Building fire escape indication system based on environmental state detection

Abstract

The invention relates to a building fire escape indication system based on environmental state detection. The building fire escape indication system comprises fire emergency marking lamps, environmental monitoring systems, a control center, and positioning systems. The fire emergency marking lamps are installed in a building channel at the bottom of the channel. The environmental monitoring systems installed in the building are used for detecting the environmental condition of the building and sending the environmental condition to the control center. The control center is used for setting andstoring an alternative escape route plan for the activity zone of each floor based on the building structure and forming a one-key control mode for controlling all fire emergency marking lamps involved in the escape route based on the escape route. The positioning systems are carried by escape people and are used for sending out located activity zone position information of the escape people as rescue requests in emergency. The control center is also used for locating the information in the rescue requests, matching the escape routes based on positioning, rejecting infeasible escape routes based on the environmental condition, and starting the related fire emergency marking lamps based on the kept escape routes. Therefore, the evacuation of the escape personnel is realized safely and quickly.

Description

technical field [0001] The invention relates to the field of building fire escape, and more specifically, relates to a building fire escape indication system based on environmental state detection. Background technique [0002] In social life, fire has become a frequent disaster that threatens public safety and endangers people's lives and property. The height of modern buildings is constantly increasing, and they are becoming more and more high-rise, large-scale, multi-functional and complex. Because the internal structure of the building tends to be complex, it is often confusing for people to find their way, especially in emergencies , due to crowd confusion may delay the best time to escape, resulting in irreparable losses. [0003] The current fire emergency mainly relies on the pre-installed emergency escape lights to indicate the direction of escape, but when encountering a fire, people will be extremely nervous, and the scene will be very chaotic. How to make better...

AI Technical Summary

Problems solved by technology

The height of modern buildings is constantly increasing, and they are becoming more and more high-rise, large-scale, multi-functional and complex. Because the internal structure of the building tends to be complex, it is often confusing for people to find their way, especially in emergencies , due to crowd confusion may delay the best time to escape, resulting in irreparable losses

[0003] The current fire emergency mainly relies on the pre-installed emergency escape lights to indicate the direction of escape, but when encountering a fire, people will be extremely nervous, and the scene will be very chaotic. How to make better use of the escape lights to provide fire protection It is more important to give escape instructions to the people in the

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