Fire-control remote visible alarming and remote control fire extinguishing system

Abstract

The invention discloses a fire-control remote visible alarming and remote control fire extinguishing system which is composed of a front-end detecting and sensing system, a middle-end signal processing transponder and a terminal remote emergency command platform. A box body connecting socket of a fire-control detecting and sensing box is electrically connected with a temperature sensor and a temperature sensing trigger switch through signal wires, and the fire-control detecting and sensing box emits a wireless signal to be communicated with the intelligent control host of the middle-end signal processing transponder. The relay AP of the middle-end signal processing transponder receives and emits a wireless WIFI network card to be communicated with a terminal router and a network switch. The system is adopted for real-time field monitoring and in-time feedback so as to realize functions of remote visible alarming, remote visible control fire extinguishing, remote scheduling of nearby firefighters for rescue and remote emergency command for rescue and disaster relief at first time to furthest avoid or reduce the loss caused by fire.

Description

technical field [0001] The invention relates to a fire-fighting remote visual alarm and remote control fire extinguishing system, in particular to the remote unified management and remote visual alarm system for the fire protection systems of urban high-rise buildings, super high-rise buildings, underground buildings and large comprehensive buildings. , Remote visual control fire extinguishing and remote emergency command and disaster relief system. Background technique [0002] At present, domestic automatic fire alarm systems are basically based on regional automatic fire alarm systems, centralized fire automatic alarm systems and control center automatic fire alarm systems. These systems are generally self-contained and self-enclosed, and cannot realize remote information between systems. Sharing, it can only respond in the duty room inside the building. When a fire occurs, the system itself cannot automatically report to the city's "119" fire alarm reception center and r...

AI Technical Summary

Problems solved by technology

[0002] At present, domestic automatic fire alarm systems are basically based on regional automatic fire alarm systems, centralized fire automatic alarm systems and control center automatic fire alarm systems. These systems are generally self-contained and self-enclosed, and cannot realize remote information between systems. Sharing, it can only respond in the duty room inside the building. When a fire occurs, the system itself cannot automatically report to the city's "119" fire alarm reception center and remotely control the fire extinguishing device to extinguish it, and it cannot reflect the specific fire location and the size of the fire. , resulting in delays in receiving fire alarms, delaying remote sharing of fire information, and missing the best opportunity for firefighting, resulting in inability to save oneself, delayed rescue, and even catastrophe

However, using scientific fire-fighting system equipment to realize fire-fighting remote visual alarm and remote-control fire-extinguishing system technology, thereby improving the accuracy of fire-fighting early warning and monitoring and the ability to respond quickly to disasters has not yet been realized, and the establishment of a unified command and unified management of the city, County and other multi-level fire early warning real-time monitoring and remote emergency command and disaster relief systems are not ideal

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