Pressure-stabilizing aerial fog distributor

Abstract

The invention relates to a pressure-stabilizing aerial fog distributor. The pressure-stabilizing aerial fog distributor comprises a box body, wherein a water channel device and a gas channel device are mounted in the box body; the gas channel device is located below the water channel device; the water channel device consists of a water channel output pipeline and water channel device distributing valve components; a first electromagnetic valve and a first pressure stabilizing valve; the gas channel device consists of a gas channel output pipeline and gas channel device distributing valve components; a second electromagnetic valve and a second pressure balancing valve are sequentially mounted on the gas channel output pipeline. The water channel device and the gas channel device are mounted in the box body in an integrated manner, so that dust can be effectively prevented, and unnecessary damage can be reduced; the electromagnetic valves and the pressure stabilizing valves are mounted on both the water channel device and the gas channel device to adjust the water pressure and the gas pressure of the output pipelines, so that the water pressure and the gas pressure of a plurality of nozzles configured on each output pipeline are balanced and consistent, and accordingly, the effect of unified and balanced integral spraying of water-mist dust suppression equipment can be achieved.

Description

technical field [0001] The invention relates to an aerosol pressure-stabilizing distributor of an aerosol dust suppression device. Background technique [0002] The traditional layout method is to expose all the branches to the outside, so that there is no preventive measure against dust and accidental damage. At the same time, the branch pipes of traditional equipment are separated into a branch pipe in the form of a pipe tee. When the pipe is infinitely extended, its The pressure of the medium in the pipeline will be attenuated due to the length of the pipeline, so that the pressure balance of each branch pipeline cannot be guaranteed. At the equipment use site, if the pipeline branch method is used, the water and gas paths are arranged in a staggered manner, and the branch pipelines are complicated and the pressure is unstable. , there will be a situation where the pressure of the nearest branch line on the pipeline is too high, while the pressure of the farthest branch l...

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Problems solved by technology

[0002] The traditional layout method is to expose all the branches to the outside, so that there is no preventive measure against dust and accidental damage. At the same time, the branch pipes of traditional equipment are separated into a branch pipe in the form of a pipe tee. When the pipe is infinitely extended, its The pressure of the medium in the pipeline will be attenuated due to the length of the pipeline, so that the pressure balance of each branch pipeline cannot be guaranteed. At the equipment use site, if the pipeline branch method is used, the water and gas paths are arranged in a staggered manner, and the branch pipelines are complicated and the pressure is unstable. , there will be a situation where the pressure of the nearest branch line on the pipeline is too high, while the pressure of the farthest branch line is not enough

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