, large fire loads, violent burning, rapid development, and a sudden explosion in a short period of time. (2) Such places are densely populated and are not familiar with on-site evacuation routes and emergency fire-fighting facilities, making evacuation difficult and easily causing mass death and mass injury. (3) The building structure is complicated, the temperature of the fire scene is ...

AI Technical Summary

Problems solved by technology

(2) Such places are densely populated and are not familiar with on-site evacuation routes and emergency fire-fighting facilities, making evacuation difficult and easily causing mass deaths and injuries

(3) The building structure is complex, the temperature of the fire scene is high, and it is difficult to fight the fire

(4) Building decoration materials are diverse, the smoke concentration in the building is high, the toxicity is high, and the rescue visibility is limited, which affects the follow-up rescue

(5) Fire accidents occur frequently, and fire losses are high, and the social impact is great; after a fire occurs, it is easy to cause mass death and mass injury accidents, so public places have become the focus of emergency fire control supervision by departments at all levels and the key to social fire prevention and control

[0003] Due to the lack of disaster information on the scene of major disasters, the lack of comprehensive sharing of emergency fire protection materials, the low degree of socialization of emergency fire protection publicity and education, the weak safety awareness of the masses, the lack of intelligent integration of emergency fire safety equipment, and the law enforcement effect failed to meet expectations. Auxiliary rescue technology still relies on personal experience in emergency command and existing knowledge to organize rescue activities; for trapped people, they often wait passively for rescue, or numb self-rescue, such as jumping off a building, jumping out of a window, etc.

Due to the complexity of buildings and the uncertainty of fire development, personal judgment often has a certain degree of blindness, which can easily lead to decision-making failure

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