Subway station emergency evacuation self-rescue commanding system

Abstract

The invention provides a subway station emergency evacuation self-rescue commanding system which comprises the components of an intelligent emergency monitoring controller, an Internet center controlend, an intelligent alarming system, an emergency evacuation indicating system and a personnel evacuation self-rescue mobile terminal. The intelligent emergency monitoring controller acquires monitoring data of each passage and platform in the subway station and transmits to the Internet center control end. The Internet center control end determines time, place, event condition and a safe evacuation path of an emergency, transmits to the personnel evacuation self-rescue mobile terminal, and furthermore transmits starting indicating information to the intelligent alarm system and the emergencyevacuation indicating system. The personnel evacuation self-rescue mobile terminal receives a safe evacuation path which is transmitted from the Internet center control end, and performs voice reminding to personnel for evacuation according to the safe evacuation path. The subway station emergency evacuation self-rescue commanding system can realize in-time finding of the emergency in the subway station and automatically generates an evacuation plan, thereby maximally reducing casualty caused by the emergency.

Description

technical field [0001] The invention relates to the technical field of emergency rescue, in particular to an emergency evacuation self-rescue command system for emergencies in subway stations. Background technique [0002] There are many emergencies in subway stations, and fire is the most common one. Stampede incidents caused by untimely evacuation have often occurred in the news in recent years. When a fire occurs, it can expand in a short time, allowing a short escape time. However, subway stations are densely populated, and it is easy to cause crowds to panic and crowd because of irrelevant things, and crowds run around and stampede incidents occur, causing casualties. [0003] At present, it is generally to rely on fire-fighting facilities such as subway stations, civil air defense, and underground pipe corridors to monitor fires, use water spray and air spray to control fires, and use exhaust fans to remove toxic smoke. Or, in the event of an emergency, rely on the s...

AI Technical Summary

Problems solved by technology

However, subway stations are densely populated, with a large flow of people and few ways to escape. In the event of an emergency, relying on existing fire-fighting facilities and evacuation plans is still unable to quickly and efficiently realize self-rescue and reduce the casualty rate as much as possible.

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