Fire field monitoring and detection system and fire field monitoring and detection method

Abstract

The invention provides a fire field monitoring and detection system and a fire field monitoring and detection method. The system comprises a WSN communication network and a fire alarm monitoring platform, wherein the WSN network comprises an aggregator, a terminal, and a router; the terminal comprises a field monitoring node and a mobile terminal node; the router comprises a routing node for routing information, region positioning nodes are customized, and each region positioning node has a unique routing ID for realizing a region positioning function; the aggregator is used for information aggregation and format conversion; and the fire alarm monitoring platform is used for displaying data in real time. According to the fire field monitoring and detection system and the fire field monitoring and detection method provided by the invention, multiple monitoring means are adopted to comprehensively realize accurate detection on smoke and dust in the fire field, the number of needed sensor is fewer, and the sensor network congestion is reduced.

Description

technical field [0001] The invention relates to fire monitoring, in particular to a fire monitoring and detection system. Background technique [0002] In various social public places or in the production of enterprises, if the flammable and explosive materials burn and the circuit is short-circuited due to operational errors, equipment aging or human-made reasons, but the alarm cannot be detected in time, it will bring serious consequences to public safety and production safety. Great threat. Therefore, effective monitoring of fire hazards is very important to production safety and public safety. Traditional monitoring systems lack flexibility, rely too much on wire and cable-based communication facilities, and lack scalability. Even the latest wireless fire monitoring system has defects such as high cost and single node type. For example, the single use of smoke sensors is susceptible to interference from dust particles, evaporated water vapor, and volatile gases. Smoke...

AI Technical Summary

Problems solved by technology

Traditional monitoring systems lack flexibility, rely too much on wire and cable-based communication facilities, and lack scalability

Even the latest wireless fire monitoring system has defects such as high cost and single node type

For example, the single use of smoke sensors is susceptible to interference from dust particles, evaporated water vapor, and volatile gases. Smoke has the characteristics of low concentration and fast drifting speed, so it cannot be detected accurately and it needs to install enough sensors in the site to be able to work normally. Work

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