Weight control method for braided fabric

Abstract

The invention relates to the technical field of textile and discloses a weight control method for a braided fabric. The control method has the following advantages that 1, according to the method, a standard sheet is divided into a plurality of segments and is used as a modeling reference, and thus, a plurality of segmented linear control densities can be realized and a sweater sheet woven by the weight control method is uniform in density and is comfortable to wear; 2, by adopting the method, an operator does not need to have rich weaving experience and a common worker can attend a weaving machine by simple training, so that labor cost is reduced; 3, due to adoption of segmented control and real-time monitoring on the weight, generation of waste sheets is reduced and yield is obviously promoted, so that by adopting the method, the qualified rate of woven sweaters is also greatly improved; 4, by adopting the method, accurate control on the density and the weight can be implemented and the aim of saving yarns also can be fulfilled.

Description

technical field [0001] The invention relates to the technical field of textiles, in particular to a method for controlling the weight of braided fabrics. Background technique [0002] In the field of clothing textiles, the detection of clothes includes size shrinkage, seam strength, knitting density and total weight, etc.; especially for sweaters, the density of sweaters is directly proportional to the quality of sweaters, and is also related to the quality of knitted products. The yield of sweaters also has a great influence. At present, in the field of sweater knitting, flat knitting machines are generally used for sweater knitting, which mainly use yarn tension control and loop length control. Although the above two This control method can play a certain role, however, due to the variety of yarns, their elasticity is inconsistent, and their wire diameters are often uneven. In this way, the operator can only manually adjust the flat knitting machine according to his own ex...

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Problems solved by technology

[0002] In the field of clothing textiles, the detection of clothes includes size shrinkage, seam strength, knitting density and total weight, etc.; especially for sweaters, the density of sweaters is directly proportional to the quality of sweaters, and is also related to the quality of knitted products. The yield of sweaters also has a great influence. At present, in the field of sweater knitting, flat knitting machines are generally used for sweater knitting, which mainly use yarn tension control and loop length control. Although the above two This control method can play a certain role, however, due to the variety of yarns, their elasticity is inconsistent, and their wire diameters are often uneven. In this way, the operator can only manually adjust the flat knitting machine according to his own experience. The knitting density of the machine, of course, this adjustment requires the operator to have quite a lot of experience, such as experience in knitting a variety of yarns, however, this method of relying on the operator to manually adjust the knitting density still has a large Cylinder sinking, first, the adjustment of its density is non-linear adjustment, resulting in a large difference in the density value of the sweater piece, making the surface of the sweater piece obviously inconsistent, affecting the comfort of wearing; second, this depends on the experience of the operator In the case of increased labor costs, there are limitations in the employment of textile enterprises; 3. Although the operators can rely on their own experience to control the density, there are still many defective products with excessive or insufficient weight in the end.

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