Automatic long flax feeding device for flax yarn production

Abstract

The invention relates to the technical field of flax yarn production, in particular to an automatic long flex feeding device for flax yarn production. The device comprises a rack, a placing table, a pushing mechanism and a supplying mechanism; the pushing mechanism is arranged above the placing table and comprises pushing parts and storing areas; the supplying mechanism comprises a winding assembly and an outputting assembly, the pushing parts drive the winding assembly to swing when pushing fiber bundles into the winding assembly in sequence, thus, when being outputted, a former group of fiber bundles in the winding assembly are twined with a latter group of fiber bundles after end-to-end overlapping in the winding assembly, and the overlapped and twined fiber bundles are transferred andoutput through cooperation of the outputting assembly and the winding assembly; when multiple groups of fiber bundles are transferred into the supplying mechanism in sequence through the pushing mechanism, every two adjacent groups of fiber bundles in the winding assembly are twined crosswise through the winding assembly after automatic end-to-end overlapping, and then closely connected fiber bundles are formed. The technical problem that in the fiber bundle transferring process in the prior art, breakage occurs easily is solved.

Description

technical field [0001] The invention relates to the technical field of flax yarn production, in particular to a long linen automatic feeding device for flax yarn production. Background technique [0002] Long fiber has many characteristics such as hygiene, comfort, coolness, hygroscopicity, antibacterial property, etc., so its fabric is highly praised by modern people; due to the limitation of natural flax length, long fiber needs to be processed by The combed long fibers are overlapped with the specified fiber bundle specifications to form fiber strips, and then the fiber strips are processed by multiple processes such as drawing, coarse sanding and spun yarn to form high-quality yarns; [0003] Chinese patent: 200910156956X discloses microwave-resistant flax yarn and its production process. The yarn is made of stainless steel metal fiber and flax long fiber blended, and the stainless steel metal fiber accounts for 5% to 40% by weight of the blended yarn , the flax long fi...

AI Technical Summary

Problems solved by technology

[0004] The above-mentioned technical scheme does not publicly describe the support of flax long fibers to the hemp strips, but discloses its specific implementation; and in the current actual production process, the long fibers after combing are manually divided into beams by manual beam splitting, and then The fiber bundles after splitting are overlapped and connected to make hemp strips; due to the large manual operation error and the overlapping connection of two adjacent groups of fiber bundles, the problem of fiber bundle breakage is likely to occur during the subsequent transfer process while manually manipulating the fibers The overlapping length between bundles cannot be guaranteed accurately, which leads to the problem of poor uniformity of the slats

Images