IoT (Internet of Things) system applied to fire protection industry

Abstract

The invention provides an IoT (Internet of Things) system applied to a fire protection industry, and relates to the field of IoT systems. Various sensor systems in key fire protection units are regarded as perception objects, and registered into a data exchange middleware installed and configured locally, communication with the data exchange middleware is performed via a wired network or a wireless network, and different services are provided to different upper users via the data exchange middleware. According to the IoT system, via the data exchange middleware, all lower networking fire fighting apparatus are addressed and controlled in a unified manner, various services can be provided to the upper layer, and thus all networking device in the fire protection industry can be interconnected and intercommunicated conveniently.

Description

technical field [0001] The invention relates to the field of Internet of Things systems, in particular to an Internet of Things system applied to the fire protection industry. Background technique [0002] The current fire and fire alarm monitoring systems are basically independent, and the information is not public. Each fire equipment manufacturer has its own set of communication protocols for fire equipment, which makes it difficult for different manufacturers to communicate with each other. Compatible, which seriously affects the interconnection of various objects and equipment in the overall fire protection system, and each unit is often purchased and installed independently and works independently, which is not convenient for users, fire control units and maintenance units to manage, and cannot centrally handle fire alarm information and alarm Real-time information such as system operation status and pump room status can easily lead to missed or delayed reports of fire...

AI Technical Summary

Problems solved by technology

[0002] The current fire and fire alarm monitoring systems are basically independent, and the information is not public. Each fire equipment manufacturer has its own set of communication protocols for fire equipment, which makes it difficult for different manufacturers to communicate with each other. Compatible, which seriously affects the interconnection of various objects and equipment in the overall fire protection system, and each unit is often purchased and installed independently and works independently, which is not convenient for users, fire control units and maintenance units to manage, and cannot centrally handle fire alarm information and alarm Real-time information such as system operation status and pump room status can easily lead to missed or delayed reports of fire information, and the failure of alarm equipment to restore and open in time will directly cause many useful fire data resources to be not fully utilized, which is not conducive to Big data analysis of massive fire information

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