Clean and efficient pottery grinding production line

Abstract

The invention discloses a clean and efficient pottery grinding production line. The clean and efficient pottery grinding production line is composed of one or two or more production units. Each production unit comprises an outer cover box body (1), grinding equipment, an axial flow fan (4), a filter element (5), a water inlet pipe (6) and a water filter tank (7), wherein the front face of each outer cover box body (1) is provided with a rectangular opening; each set of grinding equipment is mounted at the front end of the corresponding outer cover box body; each axial flow fan (4) is arrangedon the rear portion of the corresponding outer cover box body; each filter element (5) is mounted on the rear portion of an outlet of the corresponding axial flow fan; each water inlet pipe (6) is arranged above the corresponding filter element and sprays water to the corresponding filter element; and each water filter tank (7) is arranged below the corresponding filter element. By means of the clean and efficient pottery grinding production line, dust generated after pottery grinding can be efficiently filtered out and recycled; the production environment is prevented from being polluted; theclean and efficient pottery grinding production line is compact in structure and high in production efficiency; and the problems that traditional pottery grinding is low in efficiency, the working environment is bad, and the management difficulty is high are completely solved.

Description

technical field [0001] The invention relates to the technical field of pottery grinding equipment, in particular to a clean and efficient pottery grinding equipment that can effectively prevent dust from flying. Background technique [0002] Pottery production has a long history in our country, and the fired pottery must be polished and trimmed to a certain extent, especially the bottom, opening, and edges of the pottery. For a long time, pottery polishing has basically been carried out in an open environment. With the rapid development of the pottery industry and the pottery polishing industry, the scale of the polishing workshop has also become larger and larger. In order to facilitate operation, most of the polishing equipment cannot be completely covered. Equipped with a simple dust collection device and a dust exhaust fan, not only the dust filtration recovery rate is not high, but also leads to a large amount of dust generated by grinding in the workshop, which serious...

AI Technical Summary

Problems solved by technology

For a long time, pottery polishing has basically been carried out in an open environment. With the rapid development of the pottery industry and the pottery polishing industry, the scale of the polishing workshop has also become larger and larger. In order to facilitate operation, most of the polishing equipment cannot be completely covered. Equipped with a simple dust collection device and a dust exhaust fan, not only the dust filtration recovery rate is not high, but also leads to a large amount of dust generated by grinding in the workshop, which seriously pollutes the production environment

In addition, in order to reduce the interference between each grinding station and reduce the harm of dust to workers, there must be a certain distance between each station, resulting in scattered equipment stations, which not only occupies a large area, but also greatly increases production management. difficulty

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