Urban safety emergency evacuation management system

Abstract

The invention discloses an urban safety emergency evacuation management system. The system comprises a management server, and a disaster situation sensing module, an information monitoring module, a disaster situation display module, a disaster situation position confirmation module, an entrance and exit monitoring module, a personnel statistics module and a voice output module which are connectedwith the management server. The system is high in data safety and high in automation degree, the disaster response speed is effectively increased, the sound-light-electricity integrated fire alarm prompt function and various alarm notification modes are achieved, fire disasters caused by negligence of operators on duty are effectively prevented, manual alarm and automatic early warning are achieved, and the evacuation effect is obvious.

Description

technical field [0001] The invention belongs to the field of urban security, in particular to an urban security emergency evacuation management system. Background technique [0002] When a fire occurs, where the evacuation is done well, the fire loss can generally be significantly reduced. Mainly rely on people to dial 119 to carry out fire alarm at present. Though the product that automatically dials 119 to call the police has been arranged on the market, this product function is simple, and intelligentization, degree of automation are lower. The main evacuation mode of the traditional evacuation design system is: evacuate along the evacuation route from the room to the corridor to the hall to the stairs. Evacuate by descending the evacuation stairs to the outside. This traditional evacuation design system is based on the organization of the horizontal evacuation flow of people and the analysis of the scale, plane form and quantity of the horizontal and vertical intersec...

AI Technical Summary

Problems solved by technology

However, it has a vertical traffic elevator that usually carries a large number of people, but it loses its vertical evacuation ability during a fire; the evacuation route during a fire is separated from the usual traffic route; in high-rise buildings, the elevator and the evacuation stairs are out of touch; The vertical evacuation time of the evacuation stairs is too long; on the traditionally designed evacuation route, the evacuation passage is often difficult to ensure safety due to the effect of cluster flow; the refuge floor is used as a safety area, and if the location is not set properly, the effect is limited, etc. disadvantages

In the prior art, there is a design method to ensure the safety of daily traffic routes and facilities in the event of a fire, which combines the design of daily traffic routes with the design of safe evacuation, that is, the passages around elevators, elevator halls and their surroundings are used as safety areas , so that the unusable elevators and elevator halls that may become dangerous areas in the event of a fire become safe areas that can be used, but this method is mainly used for temporary refuge and cannot achieve a real emergency evacuation effect, especially for large high-rise buildings buildings, whose role is more limited

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