Automatic processing device for radial distribution of fibers in yarns

Abstract

The invention discloses an automatic processing device for radial distribution of fibers in yarns. The device comprises an operating platform, and an automatic slicing mechanism aiming at slicing yarns with different diameters is arranged on the operating platform. Since the automatic processing device for radial distribution of the fibers in the yarns is provided with a yarn fixer, a glue dispensing opening is arranged on the yarn fixer, glue dispensing fixing is carried out through the glue dispensing opening, a motor drives an ejector rod to push a piston after fixing, the yarns subjected to glue dispensing enter a first pressing plate, a second pressing plate carries out fixing, a cutter can carry out slicing conveniently, automatic slicing is realized, and the yarn fixer has differentdiameters to be better suitable for slicing yarns with different diameters.

Description

technical field [0001] The invention relates to the technical field of slicing devices, in particular to an automatic processing device for fiber radial distribution in yarns. Background technique [0002] The radial distribution of fibers in the yarn is the distribution characteristic of different fibers in the yarn cross section in the blended yarn. The properties of the fibers in the blended yarn are quite different, and the fiber transfer rules are different during spinning. One kind of fiber is more concentrated in the outer layer, The other kind of fiber is more concentrated in the inner layer, causing the fiber to be distributed differently in the cross-section of the yarn. Generally, those with long, thin and high modulus fibers are easy to transfer to the inner layer; otherwise, they tend to tend to the outer layer. [0003] In actual production, the radial distribution of fibers can be used to improve the hand feel and wearing performance of the fabric. For exampl...

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Problems solved by technology

[0003] In actual production, the radial distribution of fibers can be used to improve the hand feel and wearing performance of the fabric. For example, in wool-polyester blended yarns, the polyester is distributed in the inner layer as much as possible through the selection of fiber properties, and the wool is distributed in the outer layer, which is conducive to the dryness and smoothness of the yarn. The improvement of the strength and the hairy feeling of the fabric increase at the same time, but now the analysis of the radial distribution of fibers in the yarn is mainly done manually. Fiber area and the final calculation of the Hamilton index. In the prior art, the slicing of the fiber radial analysis in the yarn is mainly performed manually, and the Hastelloy slicing device is often used for slicing analysis. The Hastelloy slicing device not only has many steps but also cannot be performed automatically. slicing, so that the entire process cannot be automated

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