Dynamic building fire escape response method

Abstract

The invention discloses a dynamic building fire escape response method. The method employs a dynamic building fire escape response system, and the dynamic building fire escape response system comprises a composite fire detector, a voice alarm, a watering device, an escape indicating lamp, an in-building server, an out-building server, a mobile phone and a water pressure detection device; an emergency Bluetooth communication module is arranged on the escape indicating lamp; the in-building server analyzes the fire behavior through the data collected by the composite fire detector, formulates anescape channel route and sends the escape channel route to the mobile phone, and then controls the escape indicating lamp to indicate an escape path to help escape personnel to escape; the out-building server communicates with the mobile phone and the escape indicating lamp. A dynamic escape personnel distribution diagram is drawn, the out-building server draws a dynamic building fire behavior state diagram according to the dynamic escape personnel distribution diagram in combination with the water pressure data of the output end of the water spraying device and the spraying state diagram, the fire-fighting situation in an escape passage is provided for firefighters, the fire behavior situation of the building is known, and rescue and fire fighting are facilitated.

Description

technical field [0001] The invention relates to the technical field of fire protection, in particular to a dynamic building fire escape response method. Background technique [0002] In recent years, fires have occurred frequently in cities, which threaten personal safety, destroy property, and cause adverse social impacts; especially when high-rise buildings are on fire, the safe escape of people in the building has always been the focus of attention. With the rapid development of big data , applying big data to the fire protection system of high-rise buildings, so that the fire protection system of high-rise buildings can send fire alarm information, escape route routes, etc. to the people in the building; The escape and distribution of escape personnel in the building, especially when carrying out personnel rescue, firefighters can only passively search and rescue, which is difficult to rescue and delays rescue time. Rescue from below will put firefighters in danger; aft...

AI Technical Summary

Problems solved by technology

[0002] In recent years, fires have occurred frequently in cities, which threaten personal safety, destroy property, and cause adverse social impacts; especially when high-rise buildings are on fire, the safe escape of people in the building has always been the focus of attention. With the rapid development of big data , applying big data to the fire protection system of high-rise buildings, so that the fire protection system of high-rise buildings can send fire alarm information, escape route routes, etc. to the people in the building; The escape and distribution of escape personnel in the building, especially when carrying out personnel rescue, firefighters can only passively search and rescue, which is difficult to rescue and delays rescue time...

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