Fire-fighting evacuation method, system, device and equipment

Abstract

The invention discloses a fire-fighting evacuation method. The method comprises the steps of obtaining fire parameters collected by a perception sensor in real time and position information of the perception sensor; according to the fire parameters, the position information of the perception sensor and pre-stored structure information of a current building, planning a target evacuation route, andgenerating a corresponding fire escape plan; responding to a request for checking the fire escape plan, transmitting the fire escape plan to a client side corresponding to the request, and performingreal-time display so that a user can escape according to the fire escape plan. It can be seen that the method can generate the fire escape plan in time according to the ignition position and can enable a trapped person to find an emergency exit for the first time by means of the fire escape plan; the fire escape plan displayed in real time can also dynamically monitor the fire tendency, and firefighters can put out a fire conveniently. Correspondingly, the invention discloses a fire-fighting evacuation system, device and equipment which achieve the technical effects.

Description

technical field [0001] The invention relates to the technical field of fire safety, and more specifically, to a fire evacuation method, system, device and equipment. Background technique [0002] In the process of rapid urban development, high-rise buildings are getting taller and denser. While enjoying the many conveniences brought by this rapid change, we also have to face many problems brought about by development. Among them, fire safety, as an important part of modern architecture, still faces great challenges. [0003] At present, the traditional fire protection system can automatically alarm in the event of a fire, and the safety exit signs installed in the corridor can indicate the direction of escape. However, the existing objective situation is that office buildings and residential buildings have large areas and high floors, and the safety passages of buildings are complex and multi-directional, and people cannot have a clear memory of their building structures a...

AI Technical Summary

Problems solved by technology

However, the existing objective situation is that office buildings and residential buildings have large areas and high floors, and the safety passages of buildings are complex and multi-directional, and people cannot have a clear memory of their building structures and safety passages. As a result, the escape personnel turn in disorder and cannot find the safe exit at the first time; moreover, if a room in the building is on fire, because people are scattered in different rooms, they rashly open the door to escape without knowing the current location of the fire , is likely to stray into the fire area

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