Cloth paving device with code spraying function and method thereof

Abstract

The invention discloses a cloth paving device with a code spraying function. The device comprises a cloth paver and a platform, wherein conveying rails on which the paver slides and paves the cloth are formed on two sides of the platform; the cloth paver is provided with a cloth paving roller, a first sliding rail and a cloth cutting unit; the cloth paving roller and the first sliding rail are arranged corresponding to a width direction between the two conveying rails; the cloth cutting unit slides along the first sliding rail; the device also comprises a code spraying assembly arranged at the front end of the cloth cutting unit; the code spraying assembly comprises a second sliding rail, a code spraying unit and a control device; the second sliding rail is parallel to the first sliding rail; the code spraying unit is connected to the second sliding rail and slides along the second sliding rail; the control device is electrically connected to the cloth paver, the cloth cutting unit and the code spraying unit respectively. Through the cloth paving device and a method thereof, the code can be automatically sprayed; the encoding efficiency and accuracy are greatly improved; liquid capable of being heated to volatilize is used as encoding liquid; the encoding liquid is traceless and damage-free after being heated to volatilize in water; the requirements of actual production can be easily met.

Description

technical field [0001] The invention relates to the clothing industry, in particular to a cloth spreading device with a coding function and a method thereof. Background technique [0002] In the existing fabrics, because in the process of dyeing fabrics, the color difference is easy to occur due to the color of the deployment. Even if it is the same color, the fabrics dyed in different dyeing vats will also have subtle color changes due to various factors. Today's color The smallest change is still the smallest change in the color difference of the fabric dyed in the same vat; in the garment industry, in order to prevent the color difference of the finished garment from being too large, the best way is to use the same layer of fabric to make one or A set of ready-made garments is not easy to produce too much color difference in terms of aesthetics. Therefore, after the fabric is laid and shaped, it needs to be cut and then coded, so that it is not easy to mix with other laye...

AI Technical Summary

Problems solved by technology

[0002] In the existing fabrics, because in the process of dyeing fabrics, the color difference is easy to occur due to the color of the deployment. Even if it is the same color, the fabrics dyed in different dyeing vats will also have subtle color changes due to various factors. Today's color The smallest change is still the smallest change in the color difference of the fabric dyed in the same vat; in the garment industry, in order to prevent the color difference of the finished garment from being too large, the best way is to use the same layer of fabric to make one or A set of ready-made garments is not easy to produce too much color difference in terms of aesthetics. Therefore, after the fabric is laid and shaped, it needs to be cut and then coded, so that it is not easy to mix with other layers of fabric during sewing and splicing, resulting in a The color of the finished garment is different, and the aesthetic function cannot be achieved;

[0003] The existing method of coding the cut fabrics in the garment industry is as follows: cut the laid fabrics of several layers according to the pattern, and then manually code the cut fabrics of several layers. The code machine is a paper label code. The staff opens the fabric pieces layer by layer and attaches the glue label code to the fabric. When the final sewing is completed, the sewing personnel will splice the fabric pieces with the same code; above The method has certain defects: (1) The efficiency of manual coding is extremely low, and coding is performed after one layer is turned over to the next layer; (2) It is error-prone, often due to lack of concentration of personnel, resulting in coding errors, and then it needs to be re-coded. Coding; (3) The label code with viscose sticks to the fabric, and when it is removed, it is easy to lift up the fibers on the fabric, thereby causing a rough surface at the sticking position, which cannot meet the requirements for a smooth and smooth surface; In summary, the existing coding methods are difficult to meet the needs of production

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