Tufted carpet fabric dual-net-belt clamped washing structure

Abstract

A tufted carpet fabric dual-net-belt clamped washing structure comprises an upper drive operating system and a lower drive operating system which are independent, wherein the lower drive operating system comprises a lower first drive roller and a lower second drive roller which are horizontally arranged, the lower first drive roller and the lower second drive roller perform joint drive and are provided with a lower drive net belt, and the lower drive net belt located on the upper sides of the lower first drive roller and the lower second drive roller is a lower clamping section. An upper drive operating system comprises an upper first drive roller and an upper second drive roller which are horizontally arranged, the upper first drive roller and the upper second drive roller perform joint drive and are provided with an upper drive net belt, and the upper drive net belt located on the upper sides of the upper first drive roller and the upper second drive roller is an upper clamping section. An upper clamping discharge section and a lower clamping discharge section are vertically and correspondingly arranged, the upper drive net belt operates with respect to the lower drive net belt in the reverse direction, and a clear water spraying pipe and a vacuum water suction pipe are arranged above the upper clamping discharge section in a front-rear mode. A gap is reserved between the upper clamping discharge section and the lower clamping discharge section.

Description

technical field [0001] The invention relates to a unit machine of a textile printing and dyeing machine, which is a key structure of a washing machine in a block carpet fabric printing production line, in particular to a double mesh belt clamping washing structure for a block fabric. Background technique [0002] After the carpet printing fabric is steamed at high temperature, most of the dyes have reacted on the surface of the fabric and are firmly combined with the fibers to complete the dyeing and printing process. However, there are still some dyes that are not completely absorbed by the fibers and become floating colors. After the floating colors must be cleaned, the printed carpet will become clean and bright. At present, the water washing of carpet printed fabrics after high-temperature steaming generally adopts the method of spraying vacuum water absorption, and fabric guide drag rollers are arranged before and after the vacuum suction pipe, and the carpet fabric mov...

AI Technical Summary

Problems solved by technology

This kind of old-fashioned traditional vacuum water absorption structure is only suitable for washing long-length blankets, but it is not suitable for carpet fabrics

Due to the small size of the carpet fabric, each piece is independent and not connected to each other. The driving roller of the washing machine cannot pull and run it, so the automatic washing process cannot be completed. The current feeding operation is manually pressed by the worker on the feeding side of the carpet. to complete, the work efficiency is very low

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