Knitted sweater spraying device

Abstract

The invention discloses a knitted sweater spraying device. The technology processes sequentially comprise a knitted grey cloth mounting frame, a knitted gray cloth mounting frame stacking cylinder, aknitted gray cloth mounting frame stacking cylinder conveying device, a knitted gray cloth mounting frame lifting device, a knitted gray cloth mounting frame push-out device, a knitted gray cloth mounting frame reversing device, a knitted gray cloth mounting frame conveying device and a spraying bin. The knitted sweater spraying device has the advantages that the spraying uniformity is good, the fabric shrinkage caused by difficulty in tension control is reduced, the polluted probability of the fabric during feeding of the fabric is reduced, the processing line is short, and double-sided simultaneous feeding can be met.

Description

technical field [0001] The invention relates to the technical field of garment processing, in particular to a knitted sweater spraying device. 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] Textile spraying is a textile finishing method that sprays one or more layers of functional paste on the surface of gray cloth. Such as Jiang Yinggang, Gu Jing, Sui Jianhua. Preparation of nonwoven composite lining containing bamboo activated carbon powder [J]. Modern Silk Science and Technology, 2014, 29(6): 217-218, using activated carbon fabric as the research object, using thermal spraying Technology Nickel-plated on the surface of the carbon fabric, the carbon fabric treated by thermal spraying is used as the electrode material of the electric double layer capacitor, the conductivity of the fabric is improved, and the resi...

AI Technical Summary

Problems solved by technology

[0004] Since the fed gray cloth is continuously fed in the form of a roll, in order to meet the spraying, drying continuity, spraying uniformity, and drying adequacy, it is often necessary to configure a post-processing production line tens of meters or even hundreds of meters long. As a result, the equipment occupies a large area, the span between the front and rear processes is large, and it is not convenient for online monitoring; the fabric spraying process of the prior art adopts the method of spraying while conveying, because the spraying process adopts a non-contact feeding method, so , resulting in the uniformity of the nozzle acting on the target position to be improved; in the prior art, the fabric is sprayed in a horizontal state, that is, the fabric is conveyed on the workbench in a horizontal state, resulting in a single-side feeding process. If double-sided material is required, the process needs to be reversed before repeating the process. Therefore, it will lead to long feeding time and low feeding efficiency; When conveying on the production line, affected by the tension of various parts and mechanical transmission, the fabric is prone to shrinkage and deviation, which affects the uniformity of feeding; the gray fabric continuous feeding spraying method, due to its long processing line, increases Increased chance of fabric contamination

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