A Marginalization Analysis and Self-organization Building Fire Emergency Method and Microsystem

Abstract

The invention provides a marginalized analysis and self-organization building fire-fighting emergency method and a micro-system, and the method comprises the following steps: S1, collecting fire-fighting sensing data of a position where fire-fighting sensing equipment is located by fire-fighting sensing equipment, and obtaining the fire-fighting sensing data of the positions where other fire-fighting sensing equipment is located within a certain distance range; s2, analyzing the fire-fighting sensing data, and determining the fire condition of the position where the fire-fighting sensing equipment is located; s3, determining a fire handling or emergency escape configuration scheme matched with the fire condition according to the fire condition; s4, broadcasting the configuration scheme, and adding a serial number and a micro-group ID of the fire-fighting sensing equipment to the configuration scheme; and S5, receiving, by a fire-fighting execution device, the configuration scheme and the additional micro-group ID and fire behavior level, judging the conformity between the configuration scheme and the fire-fighting execution device, and executing an instruction of the configurationscheme. The situation of system paralysis caused by unstable communication conditions in the prior art is avoided, and the real-time performance of fire behavior development and control instructions is also ensured.

Description

technical field [0001] The present invention relates to the field of fire emergency technology, more specifically to a method and microsystem for marginalized analysis and self-organized building fire emergency. Background technique [0002] Fire emergency response is the fundamental guarantee to deal with sudden fire, maintain personal safety, and reduce the loss of the building itself. At present, front-ends such as smoke or infrared sensing probes, alarms, and fire sprinklers are generally installed in smart buildings, and can be organized as a fire emergency system by using the Internet of Things. [0003] However, the existing fire emergency systems are generally connected to the central control system by front-end networks such as smoke or infrared sensor probes, alarms, and fire sprinklers. When issuing control commands, the real-time performance of the whole process is low due to the rapid change of the fire situation. In addition, the communication status is unstab...

AI Technical Summary

Problems solved by technology

[0003] However, the existing fire emergency systems are generally connected to the central control system by front-end networks such as smoke or infrared sensor probes, alarms, and fire sprinklers. The real-time performance of the whole process is low due to the rapid change of the fire situation when the control command is issued. In addition, the communication status is unstable during the fire, and the signal interruption of the communication signal between the front-end and the central control system is likely to occur, resulting in system paralysis

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