emergency avoidance system

Abstract

The invention relates to an emergency hedge system which comprises a sensor, an escape guiding device and a control device. The sensor is used for detecting people flow conditions on an escape tunnel and transmitting corresponding people flow condition signals to the control device. The control device controls the escape guiding device according to the people flow condition signals on the sensor. The escape guiding device is used for providing guiding signals. The emergency hedge system is matched with the escape guiding device and the control device through the sensor. When emergencies such as a fire disaster, an earthquake, a terrorist attack and an air attack happen, the emergency hedge system detects the people flow speed, the people flow density or the people flow volume on the escape tunnel through the sensor, controls the escape guiding device through the control device and enables the escape guiding device to provide the guiding signals so that people can rapidly choose a channel facilitating escaping to escape. The emergency hedge system is simple in structure and low in cost, and can provide a good escape route.

Description

Technical field [0001] The invention relates to a system for fire emergency, in particular to an emergency avoidance system. Background technique [0002] With the increase in the size and complexity of the structure of the building, the passage of the building is more complicated. Therefore, in the event of a fire, how to make the people in the building escape the building faster and more quickly? It has become an important topic for fire prevention and disaster prevention in modern buildings. According to the requirements of fire protection regulations, there should be no less than two “safety exits” leading to the outside of larger buildings, and evacuation indicators pointing to the “safety exits” are often set on the corresponding passages of the “safety exits”. [0003] However, in the event of a fire, some "safety exits" have been blocked by the fire and have become the most unsafe "safety exits". Some people in the building are often unaware of them and continue to follow ...

AI Technical Summary

Problems solved by technology

[0003] However, when a fire breaks out, some "safety exits" have been blocked by the fire, and have become the most unsafe "safety exits", and some people in the building are often unaware and continue to follow the instructions of the evacuation lights. As a result, the "safety exit" became a disaster trap

Since the currently used safety evacuation indicator lights do not have intelligent features, they cannot correctly give the escape route away from the fire according to the flow of people, and cannot choose the correct escape route, thereby delaying the timing of escape, causing confusion in the escape scene, and causing disasters. Extended consequences

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