Method for making clothes by adopting adhesive dispersing mode

Abstract

The invention discloses a method for making clothes by adopting an adhesive dispersing mode. The method comprises the steps that: cutting equipment prepares cloth cutting pieces according to a set clothing style; conveying equipment conveys the cloth cutting pieces onto a workbench; adhesive dispersing equipment is installed on the workbench; the adhesive dispersing equipment performs adhesive dispersing operation on the cloth cutting pieces; therefore, the cloth cutting pieces have several adhesive points; and, after fitting the dispersed cloth cutting piece to another corresponding cloth cutting piece, fitting equipment conveys the cloth cutting pieces to mould pressing equipment, so that mould pressing fixation is carried out. A whole clothing product produced by the method for making the clothes by adopting the adhesive dispersing mode provided by the invention is free from any sewing stitch, relatively convenient to clean, comfortable, flexible, good in hand feeling and air permeability, firm to bond and good in stability; when mould pressing is carried out, the required temperature is low; the required pressure is low; cloth cannot be damaged; the application range is wide; the automation degree is high; the whole production efficiency is increased; energy consumption is further reduced; and thus, the production cost is reduced.

Description

technical field [0001] The invention relates to the technical field of clothing manufacturing, in particular to a method for making clothing by dispensing glue. Background technique [0002] With the development of science and technology and the continuous improvement of people's living standards, the shipment of clothing is increasing, and people's requirements for the quality of clothing are also getting higher and higher. At present, there are two conventional manufacturing processes for clothing. The first is the traditional process of sewing; the second is the process of laminating fabrics with TPU polyurethane film. [0003] However, both of these two processes have considerable disadvantages. The first sewing process requires many types of equipment, high requirements for manual operation skills, and many working hours for workers. The production cost is high, and the sewing process is adopted. The clothing products produced have obvious stitches at the joints of the...

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Problems solved by technology

[0003] However, both of these two processes have considerable disadvantages. The first sewing process requires many types of equipment, high requirements for manual operation skills, and many working hours for workers. The production cost is high, and the sewing process is adopted. The garments produced have obvious stitches at the joints of the fabrics, and the comfort level is low when people wear them, which will produce obvious strangulation marks, and even scratch the leather clothing, leading to inflammation

The second TPU (Thermoplastic polyurethanes, thermoplastic polyurethane elastomer rubber) polyurethane film bonding process method, on the one hand, the stability of the process is not good enough, and the operation skills of employees are required to be high during operation, and the cost of the film is also low. Higher, and the clothing products produced by this process are equivalent to adding a layer of film between the cloth and the cloth, which affects the air permeability that the cloth should have, and the product feels poor and hard; on the other hand, TPU polyurethane In the process of laminating the film, it is necessary to melt the film before the cloth can be firmly bonded together. If the processing temperature is not enough and the film is not fully melted, the bonding between the cloth will be insufficient, and there will be It will lead to the risk of degumming, so it is usually necessary to use high temperature and apply a certain pressure to achieve it. The generally used process parameters are temperature 170-180°C and pressure 4-5kg / m 2 , some even need to reach 200°C, such temperature will cause irreversible damage to the fabric structure of the material, making the fabric hard and discolored, and the energy consumption of production is high, which increases the cost of production and is not conducive to environmental protection

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