
Textile enterprises have many very important pieces of equipment in the weaving workshops, such as the important warping machine, which uses a frame to dock the warp yarn with the newly replaced warp beam, thereby achieving warp joining and beam replacement; the knotting machine is a machine that replaces manual threading, and the heavy-duty single yarn clamp can greatly reduce labor, lower labor intensity, and cut costs for textile enterprises. After the warp yarn is hung, its condition should remain good—the warp yarn should be perpendicular to the yarn clamp, the yarns parallel to each other, sparse, uniform, and with appropriate tension—which is fundamental to ensuring normal machine operation. Once the yarn loosens, it easily tangles with other yarns, forming double ends, breakage, or knots. However, the knotting machines currently used by textile enterprises have a relatively complex structure and are inconvenient to operate. Therefore, a new type of spinning machine must be developed.
It is a knotting device for textile factories that overcomes the shortcomings of current knotting equipment, such as complex structure and inconvenient operation.
The sock machine yarn feeder device has a simple structure; during operation, the yarn 3 is placed into slot 11, two stop strips 24 are pressed into slot 22 and placed into slot 11, then released; when the spring 23 returns to its original state, the two stop strips 24 are inserted into slot 12, fixing the clamping plate 21 onto slot 11, thereby keeping the yarn 3 in that position.

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