Efficient dust collection workshop

Abstract

The invention relates to an efficient dust collection workshop which is mainly composed of a workshop room and a dust collection system, wherein the workshop room is provided with an air hole floor, a glass window, a vent skylight and an automatic closing door, the dust collection system mainly comprises a vent channel arranged at the bottom of the workshop,as well asa multi-layered filter screen, an atomizing system and a fan arranged outside the workshop; a settling pool composed of oblique bottom plates is arranged at the bottom of the vent channel at the bottom of the workshop; the settling pool is provided with a drainage pipe for draining water to the outside. According to the efficient dust collection workshop, the vent channel and the air hole floor arearranged at the bottom of the workshop room, the vent skylight is formed atthe upper part of the workshop room and the vent channel goesoutwards in a curved way and is connected with a water mist and dust collection device, so that the dust generated in the workshop room can only settle downwards and is sucked to go through the multi-layered filter screen, then the dust is sprayed and cleaned with the water mist on the multi-layered filter screen and flows away downwards; no dust exists in the upper layer space of the workshop room and the breathing health of a worker is guaranteed.

Description

technical field [0001] The invention relates to a dust removal workshop, in particular to a workshop for efficiently removing dust from the bottom, and belongs to the technical field of air purification. Background technique [0002] Many processing vehicles generate a lot of dust or smoke, especially in stone processing workshops, which need to use stone saws, cutting machines, grinders and other workpieces to cut and polish stone materials. The impact caused the stone powder to rebound, refract, fly, and diffuse in the workshop. These stone powders with a particle size distribution of 10μm-0.3mm have the characteristics of small particle size and strong adsorption force, which will cause serious damage to the human respiratory tract, easily cause occupational diseases such as silicosis, and also bring environmental pollution problems. The current method of removing dust in the workshop is mainly to install the wind energy device on the side wall of the workshop, and then ...

AI Technical Summary

Problems solved by technology

The current method of removing dust in the workshop is mainly to install the wind energy device on the side wall of the workshop, and then install the dust removal device on the ventilation channel of the ventilation device, but in this way, the dust in the workshop still flows to the side, which seriously affects the health of the workshop workers

It is difficult for a general workshop dust removal device to handle a large amount of dust, so a lot of mixed dust is even directly discharged to the outside, causing outside air pollution

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