Compound lining production assembly line of functional jacket

Abstract

The invention discloses a compound lining production assembly line of a functional jacket. The assembly line sequentially comprises a knitted fabric mounting frame, a spraying cabin, a knitted sprayedcloth mounting frame conveying device and a knitted sprayed cloth compound device successively according to sequences of process flows; the knitted fabric mounting frame is used for mounting a knitted fabric therein; the spraying cabin is used for spraying the knitted fabric in the knitted fabric mounting frame; and the knitted sprayed cloth mounting frame conveying device is used for conveying the sprayed knitted fabric mounting frame to the knitted sprayed cloth compound device, and the knitted sprayed cloth compound device is used for compounding and finishing the sprayed knitted fabric. The assembly line has the advantages of being good in spraying uniformity, reducing shell fabric shrinkage caused by difficulty in controlling tension and being capable of feeding the fabric on two sides at the same time.

Description

technical field [0001] The invention relates to the technical field of garment processing, in particular to a composite lining production line for functional outerwear. Background technique [0002] After the textile gray fabric is woven and shaped, it needs to be finished to improve its mechanical properties or endow it with certain functionality or color diversity. [0003] The spraying process uses a spray gun to spray the material, and the spraying material is widely used in the field of textile processing. For example, Zhao Li, Yan Hongqiang, Fang Zhengping, flame-retardant modified ramie fabric by layer-by-layer spraying method [A], academic papers of the 2014 National Symposium on Polymer Materials Science and Engineering [C], using ammonium polyphosphate and polyetherimide The charge dissimilarity of amine combined the layer-by-layer soaking assembly method with the spray gun-assisted layer-by-layer spraying method to construct an intumescent composite flame-retarda...

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Problems solved by technology

[0004] The spraying process of the prior art has the following deficiencies. First, since the gray cloth to be fed is continuously fed in a roll shape, in order to satisfy the continuity of spraying and drying, the uniformity of spraying, and the sufficiency of drying, it is often necessary to configure The post-processing production line with a length of tens of meters or even hundreds of meters leads to a large area occupied by the equipment, a large span between the front and back processes, and it is not convenient for online monitoring; The method of material, because the spraying process adopts the non-contact feeding method, therefore, the uniformity of the nozzle acting on the target position needs to be improved; thirdly, the prior art sprays the fabric in a horizontal state, that is, the fabric is in a horizontal state. The horizontal shape is conveyed on the workbench, so that the feeding process is only one-sided feeding. If double-sided feeding is required, the process needs to be reversed and then repeated. Therefore, it will lead to long feeding time and low feeding efficiency. Fourth, fabrics, especially knitted fabrics, have great elasticity. When the fabrics are conveyed on a long production line, they are affected by the tension of various parts and mechanical transmission, which makes the fabrics prone to shrinkage and deviation. It affects the uniformity of feeding; fifth, the gray cloth continuous feeding spraying method increases the probability of fabric contamination due to its long processing line

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