Silk separating and warping equipment

Abstract

The invention discloses silk separating and warping equipment. The silk separating and warping equipment comprises a drive yarn feeding creel and a warping machine. The silk separating and warping equipment is characterized in that the subsequent device of the drive yarn feeding creel further comprises a yarn collecting plate, a yarn needle collecting assembly, a first tension roller device, a silk separating frame, a silk separating plate, a silk separating needle assembly, a second tension roller device and a warping needle assembly which are sequentially connected, a plurality of yarn collecting holes are formed on the yarn collecting plate, and a plurality of silk separating holes are formed on the silk separating plate; the drive yarn feeding creel comprises a creel body, a tension device, a motor, an installation sleeve and an installation bearing; and the silk separating creel comprises a support, a plurality of silk separating rod assembly, a left silk separating rod seat and a right silk separating rod seat. Silk separating and warping processes can be realized through one equipment, so that cost and labor are saved; and moreover, drive unreeling is adopted during the silk separating process, so that the product quality is improved.

Description

technical field [0001] The invention relates to a warping equipment for separating and warping chemical fiber mother silk, and belongs to the technical field of chemical fiber weaving equipment. Background technique [0002] The traditional process of splitting and warping chemical fiber mother filaments is first processed by drawing in a chemical fiber factory, and then processed by splitting to separate individual monofilament tubes, and then transported to the warping factory for warping processing. The process is complex, costly, and wasteful. Labor force, while the yarn feeding frame in the wire drawing process of the chemical fiber factory, the mother silk bobbin is generally hung on the installation shaft of the yarn feeding frame, and then passively unwound. In addition, the mother disk is generally axially opposite to the splitter, which causes the mother wire on the mother disk to twist, which affects the quality of the product, and because of passive unwinding, th...

AI Technical Summary

Problems solved by technology

[0002] The traditional process of splitting and warping chemical fiber mother filaments is first processed by drawing in a chemical fiber factory, and then processed by splitting to separate individual monofilament tubes, and then transported to the warping factory for warping processing. The process is complex, costly, and wasteful. Labor force, while the yarn feeding frame in the wire drawing process of the chemical fiber factory, the mother silk bobbin is generally hung on the installation shaft of the yarn feeding frame, and then passively unwound. In addition, the mother disc is generally axially opposite to the splitter, which will cause the twisting of the mother wire on the master disc, which will affect the quality of the product, and because of the passive unwinding, there will be more broken ends of the yarn.

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