Operation method of wire-wound filter element special dust adsorption device

Abstract

The invention discloses a wire-wound filter element special dust adsorption device which comprises two dust collection plates and a power chamber, a dust collection chamber is arranged on the inner side of each dust collection plate, an air uniformizing chamber is arranged in each dust collection plate, the two ends of each air uniformizing chamber are streamlined, and six rows of evenly distributed air suction holes are formed in the inner wall of each dust collection plate. The air suction holes penetrate through the inner wall of the dust collection plate, a power chamber is installed on the outer side of the dust collection plate and fixedly connected with the dust collection plate, a guide pipe is installed at the bottom of the power chamber and made of stainless steel pipes, and an air pump is installed in the power chamber. According to the dust adsorption device special for the wire-wound filter element, an annular dust suction chamber can be formed through a dust suction plate, an air flow can be fully adjusted through an air uniformizing chamber, the air flow generated by air pump adsorption is buffered, a surrounding type air suction opening is formed as much as possible, comprehensive adsorption of environmental dust is facilitated, dead angles are reduced, and the air cleanliness of a production workshop is improved; and harm to employee health and workshop machinery is reduced.

Description

technical field [0001] The invention relates to the technical field of wire-wound filter elements, in particular to an operation method of a special dust adsorption device for wire-wound filter elements. Background technique [0002] The wire-wound filter element is made of textile fiber yarns with good filtration performance that are precisely wound on a porous skeleton. The yarn materials include polypropylene fiber, acrylic fiber, absorbent cotton fiber, etc. By controlling the winding tightness and density of the yarn during winding, filter cores with different precision can be made. Textile fiber roving will inevitably produce textile dust during the finishing and winding process. If there is no effective dust disposal device, these textile fiber dust will float in the air and easily enter the mechanical gap or be inhaled by the operator. The service life of the machinery may even endanger the health of the operating staff. [0003] Therefore, how to design a special...

AI Technical Summary

Problems solved by technology

Textile fiber roving will inevitably produce textile dust during the finishing and winding process. If there is no effective dust disposal device, these textile fiber dust will float in the air and easily enter the mechanical gap or be inhaled by the operator. The service life of the machinery may even endanger the health of the operating staff

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