Intelligent fire alarm method and intelligent fire alarm system based on artificial intelligence

Abstract

The embodiment of the invention provides an intelligent fire alarm method and an intelligent fire alarm system based on artificial intelligence. The method comprises the following steps of calculatinga fire behavior confirming sensor set by sensors under a circumstance that any sensor finds that a fire behavior exists in a building, sending an assistant confirming signal to each sensor in the fire behavior confirming sensor set and meanwhile, sending the assistant confirming signals to a fire protection control center; determining, by each sensor in the fire behavior confirming sensor set, afire behavior characteristic and obtaining a fire behavior verification signal according to the positions and types of the assistant confirming signals, and sending the fire behavior verification signal to the fire protection control center; importing, by the fire protection control center, fire scene characteristics in the assistant confirming signals and the fire behavior verification signal into a first deep learning network to obtain fire behavior confirming probability, and importing the fire scene characteristics in the assistant confirming signals and the fire behavior verification signal into a second deep learning network to obtain an escape policy and a fire protection policy; and sending the escape policy to a building broadcasting system, and sending the fire protection policyto a fire protection decision-making department at the same time. According to the intelligent fire alarm method and the intelligent fire alarm system, the fire alarm efficiency is improved.

Description

technical field [0001] This application relates to the field of artificial intelligence, in particular to an artificial intelligence-based intelligent fire alarm method and system. Background technique [0002] At present, in the case of a fire situation, the alarm is generally issued in two ways: one way is to call the police through the witnesses on the scene. This way may have false alarms and false reports, and firefighters cannot Grasp the fire situation at the scene; another way is to sense it through IoT devices installed in the fire scene. This method cannot accurately alarm. For example, if someone smokes in the room, the smoke sensor will alarm. Moreover, after the above two methods of alarming, firefighters need to analyze the cause of the fire and the size of the fire, and also need to make decisions on the configuration of firefighters, the scheduling of firefighting equipment, and the research and judgment of fire extinguishing steps. These tasks take up a lot ...

AI Technical Summary

Problems solved by technology

[0002] At present, in the case of a fire situation, the alarm is generally issued in two ways: one way is to call the police through the witnesses on the scene. This way may have false alarms and false reports, and firefighters cannot Grasp the fire situation at the scene; another way is to sense it through the IoT device installed in the fire scene, this method cannot accurately alarm, for example, if someone smokes in the room, the smoke sensor will give an alarm

Moreover, after the above two methods of alarming, firefighters need to analyze the cause of the fire and the size of the fire, and also need to make decisions on the configuration of firefighters, the scheduling of firefighting equipment, and the research and judgment of fire extinguishing steps. These tasks take up a lot of time. Time delays the best time to extinguish the fire, and may even cause personal injury to firefighters

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