Full-automatic winding machine for multiple filter papers

Abstract

The invention discloses a multi-filter paper full-automatic winding machine, which comprises a filter core skeleton transport positioning mechanism, a skeleton tension winding mechanism, a filter paper transport positioning cutting mechanism, and a tape transport pasting mechanism; the filter core skeleton transport positioning mechanism sends the filter core skeleton to to the skeleton tensioning and winding mechanism; the skeleton tensioning and winding mechanism tightens the filter element skeleton and drives the filter element skeleton to rotate; the filter paper conveying positioning and cutting mechanism is provided with multiple, and each filter paper conveying positioning and cutting mechanism is equipped with A filter paper roll; the filter paper transport positioning and cutting mechanism sends the filter paper on the corresponding filter paper roll to the filter element skeleton expanded by the skeleton expansion and winding mechanism; the tape conveying and pasting mechanism sticks the filter paper to the filter element skeleton through tape superior. The invention realizes the full automation of the winding production of the filter element and filter paper, reduces the labor intensity of the production personnel, improves the production efficiency, and has broad market prospects.

Description

technical field [0001] The invention relates to a multi-filter paper automatic winding machine. Background technique [0002] Many devices that use air as the power transmission medium on the market today require an air filter, and the filter element in the filter is its core component. Since the filter needs to filter and block different substances, the filter element is made by winding two or more filter papers of different materials and thicknesses on the filter element skeleton made of steel (or other materials). Because the filter paper needs to be replaced with different filter papers during the winding process on the skeleton, this work is difficult to use mechanical equipment. Currently, the paper winding of the filter core is still done manually. The labor intensity is high, the production efficiency is low, the quality is not stable, and there is a lot of waste of filter paper. In recent years, some companies and enterprises at home and abroad have also developed...

AI Technical Summary

Problems solved by technology

Because the filter paper needs to be replaced with different filter papers during the winding process on the skeleton, this work is difficult to operate with mechanical equipment. At present, the paper winding of the filter core is still done manually.

The labor intensity is high, the production efficiency is low, the quality is unstable, and there is a lot of waste of filter paper

In recent years, some companies and enterprises at home and abroad have also developed and produced some filter paper winding machines, but the current effect is limited to semi-manual and semi-mechanical, and some equipment can only wind one kind of filter paper at a time, which cannot meet the production needs.

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