Disaster scene information intelligent collection equipment

Abstract

The invention discloses an intelligent information collecting device on a disaster site. A communication module, a temperature and pressure sensor, a micro sensor, an RFID reading instrument, a gyroscope, a vital sign detector and the like are designed to be additionally arranged. The several innovative functions of man positioning, telecommunication, motion state detection, air respirator pressure monitoring, external environment (temperature and pressure) detection, vital sign monitoring and the like inside a building are further achieved, and all detecting parameters can be transmitted to a field managing rescue platform in real time. The intelligent information collecting device on the disaster site is reasonable in structure, improves the fire protection and rescue efficiency, lowers the life and property loss to the minimum degree, and improves the life safety guarantee level.

Description

technical field [0001] The invention relates to the field of security technology, and belongs to a fire-fighting positioning and identification device, in particular to intelligent collection equipment for disaster site information. Background technique [0002] With the development of economy and society, large-span and large-space buildings have increased in large numbers. These buildings are mainly concentrated in large shopping malls, markets, hotels, entertainment halls and other places with complex functions and dense population. They are also fire-prone places. Once a fire occurs, It is difficult to fight and rescue, causing large property losses and many casualties. [0003] At present, in fire fighting and rescue battles, disaster investigation often adopts external observation, internal investigation, inquiring insiders, checking the paper building plan provided by social units to understand the structure of the building on fire, etc., so as to determine the rescue...

AI Technical Summary

Problems solved by technology

However, limited by the technical level of equipment, the fire officers and soldiers who go deep into the fire scene are affected by the smoke and other on-site factors, and the visibility is almost zero, and they cannot accurately understand their location in the building and the available fire-fighting facilities around them. ; The external commanders of the fire scene are even more unable to grasp the exact location of the firefighting officers and soldiers in the building, the vital signs, the development and spread of the disaster, and the situation of the firefighting force on the spot, and cannot implement effective dispatching and command. Once the firefighting officers and soldiers are in distress, they cannot implement rescue in the shortest time , reduce casualties

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