Internet-of-things-based dangerous source monitoring system and implementation method thereof

Abstract

The invention relates to an internet-of-things-based dangerous source monitoring system and an implementation method thereof. The system comprises a dangerous source information acquisition system, adatabase system, an MQTT proxy server and a query system, and the dangerous source information acquisition system is connected with the database system and the MQTT proxy server, the MQTT proxy serveris connected with the query system; the dangerous source information acquisition system acquires dangerous source data and sends the dangerous source data to the database system and the MQTT proxy server, the database system stores the dangerous source data into a database through the data server, the MQTT proxy server sends the received dangerous source data to the query system, the query systemreceives and displays the dangerous source data, and therefore the real-time monitoring function and the early warning function of the dangerous source are achieved. The real-time monitoring and early warning function for the dangerous source in the chemical park is achieved, the application range is wide, the system can be accessed and operated at any time and anywhere, can timely give feedback,and is accordant with the concept of national sustainable green development.

Description

technical field [0001] The invention belongs to the technical field of automatic detection, in particular to a danger source monitoring system based on the Internet of Things and an implementation method thereof. Background technique [0002] In recent years, many chemical industrial parks have been established in various parts of our country. Due to the dense population, dangerous chemicals and major hazards in the chemical industry park, once an accident occurs, the disaster will cause huge losses. However, at present, the phenomenon of "development first, safety later" is common in the construction of chemical industry parks, and the means of safety production supervision and management are relatively backward. From a technical point of view, the detection of each hazard source is independent of each other, lacking an overall monitoring function, let alone realizing the real-time monitoring of hazard sources and the early warning function of hazard sources. Contents of...

AI Technical Summary

Problems solved by technology

Due to the dense population, dangerous chemicals and major hazards in the chemical industry park, once an accident occurs, the disaster will cause huge losses

However, at present, the phenomenon of "development first, safety later" is common in the construction of chemical industry parks, and the means of safety production supervision and management are relatively backward

From a technical point of view, the detection of each hazard source is independent of each other, lacking an overall monitoring function, let alone realizing the real-time monitoring of hazard sources and the early warning function of hazard sources

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