Unified management and linkage control system and method for internal facilities of constructional engineering

Abstract

The invention provides a unified management and linkage control system for internal facilities of constructional engineering. The unified management and linkage control system comprises a plurality ofmonitoring systems, a plurality of equipment control systems and a data acquisition interaction platform, wherein the monitoring system and the equipment control systems realize data communication with the data acquisition interaction platform through software middleware and hardware middleware, and the data interaction platform fuses monitoring data of the monitoring system, identifies the typeof a monitoring event and a weak link, realizes linkage work between different equipment control systems according to an identification result, and performs early warning on the weak link of the structure. According to the unified management and linkage control system, information islands among a plurality of traditional subsystems in a constructional engineering internal system are broken through, monitoring blind angles and monitoring loopholes easily existing in a traditional single-system monitoring event are made up, a monitoring event identification result is more accurate, and the unified management and linkage control system is suitable for being used in intelligent reconstruction of existing constructional engineering.

Description

technical field [0001] The invention relates to the field of building intelligence, in particular to a unified management and linkage control system and method for internal facilities of a construction project. Background technique [0002] At present, with the popularization of the concept of intelligent buildings, traditional construction projects gradually transition to intelligent building functions. However, in actual construction, due to the lack of overall standard planning and unified design, the internal facilities of construction projects are mostly divided into batches and stages. The "chimney" construction of the manufacturer has led to the current management subsystems and modules of the internal facilities of the construction project acting independently, becoming isolated islands of information, unable to be managed in a unified manner and linked processing, and becoming a key core problem in intelligent construction. The existing construction content is compl...

AI Technical Summary

Problems solved by technology

[0002] At present, with the popularization of the concept of intelligent buildings, traditional construction projects gradually transition to intelligent building functions. However, in actual construction, due to the lack of overall standard planning and unified design, the internal facilities of construction projects are mostly divided into batches and stages. The "chimney" construction of the manufacturer has led to the current management subsystems and modules of the internal facilities of the construction project acting independently, becoming isolated islands of information, unable to be managed in a unified manner and linked processing, and becoming a key core problem in intelligent construction. The existing construction content is completely invalid, and it is necessary to propose a unified management and linkage control method for the internal facilities of the construction project on the basis of the existing construction conditions, and complete the intelligent upgrade of the construction project intensively and efficiently without a large number of changes to the current hardware facilities.

Images