V-shaped vertical brushing machine

Abstract

The invention provides a V-shaped vertical brushing machine which comprises a frame body, a brushing roller mechanism, a cloth winding roller and a pressing mechanism. The frame body is provided with an inlet beam, a support frame and a brushing cabin. Multiple sets of cloth guide rollers and a set of tension frame are arranged on the inlet beam. An automatic contrast device and a scutching roller are arranged on the support frame. Cloth is sent into the brushing cabin through multiple sets of cloth guide rollers, the tension frame, an automatic edge alignment device and the scutching roller. The brushing roller mechanism is arranged in the brushing cabin, and comprises two sets of first brush rollers, five sets of second brush rollers, a set of beat rollers and multiple sets of cloth guide rollers, wherein two sets of first brush rollers, two sets of second brush rollers and a cloth guide roller are symmetrically arranged in the shape of V. The beat rollers are located between the second second brush roller and the third second brush roller to beat the cloth. The cloth winding roller is located behind the frame body to take up brushed cloth, and the cloth is pressed by the pressing mechanism arranged behind the frame body.

Description

technical field [0001] The patent of the present invention relates to a brushing machine, in particular to a V-shaped vertical brushing machine. Background technique [0002] In the textile market, sanded fabrics occupy a very important position. It has thick, soft and warm characteristics, which can improve the performance of fabrics, especially textiles such as peach skin and suede that have been sanded. Favored by users. [0003] During the sanding process of the fabric, waste wool will adhere to the fabric due to factors such as electrostatic force. If it is not removed, it will have an adverse effect on the subsequent printing process and equipment. Moreover, a small amount of fluff may still be reported on the sanded fabric. Together, the fluff direction is not the same, resulting in misalignment of the cloth surface and downturning. If the bristles are not brushed, it will be difficult for the color paste to adhere to the fabric evenly during printing, resulting in d...

AI Technical Summary

Problems solved by technology

[0003] During the sanding process of the fabric, waste wool will adhere to the fabric due to factors such as electrostatic force. If it is not removed, it will have an adverse effect on the subsequent printing process and equipment. Moreover, a small amount of fluff may still be reported on the sanded fabric. Together, the fluff direction is not the same, resulting in misalignment of the cloth surface and downturning. If the bristles are not brushed, it will be difficult for the color paste to adhere to the fabric evenly during printing, resulting in defects such as color spots and color clusters. A large number of defective fabrics are produced, resulting in big loss

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