Remote fire-fighting supervisory safety assessment system based on internet of things (IOT) and control method thereof

Abstract

The invention provides a remote fire-fighting supervisory safety assessment system based on the internet of things (IOT) and a control method thereof, which are used in places or positions in need of fire-fighting supervision. The remote fire-fighting supervisory safety assessment system is characterized in that a relay server preprocesses and classifies data and information which are acquired by a data acquisition unit in real time or periodically, and then an information transmission unit transmits the preprocessed and classified data and information to a user and a remote central control unit; a server group of the central control unit communicates with a display end module, and the information transmission unit communicates with the data acquisition unit so as to restore running information of a field fire-fighting system; and meanwhile the restored running information is stored in a server database so as to form historical data, and the historical data and real-time data are analyzed, compared and judged so as to provide third-level early-warning information for an administrator and the user in real time and periodically generate a safety assessment report. By adopting the remote fire-fighting supervisory safety assessment system, the system administrator and the user can know about the running state information of the field fire-fighting system as well as the operating performance and running safety condition of the fire-fighting system and equipment in a department at any time so as to realize normal fire-fighting safety guarantee mechanisms in various industries.

Description

[0001] technical field [0002] The invention relates to a remote monitoring safety assessment system, in particular to a remote fire monitoring safety assessment system based on the Internet of Things and a control method thereof. Background technique [0003] At present, the fire remote monitoring system technology is developing rapidly. It has developed from a single real-time monitoring function of fire information to a highly integrated monitoring management system integrating real-time fire information transmission, geographic information positioning, and video. The application technology is becoming more and more mature. [0004] However, whether it is the early fire monitoring or the current highly integrated fire monitoring management system, it is only a real-time restoration of on-site information, and it is impossible to judge and evaluate the performance and equipment life cycle of the fire protection system used by users. In particular, the fire protection syst...

AI Technical Summary

Problems solved by technology

[0004] However, whether it is the early fire monitoring or the current highly integrated fire monitoring management system, it is only a real-time restoration of on-site information, and it is impossible to judge and evaluate the performance and equipment life cycle of the fire protection system used by users.

In particular, the fire protection system equipment of large-scale industrial and civil buildings is very complex, the production time is different, and there is a lack of historical data related to the operation period, which is difficult and costly in the actual maintenance process

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