Fire-fighting detection control system based on Internet of Things communication

Abstract

The invention relates to a fire-fighting detection control system based on Internet of Things communication. The system comprises a monitoring server, a plurality of fire-fighting controllers and a plurality of pieces of fire-fighting equipment. The plurality of fire-fighting controllers are arranged in a fire-fighting area. The fire-fighting controllers are connected with the plurality of pieces of fire-fighting equipment correspondingly. The fire-fighting equipment is used for detecting real-time fire-fighting data of the fire-fighting area. When receiving fire alarm information sent by the fire-fighting controllers, the monitoring server can send a treatment instruction to the fire-fighting controllers according to preset treatment logic, and thus the fire-fighting equipment executes fire-fighting action according to control of the fire-fighting controllers. According to the system, the site treatment requirement for management personnel can be reduced, and thus fire-fighting management and control are more convenient and efficient.

Description

technical field [0001] The invention relates to the technical field of industrial fire protection, in particular to a fire detection control system based on IoT communication. Background technique [0002] At present, the control method for fire-fighting equipment is mainly manual control. Although some manufacturers also provide a remote control method, users can remotely understand the activation status of fire-fighting equipment through smart terminals such as mobile phones, but the function is limited, generally only for a certain The equipment is under single control, and most of them only support receiving feedback information from fire fighting equipment, displaying the current status of the equipment, so as to let users know whether the equipment is activated or not. However, most of the existing fire protection cloud service products based on the Internet of Things are based on single or composite smoke, temperature, and combustible gas detectors. The fire response...

AI Technical Summary

Problems solved by technology

[0002] At present, the control method for fire-fighting equipment is mainly manual control. Although some manufacturers also provide a remote control method, users can remotely understand the activation status of fire-fighting equipment through smart terminals such as mobile phones, but the function is limited, generally only for a certain The device performs single control, and most of them only support receiving feedback information from fire-fighting equipment, displaying the current status of the device, so that users can know whether the device is activated or not

However, most of the existing fire protection cloud service products based on the Internet of Things are based on single or composite smoke, temperature, and combustible gas detectors. The fire response and processing capabilities cannot meet the real-time requirements of industrial fire monitoring and the multi-department linkage requirements in the event of a large fire

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