Silk winding device

Abstract

The invention discloses a silk winding device. The silk winding device comprises machine frames, a winding roller mechanism, a driving compression mechanism, a compression roller mechanism, a cuttingworkbench and a shut-off mechanism. The winding roller mechanism and the compression roller mechanism are mounted between the machine frames, and a control system, a lifting control mechanism, a pressure regulation mechanism and a compression roller mounting mechanism are arranged on the driving compression mechanism. The pressure regulation mechanism is mounted on the lifting control mechanism, the compression roller mounting mechanism is arranged on the pressure regulation mechanism, and two ends of the compression roller mechanism are mounted on the compression roller mounting mechanism. Anauxiliary guide roller is arranged between the winding roller mechanism and the cutting workbench, the shut-off mechanism is arranged above the cutting workbench, a compression roller capable of automatically regulating pressure is adopted to effectively abut against a winding roller, the compression roller plays an extrusion role on a greige cloth wound to a coiling roller, and it is ensured that the winding is level and tight; and the shut-off mechanism with a press plate is adopted to shut off plus materials, and notches are ensured to be parallel and level.

Description

【Technical field】 [0001] The invention relates to the technical field of silk production equipment, in particular to a silk winding device. 【Background technique】 [0002] Silk, a kind of textile, is made of silk or synthetic fiber, man-made fiber, and filament; the general term for fabrics made of pure or interwoven silk or man-made silk. The processing of silk in the production workshop of the textile factory has a production process that needs to roll the gray cloth. This process generally uses a coiling machine. Because the gray cloth itself is uneven and has a certain fluffy state, when the gray cloth is rolled After reaching the cloth roll, the rolled gray cloth will have radial slack, that is, the gray cloth cannot be tightly wound on the winding roller, so that when the gray cloth of the same length is wound on the cloth winding roller, it will take up more space. Large space, that is, the radial thickness of the roll-shaped gray cloth will be relatively large, resu...

AI Technical Summary

Problems solved by technology

The processing of silk in the production workshop of the textile factory has a production process that needs to roll the gray cloth. This process generally uses a coiling machine. Because the gray cloth itself is uneven and has a certain fluffy state, when the gray cloth is rolled After reaching the cloth roll, the rolled gray cloth will have radial slack, that is, the gray cloth cannot be tightly wound on the winding roller, so that when the gray cloth of the same length is wound on the cloth winding roller, it will take up more space. Large space, that is, the radial thickness of the roll-shaped gray cloth will be relatively large, resulting in the reduction of the amount of cloth rolled by the same cloth roll, so there is room for improvement, so a silk winding device is proposed

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