Fire control integrated information management platform for building

Abstract

The present invention relates to a fire control integrated information management platform for a building. The fire control integrated information management platform comprises a fire control integrated information management module and a dynamic monitoring system. The fire control integrated information management module comprises a data processing module and a cloud server. The dynamic monitoring system comprises a fire management facility ledger management module, a PDCA management module and a client. The fire control integrated information management platform for a building has the advantages of high safety and reliability and real-time control.

Description

technical field [0001] The invention relates to a fire protection comprehensive information management platform for buildings. Background technique [0002] With the continuous increase of building height and the continuous increase of electrical equipment, people's awareness of fire prevention is gradually improving, and administrative agencies are also constantly strengthening fire safety management. Traditional fire-fighting equipment generally requires manual management and maintenance, and there are great potential safety hazards. In order to eliminate the defects caused by manual management, at present, automatic fire-fighting facilities are generally installed in high-rise buildings, factories and mines, and densely populated places. However, these automatic fire-fighting facilities generally have the problem of lack of effective management. Because it is difficult to carry out sufficient and effective management and inspection, the automatic fire-fighting facilities ...

AI Technical Summary

Problems solved by technology

Traditional fire-fighting equipment generally requires manual management and maintenance, and there are great potential safety hazards. In order to eliminate the defects caused by manual management, at present, automatic fire-fighting facilities are generally installed in high-rise buildings, factories and mines, and densely populated places. However, these automatic fire-fighting facilities also generally have the problem of lack of effective management. Because it is difficult to carry out sufficient and effective management and inspection, the automatic fire-fighting facilities cannot guarantee reliable operation and cannot play their due role in the event of a fire.

The urban fire remote monitoring system connects the independent automatic fire alarm systems in each building to the Internet through the modern communication network, and comprehensively uses information technologies such as geographic information systems and digital video monitoring to monitor the fire alarm conditions of all networked buildings in the monitoring center. A fire information application system that conducts real-time monitoring and centralized management of fire-fighting facilities; however, the traditional fire-fighting remote monitoring system still has problems such as high false alarm rate, untimely alarm, and untimely maintenance of the alarm system; in addition, it can incorporate intelligent The fire-fighting facilities detected by the alarm system account for less than 50% of all fire-fighting facilities, and the safety status of a large number of facilities cannot be effectively monitored

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