Power distribution cabinet fire monitoring and processing system based on internet of things

Abstract

The invention discloses a power distribution cabinet fire monitoring and processing system based on the internet of things. The power distribution cabinet fire monitoring and processing system comprises a plurality of power distribution cabinet bodies, the plurality of power distribution cabinet bodies are arranged in the power supply network circuit, and the interior of each power distribution cabinet body is provided with a temperature inductor, a smoke inductor, a temperature adjusting device and a sub-processor. Each power distribution cabinet body also comprises a power device connected with the interior of the power distribution cabinet body and a circuit switch arranged on the joint of the commercial power and the circuit switch, the temperature inductor and the smoke inductor are electrically connected with the sub-processor, the sub-processor is electrically connected with the temperature adjusting device and the circuit switch, and the sub-processor is electrically connected with the commercial power. The power distribution cabinet fire monitoring and processing system based on the internet of things makes each power distribution cabinet body have monitoring and simple processing capability to a fire hazard by means of the internet-of-things technology, fire can be prevented from occurring and being further enlarged, a first GPS positioning device and a second GPS positioning device are employed to notify a nearby maintenance man to process and maintain the power distribution cabinet body, the first-aid repair response of the maintenance man is further improved, and the life and property safety of people living around the power distribution cabinet is guaranteed.

Description

technical field [0001] The invention relates to the technical field of the Internet of Things, in particular to a fire monitoring and processing system for a power distribution cabinet based on the Internet of Things. Background technique [0002] Considering the safety situation, the power distribution cabinets are all working in a closed environment. With the aging of various electronic components and cables, the contact points between important electrical equipment and cables will be damaged due to dust, looseness and oxidation. The contact resistance is too large to generate heat, and the power distribution cabinet is prone to overheating when it is in high temperature in summer. In severe cases, it will cause a fire phenomenon. The fire of the power distribution cabinet will melt the cable skin, resulting in exposed cables and short circuits. phenomenon, which leads to the paralysis of the entire power supply network, and the fire of the power distribution cabinet canno...

AI Technical Summary

Problems solved by technology

[0002] Considering the safety situation, the power distribution cabinets are all working in a closed environment. With the aging of various electronic components and cables, the contact points between important electrical equipment and cables will be damaged due to dust, looseness and oxidation. The contact resistance is too large to generate heat, and the power distribution cabinet is prone to overheating when it is in high temperature in summer. In severe cases, it will cause a fire phenomenon. The fire of the power distribution cabinet will melt the cable skin, resulting in exposed cables and short circuits. phenomenon, which leads to the paralysis of the entire power supply network, and the fire of the power distribution cabinet cannot be detected and dealt with in time, which can easily cause serious disasters and serious property losses. In order to avoid the above problems, we will provide an IoT-based The distribution cabinet fire monitoring and treatment system solves the above problems

Images