Cloth wobbling system with multiple sets of left-right wobbling mechanisms and two sets of front-back wobbling mechanisms

Abstract

The invention discloses a cloth wobbling system with multiple sets of left-right wobbling mechanisms and two sets of front-back wobbling mechanisms. The cloth wobbling system comprises the two sets of front-back wobbling mechanisms and the multiple sets of left-right wobbling mechanisms, wherein all the wobbling mechanisms are independently controlled. Each set of front-back wobbling mechanism comprises a front-back motor, a front-back crank, a first front-back connecting bar, a second front-back connecting bar, a front-back adjustable bar, a third front-back connecting bar, a fourth front-back connecting bar, a first front-back bearing, a second front-back bearing, a front-back following bar, a first front-back cloth wobbling plate and a second front-back cloth wobbling plate. Each left-right wobbling mechanism comprises a left-right motor, a left-right crank, a first left-right connecting bar, a second left-right connecting bar, a third left-right connecting bar, a fourth left-right connecting bar, a support, a cloth wobbling bucket, a fabric pipe and a left-right wobbling device. The front-back cloth wobbling mechanisms and the left-right cloth wobbling mechanisms which can be independently controlled are adopted, fabric is made to be folded and stacked in a set rectangular range, and therefore the problems that the fabric falls down in the folded and stacked process and the like are prevented.

Description

technical field [0001] The invention relates to the technical field of dyeing machinery, in particular to a control system with multiple sets of left and right swing mechanisms and two sets of front and rear swing mechanisms. Background technique [0002] The control system of the fabric dyeing machine is the key link of the fabric movement system of the fabric dyeing machine. The arrangement mechanism of the traditional fabric dyeing machine is only a swing mechanism in the left and right directions. It is difficult to neatly, orderly and evenly disperse and accumulate the fabrics and control them in a certain area, so it is easy to cause the fabrics to pile up and fall, become entangled and knotted, and even pull. Broken fabrics and other problems that seriously affect the dyeing quality, as well as problems such as too little cloth per unit volume. Therefore, it is necessary to provide a novel control system capable of solving the above-mentioned shortcomings of the o...

AI Technical Summary

Problems solved by technology

The arrangement mechanism of the traditional fabric dyeing machine is only a left and right swing mechanism. It is difficult to neatly, orderly and evenly disperse and accumulate the fabrics and control them in a certain area, so it is easy to cause the accumulation of fabrics to fall, entangle and knot, and even pull. Broken fabrics and other problems that seriously affect the dyeing quality, as well as problems such as too little cloth per unit volume

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