Yarn rolling device capable of preventing yarn from loosening

Abstract

The invention relates to the field of cloth rolling, and in particular to a cloth rolling device capable of preventing cloth from loosening. The cloth rolling device comprises a support mechanism, a positioning mechanism, a guide mechanism, a cleaning mechanism, a rolling mechanism and a protection mechanism; the rolling mechanism is installed on a surface of the support mechanism; after the rolling mechanism is connected with a power supply, rolling of a cloth is realized; the protection mechanism positioned on the surface of the support mechanism is slidably connected with a surface of the support mechanism in an annular array manner at equal intervals, wherein the cloth is protected from loosening during rolling; one end of the rolling mechanism is rotationally connected with the cleaning mechanism on a side wall of the guide mechanism, wherein the rolling mechanism rotates to drive the cleaning mechanism to clean the cloth, so that dust is prevented from adhering to a surface of the cloth when the cloth is rolled, and production quality of the cloth is improved; and the positioning mechanism is in threaded connection with the top of the support mechanism, so that the rolling mechanism can be positioned conveniently during rolling, and the rolling mechanism is prevented from shaking. After rolling is finished, the positioning mechanism is detached to be matched with the rolling mechanism for ejecting the cloth, so that the rolled cloth is convenient to take.

Description

technical field [0001] The invention relates to the field of yarn winding, in particular to a yarn winding device capable of preventing loose yarns. Background technique [0002] When the existing material winding device is winding the yarn, the yarn is guided and fed through the guide roller, and the wound yarn is tightened through the guiding mechanism and a single roller that fits the yarn. , because several layers of yarns that have been wound up are squeezed and protected by the rollers at the same position, and the protection points of several layers of yarns that have been wound up are single, and it is easy to cause the wounded yarns to loosen during winding. If you continue to wind the yarn, the yarn will not be rolled tightly enough, and the yarn will be uneven; and the yarn at the front end of the winding shaft will be in direct contact with the air during transportation, and the dust in the air will fall to the air. The dust on the surface of the yarn is wound u...

AI Technical Summary

Problems solved by technology

[0002] When the existing material winding device is winding the yarn, the yarn is guided and fed through the guide roller, and the wound yarn is tightened through the guiding mechanism and a single roller that fits the yarn. , because several layers of yarns that have been wound up are squeezed and protected by the rollers at the same position, and the protection points of several layers of yarns that have been wound up are single, and it is easy to cause the wounded yarns to loosen during winding. If you continue to wind the yarn, the yarn will not be rolled tightly enough, and the yarn will be uneven; and the yarn at the front end of the winding shaft will be in direct contact with the air during transportation, and the dust in the air will fall to the air. The dust on the yarn surface is rewound without cleaning, which affects the quality of yarn production

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