Intelligent electric high-pressure fire extinguishing method

Abstract

The invention provides an intelligent electric high-pressure fire extinguishing method, and relates to the technical field of fire control. The method comprises the following steps of S1, acquiring afire area map, and updating easy-to-fire area information; S2, judging whether the sensing range coverage of a fire sensor reaches a first threshold value or not, if yes, arranging a movable fire extinguisher, and otherwise, not executing the operation; S3, judging whether the fire extinguishing liquid spraying pressure during fire extinguishing of the movable fire extinguisher reaches a second threshold value or not, if yes, showing that the simulation succeeds, executing S4, and otherwise, performing early warning; and S4, judging whether the fire extinguishing time is lower than a third threshold value or not when the movable fire extinguisher moves to a fire point, if so, automatically extinguishing fire, and otherwise, giving an alarm. The method is efficient, intelligent, free of remote control, free of fire extinguishing dead angles, capable of automatically extinguishing fire, capable of being detached to manually control fire extinguishing, not affected by external power failure, accurate in fire induction, capable of conducting targeted fire extinguishing according to different fire types, good in fire extinguishing effect and high in safety.

Description

technical field [0001] The invention relates to the technical field of fire control, [0002] In particular, the present invention relates to an intelligent electric high-pressure fire extinguishing method. Background technique [0003] Present fire fighting generally adopts manual fire fighting equipment to put out a fire or a fire engine. It generally takes 3 to 5 minutes for a fire to spread from the start of the fire. These 3 to 5 minutes are the golden time for fire extinguishing, and 5 to 20 minutes are the stage when the fire quickly spreads to violent combustion. In the early stage of the fire, the person found on the scene is the first party , Their response determines the effect of putting out the initial fire, and whether the fire truck can reach the scene to extinguish the fire within the initial time of the fire determines the quality of fire safety. [0004] Sometimes, it is generally difficult for fire rescue vehicles to reach the fire scene in time from the...

AI Technical Summary

Problems solved by technology

[0005] However, the above-mentioned intelligent fire-fighting device or method still has the following disadvantages: 1. The degree of intelligent control is not high, and the fire truck cannot independently move to the fire scene in the fire-fighting area, and needs to be manually controlled to move; 2. It is ineffective in high-rise buildings such as communities and schools. , the fire truck is small in size and limited by its maximum spray height, it cannot extinguish high-rise fires. Even if it is displaced in the building, there are dead spots for fire fighting; 3. The fire truck cannot continue to work when the power is exhausted; 4. The water pressure of the fire truck Low degree of control, unable to ensure sufficient spray pressure to extinguish the fire

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