A condition monitoring and visual analysis system for building operation equipment based on the Internet of Things

Abstract

The present invention proposes a building operation equipment status monitoring and visual analysis system based on the Internet of Things. The present invention utilizes the communication technology of the Internet of Things to monitor the status data of various sensors and functional facilities of the intelligent building in real time. The present invention further aims at the state data, according to the spatial distribution of its sampling points, adopts a visualization method to generate a building state pattern, displays the state of the entire intelligent building through the pattern, and uses image processing and pattern recognition technology to quickly and qualitatively analyze the state data. pattern to realize the identification and monitoring of regional anomalies in buildings.

Description

technical field [0001] The invention relates to intelligent building technology, in particular to a building operation equipment status monitoring and visual analysis system based on the Internet of Things. Background technique [0002] Intelligent building is the application of informatization and Internet of Things technology to buildings, and realizes the optimization of various building functions without human intervention. Intelligent buildings not only include the building itself, but also cover various types of functional facilities inside the building. Compared with the traditional building body and its internal facilities, the essential advantages of intelligent buildings are: large-scale collection of building-related diversified data information, high-efficiency and intelligent data analysis and status judgment, remote operation control of functional facilities, and human-based The experience is optimized for the ultimate goal of the built environment. Among the...

AI Technical Summary

Problems solved by technology

This analysis method is too simple and cannot truly reflect the actual status of various operating equipment in intelligent buildings and their regional development and changes.

Moreover, due to the variety of sources and types and the inconsistency of standards, operating equipment such as sensors and functional facilities in smart buildings lack a unified naming and numbering standard. Searching for the desired data points among thousands of sampled data points greatly increases the difficulty of using these data in the management and analysis stages

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