Wool grabbing and cutting combined machine with good wool scrap cleaning effect

Abstract

The invention relates to a wool grabbing and cutting combined machine with a good wool scrap cleaning effect. The wool grabbing and cutting combined machine comprises a rack, a wool grabbing mechanism, a dust collection mechanism and a wool cutting mechanism, wherein the wool grabbing mechanism, the dust collection mechanism and the wool cutting mechanism are all arranged on the rack, and a driving roller assembly and a conveying platform are arranged on the rack. A napping needle roller and a finishing roller are driven by a power box to pass through the surface of knitted fabric, and napping, ironing and carding processes of the knitted fabric are completed; Cleaning of scraps on the knitted fabric to be cut is enhanced through the dust collection mechanism and a blowpipe on a support rod, the knitted fabric after cutting can be discontinuously beaten through a beating mechanism to separate the wool scraps attached to the knitted fabric during cutting, and the wool scraps are collected in time through a cleaning mechanism, so that the quality of the knitted fabric after cutting is greatly improved, and meanwhile, subsequent unnecessary cleaning procedures can be reduced; and through arranging the wool grabbing mechanism and the wool cutting mechanism, a wool grabbing function and a wool cutting function are integrated on one machine, so that the production cost is reduced, and the production space is saved.

Description

technical field [0001] The invention relates to a textile machine, in particular to a combined wool grasping and shearing machine with good effect of cleaning dandruff. Background technique [0002] Picking and shearing are essential steps in the forming process of knitted fabrics. Picking is a process in which the linear speed of the raising needle roller is slightly greater than the running speed of the fabric, so that the needle is inserted into the surface of the knitted fabric and the surface fibers of the knitted fabric are picked up. The tightness and the difficulty in controlling the depth of the raising needle roller inserted into the fabric are the bottlenecks restricting the development of this technology. In the shearing process, some wastes will be carried during transportation, some of which have strong adhesion. When the knitted fabric enters the shearing mechanism for shearing, it is easy to cause damage to the mechanism. In addition, the knitted fabric will...

AI Technical Summary

Problems solved by technology

Picking is a process in which the linear speed of the raising needle roller is slightly greater than the running speed of the fabric, so that the needle is inserted into the surface of the knitted fabric and the surface fibers of the knitted fabric are picked up. The tightness and the difficulty in controlling the depth of the needle roller inserted into the fabric are the bottlenecks that restrict the development of this technology

In the shearing process, some wastes will be carried during transportation, some of which have strong adhesio

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