Edge calculation building fire hydrant water supply system data acquisition monitoring system

Abstract

The invention belongs to the field of intelligent buildings, and particularly discloses an edge computing building fire hydrant water supply system data collecting and monitoring system which comprises an edge computing internet-of-things terminal system, an intelligent building elastic internet-of-things comprehensive wiring system and a cloud server. Each edge computing Internet of Things terminal system is composed of a fire hydrant water supply data acquisition subsystem, a sub-control subsystem, an edge computing main control subsystem and intelligent building joint arrangement system software, and multiple groups of edge computing Internet of Things terminal systems are distributed in a building; each group of edge computing internet-of-things terminal system is a functional unit capable of independently controlling a certain area, and a plurality of groups of multi-type fire hydrant water supply data acquisition subsystems and sub-control subsystems are arranged in each group of edge computing internet-of-things terminal system. The fire hydrant water supply monitoring system is high in integration, intelligence and integration degree, can realize integrated comprehensive intelligent data acquisition and monitoring of a fire hydrant water supply system in a building, and is higher in intelligence degree.

Description

technical field [0001] The invention relates to the field of smart buildings, in particular to an edge computing data acquisition and monitoring system for building fire hydrants and water supply systems. Background technique [0002] The Internet of Things can connect ubiquitous end devices and facilities, including sensors with "intrinsic intelligence", mobile terminals, industrial systems, building control systems, and home smart facilities, through various wireless and / or wired long-distance and / or The short-distance communication network realizes interconnection, application integration, and cloud computing-based operation modes. Under the intranet, private network, and / or Internet environment, an appropriate information security mechanism is adopted to provide safe, controllable and even personalized services. Management and service functions such as real-time online monitoring, location traceability, alarm linkage, dispatching command, plan management, remote control,...

AI Technical Summary

Problems solved by technology

However, the status monitoring of the fire hydrant water supply system is almost blank at present, and the system status completely depends on the regular inspection of the fire department. Difficulty in dimension management

The self-condition monitoring of the equipment and pipelines of the fire hydrant water supply system is weak, and the regulation is difficult. It cannot effectively realize the daily intelligent and stable monitoring of the state of the fire hydrant water supply system of the building, and it is also difficult to carry out comprehensive intelligent operation and maintenance management

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