Comprehensive dust removing system for stone production

Abstract

The invention discloses a comprehensive dust removing system for stone production. The comprehensive dust removing system comprises a feeding and crushing dust remover, a vibrating screen dust remover, a machine-made sand dust remover, a feeding and crushing dust collecting pipeline, a vibrating screen dust collecting pipeline, a machine-made sand dust collecting pipeline, a first exhaust chimney,a second exhaust chimney, a first dust concentration sensor, a second dust concentration sensor, a first unloader, a second unloader, a third unloader, a fourth unloader, a fifth unloader, a sixth unloader, a seventh unloader, an eighth loader, a ninth unloader, a tenth unloader, a dust remover scraper, a dust remover transfer scraper and a finished product belt type conveyor, wherein the feedingand crushing dust remover, the vibrating screen dust remover and the machine-made sand dust remover are linearly arranged. The comprehensive dust removing system disclosed by the invention collects dust from a feeding and crushing system area, a vibrating screen sieving system area and a machine-made sand system area in the production process of the stones by adopting the independent dust removers; the dust removers in all the areas are independent of one another, so that mutual interference of air pressures and air volumes in all the areas is avoided and debugging operability is improved.

Description

Technical field: [0001] The invention relates to a dust removal system, in particular to a comprehensive dust removal system for stone production, which belongs to the technical field of stone production. Background technique: [0002] The existing stone production dust removal system generally selects a dust collector according to the required air volume of the entire production line to connect the required dust collection points through the dust collection pipeline for dust collection, but for the material loading and crushing system area, vibration The air pressure and air volume of the dust collector required by the screening system area and the sand making system area are different. The usual solution is to use branch pipes with different diameters to meet the wind pressure and air volume required by the dust collection points in each area. However, in the actual application process, in order to achieve the required dust removal effect, a larger type of dust collector ...

AI Technical Summary

Problems solved by technology

However, in the actual application process, in order to achieve the required dust removal effect, a larger type of dust collector and fan is usually selected, and most of the time dust is over-collected. low rate

The ash powder collected by the dust collector used in the prior art is usually transported to a special ash powder bin by conveying equipment. According to the size of the ash powder bin, it needs to be transported by a special vehicle for ash powder treatment on a regular basis, which increases operating costs and generates secondary dust. Ash powder cannot be used effectively

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