Device for simulating fuzzing and pilling of fabric

Abstract

The invention provides a device for simulating fuzzing and pilling of a fabric. The device belongs to the technical field of textile machinery, which comprises a double-sided fuzzing and pilling module and a double-sided rolling ball module, wherein the double-sided fuzzing and pilling module comprises a sliding double-sided fuzzing and pilling mechanism and a double-sided fuzzing and pilling driving mechanism; the sliding double-sided fuzzing and pilling mechanism comprises a first fuzzing and pilling assembly and a second fuzzing and pilling assembly; fuzzing and pilling broaching teeth arearranged on the first fuzzing and pilling device and the second fuzzing and pilling device; a transmission roller of the double-sided fuzzing and pilling driving mechanism is attached to a double-sided fuzzing and pilling driving cam under the action of an upper torsional spring and a lower torsional spring of a swing base; the double-sided rolling ball module comprises a left rolling ball deviceand a right rolling ball device; and the left rolling ball device and the right rolling ball device are arranged in a bilateral symmetry mode. According to the device, the fuzzing and pilling processof the fabric can be simulated, the anti-fuzzing and anti-pilling performance of the fabric can be conveniently tested, the simulation conditions are variable, and the device is suitable for simulating fuzzing and pilling of different fabrics.

Description

technical field [0001] The invention relates to the technical field of textile fabrics, in particular to a device for simulating fluffing and pilling of fabrics. Background technique [0002] Textile fabrics are the basic materials for making textiles. There are many kinds of textile fabrics, including soft fabrics, crisp fabrics, glossy fabrics, thick and heavy fabrics, transparent fabrics, brushed printed fabrics, jacquard fabrics, functional fabrics, etc. It is precisely because of the diversity of textile fabrics that the diversity of textiles can be guaranteed. The production process of textile fabrics mainly includes spinning, weaving, cloth inspection, cutting, sewing, ironing, inspection, etc. The same yarn can produce different textile fabrics under different production processes. With the continuous improvement of people's living standards, the requirements for clothing are not limited to warmth, durability, and new requirements for comfort, aesthetics, functional...

AI Technical Summary

Problems solved by technology

2. Entanglement into balls: In the densely fluffed area, loose fibers are entangled. When the fluff is exposed to a certain length, the fluff at a certain distance is tangled into balls due to rubbing and friction, repeated elongation and retraction, and the resulting hairball It is not big and does not form a dead knot. One end of it is embedded in the fiber of the fabric and connected to the cloth surface. Hair balls are easy to hide dirt and affect the appearance of fabrics

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