Precision digital bobbin winder

Abstract

The invention discloses a precision digital bobbin winder which comprises an electrical cabinet and a rack, wherein a control panel is arranged at the top end of the electrical cabinet; five groups ofwinding devices are mounted on the rack in an equal spacing manner; five groups of reciprocating wire guide box body mechanisms are mounted below the winding devices; each group of reciprocating wireguide box body mechanism is located below a position between two adjacent groups of winding devices; unwinding devices are arranged below the five groups of reciprocating wire guide box body mechanisms, and comprise unwinding motor seats and wire cake supports; shields are fixedly mounted at two ends of each wire cake support; each shield close to one side of each unwinding motor seat is fixedlyconnected with a transmission shaft; and a movable clamping head is movably mounted on each shield away from each unwinding motor seat. The precision digital bobbin winder disclosed by the invention is reasonable in overall structural design, can effectively accord with processing technologies for various yarns and various bobbins, and can be generally popularized and used.

Description

technical field [0001] The invention belongs to the technical field of winding machines, and in particular relates to a precision digital winding machine. Background technique [0002] Winding technology (commonly known as rewinding technology) is the front-end preparation technology in the textile industry. If its equipment technology content is low, it will directly affect the quality of the back-end high-grade fabric weaving. The biggest problem affecting the quality of the fabric (large areas of stripes appear on the thin fabric surface) is that the tension of the yarn wound on the bobbin is unstable, the density of the winding is uneven, and the overlap between the yarn and the yarn is too much caused by other factors. Nowadays, many domestic winding machines adopt friction passive winding, traversing mechanism with trough and luffing, and mechanical tension control. This kind of equipment has backward technology and automatic control, which often causes yarn Inner qu...

AI Technical Summary

Problems solved by technology

The biggest problem affecting the quality of the fabric (large areas of stripes appear on the thin fabric surface) is that the tension of the yarn wound on the bobbin is unstable, the density of the winding is uneven, and the overlap between the yarn and the yarn is too much caused by other factors

Nowadays, many domestic winding machines adopt friction passive winding, traversing mechanism with trough and luffing, and mechanical tension control. This kind of equipment has backward technology and automatic control, which often causes yarn poor internal quality

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