Corridor firefighting system based on remote feedback data

Abstract

The invention discloses a corridor firefighting system based on remote feedback data. The corridor firefighting system is mainly composed of a remote monitoring management center and a monitoring terminal arranged on a corridor monitoring point, wherein the remote monitoring management center and the monitoring terminal transmit data through an Ethernet or a GPRS (General Packet Radio Service) wireless communication network or a 3G wireless communication network; the monitoring terminal comprises a microprocessor, and monitoring equipment, emergency firefighting equipment and an alarm which are connected with the microprocessor; the microprocessor is provided with a wireless communication module and a wired Ethernet interface. The corridor firefighting system is simple in structure, low in layout cost and capable of early warning and carrying out emergency firefighting.

Description

technical field [0001] The invention belongs to the field of fire-fighting equipment and relates to a fire-fighting system for corridors based on remote feedback data. Background technique [0002] As urban buildings become more and more dense, the ventilation performance of some buildings is very poor. Coupled with high temperature and dry weather, some buildings that are piled up with debris and have no time to deal with them are prone to fire; coupled with the increasing use of electrical appliances The more power, the greater the power, due to circuit aging or excessive load, it can easily cause a fire. At present, people's awareness of fire protection has been strengthened a lot, and many fire protection measures have been installed inside the building; however, once a fire breaks out, the number of casualties is still relatively large. As soon as the fire started, the corridors of the building were engulfed by the fire, causing people to lose the main escape route. H...

AI Technical Summary

Problems solved by technology

[0002] As urban buildings become more and more dense, the ventilation performance of some buildings is very poor. Coupled with high temperature and dry weather, some buildings that are piled up with debris and have no time to deal with them are prone to fire; coupled with the increasing use of electrical appliances The more power, the greater the power, due to circuit aging or excessive load, it can easily cause a fire

At present, people's awareness of fire protection has been strengthened a lot, and many fire protection measures have been installed inside the building; however, once a fire breaks out, the number of casualties is still relatively large. As soon as the fire started, the corridors of the building were engulfed by the fire, causing people to lose the main escape route

However, the existing fire protection systems either only have an early warning function, or are deployed for special locations, and the deployment costs are high, so they are not suitable for large-scale deployment in corridors.

In addition, in urban buildings, there are many and miscellaneous places where corridors need to be installed for fire protection, and the fires in corridors are also of different sizes, but the fire protection resources in the city are very limited. If effective management cannot be formed, correct measures cannot be adopted. Fire-fighting measures may lead to the situation that the small loss is large, and it is easy to lead to the improper use of fire-fighting, which further expands the loss caused by the fire.

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