Textile fabric pulling-feeding-cutting device

Abstract

The invention discloses a textile fabric pulling-feeding-cutting device and belongs to the field of textile fabric processing mechanical equipment. A fabric unwinding mechanism, a material guiding cutting mechanism and a fabric pulling-feeding mechanism are arranged in sequence on one side of a fabric conveying stand in the horizontal direction; a fabric compaction connecting rod is horizontally arranged between the material guiding cutting mechanism and the fabric pulling-feeding mechanism; a rotating disc damping connecting rod is horizontally arranged between the fabric unwinding mechanismand the fabric pulling-feeding mechanism; a fabric unwinding supporting roller is horizontally and fixedly arranged on a fabric unwinding rotating disc; a fabric cutting base is horizontally and fixedly arranged on the fabric conveying stand which is positioned on one side of a fabric guiding-feeding rotating roller; a fabric cutting tool is arranged on the lower side of a lifting cutting plate which is positioned at an output end of a fabric cutting air cylinder; and the output end of the fabric cutting air cylinder is fixedly connected with a fabric pulling-feeding guiding plate. The deviceis of a reasonably designed structure, and can realize continuous pulling, feeding and cutting of textile fabrics in a high-efficiency and accurate way, improve the degree of automatic processing in textile fabric cutting, and satisfy production and application needs.

Description

technical field [0001] The invention belongs to the field of textile processing machinery and equipment, and in particular relates to a textile fabric pulling and cutting device, which is mainly applied to the unwinding and cutting process of fabric rolls. Background technique [0002] Textile fabrics are classified according to the weaving method, and can be divided into knitted fabrics and woven fabrics. Knitted fabrics refer to fabrics formed by bending yarns into loops with knitting needles and interlocking them. The difference between knitted fabrics and woven fabrics is that The shape of the yarn in the fabric is different. Knitted fabrics are divided into weft-knitted fabrics and warp-knitted fabrics. Warp-knitted fabrics use multiple yarns to form loops along the longitudinal sequence of the cloth surface at the same time. Weft-knitted fabrics use one or more yarns to form loops along the cloth surface. The horizontal order is looped, and the woven fabric is formed ...

AI Technical Summary

Problems solved by technology

Existing textile fabrics are mainly stored and transported in the form of fabric rolls. During the production and processing of textile fabrics, in order to meet the processing requirements of the subsequent process of making clothing and other products, the textile fabric rolls need to be sequentially cut and processed into multiple pieces of textile fabrics. , in the process of textile fabric cutting and processing, it is necessary to unwind and transmit the textile fabric rolls, and then cut and process the textile fabrics into block fabrics, so as to meet the needs of the textile fabric production and processing in the subsequent process. The existing textile fabrics The structure of the fabric pulling and cutting device is complex and the operation is cumbersome. It is difficult to efficiently and smoothly pull and cut the textile fabric, and the processing automation is low. It cannot continuously cut the textile fabric into pieces, and it is difficult to meet the requirements of large-scale continuous production and processing Need, the existing textile fabric rolls in the process of pulling and unwinding, it is difficult to realize the smooth and orderly unwinding and conveying of the textile fabric rolls, and it is easy to cause the textile fabric rolls to rotate excessively due to inertia in the process of pulling and unwinding, The textile fabrics are loose and scattered, and it is difficult for the existing textile fabrics to fasten and fix the ends of the textile fabrics conveniently and smoothly during the process of pulling and moving, which affects the efficiency and quality of the textile fabrics in translation and pulling. After the translation is pulled to the desired position, it is difficult to realize the automatic compression and fixing of the textile fabric along the side end of the cutter, which makes it difficult to efficiently and smoothly cut the textile fabric. During the cutting process of the existing textile fabric, It is difficult to cut the textile fabric in a tensioned state, which makes it difficult to cut the textile fabric smoothly and efficiently, which affects the efficiency and quality of the textile fabric cutting process, and cannot meet the needs of production and use.

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