Remote fire-fighting monitoring management method and system based on household internet of things gateway

Abstract

The invention discloses a remote fire-fighting monitoring management method and system based on a household internet of things gateway, wherein the method comprises the steps that environmental parameter data of a household environment are monitored in real time based on a household internet of things terminal monitoring device, and are transmitted to the household internet-of-things gateway; thehousehold internet-of-things gateway uploads the real-time environment parameter data to a cloud server, and the cloud server issues fire-fighting types and fire-fighting grade parameters to the household internet-of-things gateway; the household internet of things gateway analyzes the change rate of the real-time environment parameter data, and determines whether the change rate reaches a corresponding alarm level or not; if the change rate reaches the corresponding alarm level, a gateway processing plan is started, and the alarm level is uploaded to the cloud server; and the cloud server isused for rechecking the uploaded alarm grades and pushing fire-fighting early warning to a corresponding management user. In the embodiment of the invention, the real-time monitoring of the fire-fighting of the household environment state is realized, so that major loss caused by fire hazards in a family and a residential area is avoided.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a remote fire monitoring and management method and system based on a home Internet of Things gateway. Background technique [0002] Household fires or household gas poisoning have become the most common disasters that endanger people's lives and property. How to constantly monitor disasters such as fires or gas leaks in the family has become a safety issue that must be considered in family life. [0003] In the traditional monitoring of disasters such as family fires or gas leaks, the monitoring equipment generally used is limited to when a disaster is detected, the monitoring equipment sends out a corresponding alarm sound to remind members of the family to take corresponding measures. At home, the sound of the alarm does not work at all, often causing greater disaster losses; or a network-based fire monitoring system, which often adopts a distributed design, and ...

AI Technical Summary

Problems solved by technology

[0003] In the traditional monitoring of disasters such as family fires or gas leaks, the monitoring equipment generally used is limited to when a disaster is detected, the monitoring equipment sends out a corresponding alarm sound to remind members of the family to take corresponding measures. At home, the sound of the alarm does not work at all, often causing greater disaster losses; or a network-based fire monitoring system, which often adopts a distributed design, and the fire sensor unit and data acquisition and processing workstation pass CAN Bus communication, however, the workstation is connected to the remote monitoring center through the network. For family members, it is impossible to monitor the monitoring system in real time through the workstation all the time, which is likely to cause major safety hazards

Images