A textile yarn winding regulating tensioning frame

Abstract

The invention provides a textile yarn winding adjustment tensioning frame, which includes an outer cylinder, an inner cylinder, a thread-integrating mechanism, a winding mechanism and a base. The inner cavity of the outer cylinder is sleeved with four sets of inner cylinders, four The inner cylinder is rotationally symmetrical at the center of the outer cylinder, and four sets of wire-integrating mechanisms are equidistantly arranged around the outer cylinder, and each set of wire-integrating mechanisms is equipped with a coiling mechanism on the outside. The base is located around the bottom of the outer cylinder; the present invention ensures that multiple groups of yarns are not wound together during the winding process by separately winding them, which improves the winding efficiency and meets the requirements of use; in addition, the whole yarn of the present invention The height of the bobbin is adjustable and the rotation angle of the arc-shaped piece is adjustable. The rotation angle of the arc-shaped piece can be changed by raising the height of the bobbin, thereby changing the tension of the yarn outlet part and preventing the speed of the thread from getting faster and faster. Quickly let the yarn suffer more and more tension and cause the yarn to break.

Description

technical field [0001] The invention relates to the technical field of textile yarns, in particular to a tensioning frame for adjusting the winding of textile yarns. Background technique [0002] Yarn is a kind of textile, which is processed into a certain fineness product with various textile fibers, and is used for weaving, rope making, thread making, knitting and embroidery, etc. It is divided into staple fiber yarn, continuous filament and so on. [0003] The current winding mechanism only uses motor-driven winding rollers. When multiple groups of yarns are wound at the same time, multiple yarns will be entangled together, which cannot meet the needs of use; in addition, the yarns are fixed on the winding device In theory, the yarn should be kept under constant tension as much as possible during winding, so that the coil obtained by winding is more stable and beautiful, and it will not cause differences in the performance of each section of the yarn during long-term stor...

AI Technical Summary

Problems solved by technology

[0003] The current winding mechanism only uses motor-driven winding rollers. When multiple groups of yarns are wound at the same time, multiple yarns will be entangled together, which cannot meet the needs of use; in addition, the yarns are fixed on the winding device In theory, the yarn should be kept under constant tension as much as possible during winding, so that the coil obtained by winding is more stable and beautiful, and it will not cause differences in the performance of each section of the yarn during long-term storage.

However, since the outer diameter of the reel is getting larger and larger when rewinding, and the rotational speed of the drive motor of the reel is usually constant, relatively speaking, the speed of rewinding is getting faster and faster. It is bound to lead to an accident where the tension on the yarn increases and the yarn breaks

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