Monitoring area fire-fighting fire smoke AI identification linkage system and method

Abstract

The invention discloses a monitoring area fire-fighting fire smoke AI identification linkage system and method, and relates to the technical field of fire-fighting early warning, and the system comprises a data collection module, a combustible analysis module, a combustion analysis module, a fire-fighting equipment management module, a management module and a client. The early warning information is sent to the staff, the combustion of the fire point is analyzed and matched with the corresponding fire-fighting equipment, and the staff is guided to acquire the corresponding fire-fighting equipment to extinguish fire, so that the problem of loss caused by the fact that the initial stage of the fire is difficult to discover in time and the correct response is difficult to make in time in the prior art is solved.

Description

technical field [0001] The invention relates to the technical field of fire early warning, in particular to an AI recognition linkage system and method for fire smoke in a monitoring area. Background technique [0002] Fires can generally be divided into initial stage, developmental stage, violent stage and declining stage. In general, the loss can be reduced only after the fire point is found and extinguished in the initial stage and the developing stage. The existing smoke particle sensing system requires smoke Particles enter the sensor to cause an alarm. Infrared and laser technology also require smoke shielding to trigger an alarm. It is difficult to be found in time at the initial stage of a fire. After the fire point spreads to the surrounding combustibles, the flames produced by different combustibles are different, resulting in the need to choose different fire-fighting equipment for fire-fighting operations. Without common knowledge of fire-fighting, it is difficul...

AI Technical Summary

Problems solved by technology

[0002] Fires can generally be divided into initial stage, developmental stage, violent stage and declining stage. In general, the loss can be reduced only after the fire point is found and extinguished in the initial stage and the developing stage. The existing smoke particle sensing system requires smoke Particles enter the sensor to cause an alarm. Infrared and laser technology also require smoke shielding to trigger an alarm. It is difficult to be found in time at the initial stage of a fire. After the fire point spreads to the surrounding combustibles, the flames produced by different combustibles are different, resulting in the need to choose different fire-fighting equipment for fire-fighting operations. Without common knowledge of fire-fighting, it is difficult to make a correct response in time , resulting in failure to extinguish the fire in time and resulting in losses

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