Machine vision detection system for unchy yarn shape parameters

Abstract

The invention discloses a machine vision detection system for bunchy yarn shape parameters. The system is applied to a method for detecting the quality of slubby yarn in a textile industry. The detection system mainly comprises slubby yarn image acquisition equipment and slubby yarn image processing equipment and a slubby yarn image structure and a slubby yarn image processing algorithm. Due to the adoption of the detection system, a statistical series of slub length, slub space, slub multiplying power and slub cycle can be obtained; the slubby yarn prepared by spinning according to the parameters can have the same vision effect as that of given slubby yarn; and the efficiency and production reliability can be greatly improved and the parameters and spinning effect of the slubby yarn can be visually displayed during the design process of processing materials provided by clients, the spinning process of the slubby yarn, and the quality detection process of the slubby yarn.

Description

technical field [0001] The invention relates to the field of textile industry, in particular to a method for detecting the quality of slub yarn, in particular to a machine vision detection system for shape parameters of slub yarn. Background technique [0002] Slub yarn is a kind of fancy yarn. Due to its unique appearance structure, the fabric has a strong three-dimensional effect and a variety of styles. For example: Denim clothing made of slub yarn denim woven from slub yarn not only retains the unique roughness, free and easy style, wear resistance, good water absorption and strong air permeability of denim, but also has the characteristics of "raindrops". , rain line" special effect, after washing and stone milling, the slub part of the cloth surface is not the same as the normal part decolorization, it has a three-dimensional sense and an old-fashioned feeling, and the randomly changing "rain line" style has more delicate and individual beauty, deep Popular with young...

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Problems solved by technology

[0009] 2. This method is not suitable for yarns containing conductive fibers (metal wires, carbon fibers, etc.)

[0011] 4. The capacitance is very sensitive to the moisture content of the yarn, and the uniformity of moisture absorption of the yarn seriously affects the test results

[0012] 5. The cleaning of the capacitor plates, the flying flowers between the plates, and the stains on the plates themselves seriously affect the test results

[0013] 6. The inhomogeneity of the electric field between the capacitor plates and the position of the yarn passing through the plate slots seriously affect the test results. It is necessary to keep the original shape of the yarn and its position between the plate slots as much as possi

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