High-pressure fire-fighting water pressure wireless monitoring system

Abstract

The invention discloses a high-pressure fire-fighting water pressure wireless monitoring system. The system comprises water pressure detection modules, an area node module, a data monitoring center and an intelligent terminal, wherein the water pressure detection modules are arranged at fire hydrants and used for detecting water pressure data of a fire-fighting pipe network and transmitting the water pressure data into the area node module; and the area node module is arranged in area positions of a plurality of water pressure detection modules and used for receiving detection data of the plurality of water pressure detection modules and transmitting the detection data into the data monitoring center. According to the high-pressure fire-fighting water pressure wireless monitoring system, detection information of the multiple fire hydrants is transmitted through ZigBee communication, ZigBee collects and transmits data in a plurality of areas into the data monitoring center, the monitoring effect is better, the system is safer, the detection information is more conveniently transmitted by the aid of the ZigBee module, the system is low in power consumption and convenient to collect,and water used by the urban fire hydrants is monitored in real time with low power and low cost.

Description

technical field [0001] The invention belongs to the technical field of fire protection, and in particular relates to a water pressure wireless monitoring system for high-pressure fire-fighting water. Background technique [0002] With the rapid development of the city scale, the number of high-rise buildings such as shopping malls, hotels, office buildings, and residential buildings is increasing day by day. The management and maintenance of fire-fighting facilities such as sprinkler systems have caused some fire-fighting facilities to be in a state of failure or paralysis for a long time and cannot be used normally. Once a fire breaks out, the fire-fighting system cannot be linked in time, which is useless. Phenomena such as fire hydrants running out of water or facilities being out of service will undoubtedly bring huge harm to the lives and property of the masses. [0003] Therefore, in the long-term use of fire hydrants, a wireless water pressure monitoring system needs...

AI Technical Summary

Problems solved by technology

[0002] With the rapid development of the city scale, the number of high-rise buildings such as shopping malls, hotels, office buildings, and residential buildings is increasing day by day. The management and maintenance of fire-fighting facilities such as sprinkler systems have caused some fire-fighting facilities to be in a state of failure or paralysis for a long time and cannot be used normally. Once a fire breaks out, the fire-fighting system cannot be linked in time, which is useless. Phenomena such as fire hydrants running out of water or facilities being out of service will undoubtedly bring huge harm to the lives and properties of the masses

[0003] Therefore, in the long-term use of fire hydrants, a wireless water pressure monitoring system needs to be used to complete the real-time monitoring of the water pressure of urban fire hydrants, but the existing high-pressure fire water pressure monitoring system has a small monitoring range and Most of them use wireless or bluetooth for data transmission, resulting in the need to use a large number of routers or bluetooth devices in the process of data transmission, which requires high cost and high power consumption. Poor monitoring

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