Building fire control system based on Internet of Things

Abstract

The invention discloses a building fire control system based on the Internet of Things, and belongs to the field of fire control systems. The building fire control system based on the Internet of Things comprises an interconnection alert system. The interconnection alarm system is remotely connected with a fire department through cloud equipment. The interconnection alarm system is connected withan alarm bell voice broadcast system and a full-angle camera system. Both the corridor equipment and the emergency corridor equipment comprise a plurality of direction indicators. According to the system, after a fire occurs in a high-rise building, escape personnel are prompted to escape upwards or downwards along the emergency corridor according to the condition of the floor where the fire occurs. Greater trouble brought to a user and rescuers due to blind escape is avoided. The omni-directional camera system is directly and remotely connected with a fire department through cloud equipment,omni-directional fire monitoring of a building can be achieved, firefighters can conveniently know the fire behavior in real time and make the most comprehensive fire-fighting rescue preparation, andtherefore the fire-fighting rescue efficiency is effectively improved, and casualties are greatly reduced.

Description

technical field [0001] The invention relates to the field of fire control systems, and more specifically, to a building fire control system based on the Internet of Things. Background technique [0002] In recent years, fire safety has attracted much attention, especially the fire protection systems of some high-rise buildings and office areas have been continuously improved. According to relevant fire protection standards, buildings and office areas with a single floor area of ​​more than 200 square meters need two For exit evacuation stairs, if the single floor area exceeds 1,500 square meters or the total area exceeds 3,000 square meters and above, it is necessary to add automatic sprinkler and automatic alarm systems. If not, fire hydrants, emergency lighting and fire extinguishers need to be installed. [0003] For buildings with a large population density, it is even more important to understand fire safety. The fire characteristics of high-rise buildings include the f...

AI Technical Summary

Problems solved by technology

[0010] Although these fire linkage systems have high operating efficiency, it is still difficult to provide all-round and high-standard protection for the people in the building when a fire occurs. A series of interrelated start and stop actions will cause the elevator to be forced to the bottom floor. At this time, people in the upper floors of the building cannot take the elevator, and the emergency passage is too slow. When the high-level escape personnel arrive at the lower floor, they find that the emergency passage is occupied by the fire and cannot pass through. At this time, it will cause the danger of being trapped and waste the escape time. At this time, it is more dangerous to escape upwards.

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