Building fire protection real-time monitoring system based on BIM

Abstract

The invention discloses a building fire protection real-time monitoring system based on BIM. The building fire protection real-time monitoring system comprises a main control center, a main control display interface, a BMI database, a building real-time monitoring device, a fire protection detecting device, a fire protection control actuator and a fault detecting-warning device, wherein the main control display interface, the BMI database, the building real-time monitoring device, the fire protection detecting device, the fire protection control actuator and the fault detecting-warning device are in signal connection with the main control center; by combining with the data of the BMI database and the situation monitored by the building real-time monitoring device, the main control center can obtain real-time three-dimensional images according to the information fed back by the fire protection detecting device and the fault detecting-warning device, and the images are displayed on the main control display interface. The building fire protection real-time monitoring system has the advantages that (1) the monitoring system combines BIM technology and real-time monitoring technology, achieves real-time, intelligent and three-dimensional visual monitoring of building fire protection, and enables monitoring to be more intuitive, fast and convenient; (2) in case of fire protection danger, the monitoring system can quickly give an alarm, fire protection measures are quickly started, and safety performance is higher.

Description

technical field [0001] The invention relates to a monitoring system, in particular to a BIM-based real-time monitoring system for building fire protection, which belongs to the technical field of monitoring. Background technique [0002] Now, all parties have higher and higher requirements for building fire protection. Not only do they require complete fire protection facilities, but also they are required to be safe and reliable, and they are also required to be able to be monitored in real time. [0003] At present, most of the monitoring of fire-fighting facilities in buildings adopts manual monitoring, and some better buildings use real-time camera monitoring, but these monitoring only stay at a shallow level of monitoring, and it is impossible to prevent fire accidents and fire-fighting facilities. Higher-level monitoring such as real-time fault monitoring and automatic early warning cannot achieve 3D visual monitoring of buildings in the monitoring room. Contents of ...

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Problems solved by technology

[0003] At present, most of the monitoring of fire-fighting facilities in buildings adopts manual monitoring, and some better buildings use real-time camera monitoring, but these monitoring only stay at a shallow level of monitoring, and it is impossible to prevent fire accidents and fire-fighting facilities. Higher-level monitoring such as real-time fault monitoring and automatic early warning cannot achieve 3D visual monitoring of buildings in the monitoring room

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