Slitting and crosscutting all-in-one machine for towel cloth

Abstract

The invention provides a slitting and crosscutting all-in-one machine for towel cloth. The slitting and crosscutting all-in-one machine comprises a main machine body, a material placing rack mechanismand an ultrasonic unit cabinet, wherein the material placing rack mechanism and the ultrasonic unit cabinet are arranged at the two sides of the main machine body respectively, the material placing rack mechanism is provided with a magnetic powder brake, a deviation rectifying device and a turning roller, the main machine body is provided with a draw roller, a longitudinal cutting mechanism, a crosscutting mechanism, a rear feeding traction device and a cloth pressing device, and the ultrasonic unit cabinet is provided with an ultrasonic vibration part set and a control panel. According to the slitting and crosscutting all-in-one machine for the towel cloth, slitting and crosscutting processing is carried out on the entire roll of superfine fiber fabric, oxford cloth, non-woven fabric andother chemical fiber fabric according to the required length size by adopting ultrasonic wave, and edge banding is carried out on a notch after slitting; the scrap edge is soft; no melting edge, no raw edge and no rough edge exists; the edge does not discolor, does not black and does not scorch; edge warping of the cross section cannot occur, and the cross section is attractive and smooth; a thread removal and seaming technology is omitted. The slitting and crosscutting all-in-one machine for the towel cloth has the advantages that full-automatic integrated operation from feeding to finishedproduct production can be achieved, the production efficiency is effectively improved, and the manpower is saved.

Description

technical field [0001] The invention relates to the field of textile machinery and equipment, in particular to an integrated machine for slitting and cross-cutting terry cloth. Background technique [0002] The towel machine is a common textile product in daily life, and its demand is relatively large. The production process of the towel in the existing production technology is: for a single-layer fabric, first cut the fabric, and then cut the cut fabric. Overlap on all four sides. However, in the prior art towel machine, the feeding device is too simple, and the simple fixed frame structure is difficult to meet the conveyance of fabrics of different sizes; when the size of the feeding material changes, the central axis of the feeding material cannot be automatically adjusted, which will cause quality problems. Secondly, after the towels are processed on the equipment, they need to be individually stitched with trademarks. This separate processing also reduces the overall p...

AI Technical Summary

Problems solved by technology

However, in the prior art towel machine, the feeding device is too simple, and the simple fixed frame structure is difficult to meet the conveyance of fabrics of different sizes; when the size of the feeding material changes, the central axis of the feeding material cannot be automatically adjusted, which will cause quality problems

Secondly, after the towels are processed on the equipment, they need to be individually stitched and stitched with trademarks. This separate processing also reduces the overall processing efficiency of the towels.

Again, the terry cloth slitting machine for traditional fabrics has the problems of slow speed, yellow and hard edge cutting effect, weak edge sealing effect, and low production efficiency.

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