Dual-cylinder pipeline-free middle sample dyeing machine

Abstract

A dual-cylinder pipeline-free middle sample dyeing machine comprises a machine body. A circulating pump is disposed on the lower portion of the machine body. A pipeline B is arranged at an inlet of the circulating pump. A pipeline A is disposed at an outlet of the circulating pump. A dyeing cylinder is disposed on the upper portion of the machine body. A gate cover is disposed in front of the dyeing cylinder. A touch screen is disposed on the dyeing machine. A front cloth guide wheel and a rear cloth guide wheel are disposed in the dyeing cylinder. A cloth guide ring is disposed on the inner wall in front of the front cloth guide wheel. Nozzles are arranged on the dyeing cylinder top plate above the middle of the front cloth guide wheel and the rear cloth guide wheel. The pipeline A is connected with the nozzles. A motor is disposed on the rear wall of the machine body. A transmission device for driving the cloth guide wheels to rotate is disposed on the motor. A feed barrel is disposed in front of the dyeing cylinder. A water inlet pipe, a return pipe and a discharge pipe are arranged on the feed barrel respectively. The discharge pipe is connected with the dyeing cylinder. The dual-cylinder pipeline-free middle sample dyeing machine is compact in structure and convenient to clean, guarantees product quality, saves cost and energy, improves production efficiency, lowers bath ratio, and reduces wastewater emission.

Description

technical field [0001] The invention relates to textile dyeing equipment, in particular to a double-cylinder mid-sample dyeing machine without pipelines. Background technique [0002] The traditional medium sample dyeing machine is a single dyeing vat, and a cloth guide wheel is installed in the dyeing vat, which needs a lot of water to run; the pipe in the vat is as long as 3 ~ 4m, each meter of sample cloth contact cylinder surface area 4.5m 2 ;The sample cloth required for dyeing should not be less than 1kg, and the bath ratio is large; the cloth water pipe is as long as 5000 ~ 6000mm, the cloth friction contact pipe is long and the structure of the machine is huge. Due to the exposed body and pipes, the heat loss is large; the pipes have many corners and are not easy to clean; the surface area of ​​the cylinder body is different from that of the sample cloth, and the metal surface area is too large to easily cause iron ion interference. , The dye is easy to hydroly...

AI Technical Summary

Problems solved by technology

[0002] The traditional medium sample dyeing machine is a single dyeing vat, and a cloth guide wheel is installed in the dyeing vat, which needs a lot of water to run; the pipe in the vat is as long as 3 ~ 4m, each meter of sample cloth contact cylinder surface area 4.5m 2 ;The sample cloth required for dyeing cannot be less than 1kg, and the bath ratio is large; the cloth water pipe is as long as 5000 ~ 6000mm, the cloth friction contact pipe is long and the machine structure is huge. Because the fuselage and the pipe are exposed, the heat loss is large; the pipe has many corners and is difficult to clean; the surface area of ​​the cylinder body is different from the sample cloth area, and the metal surface area is too large to easily cause iron ion interference. , the dye is easy to hydrolyze, which is not convenient for color matching; the heating time and cooling time brought by the large bath ratio are long, which wastes water and electricity, and increases the amount of sewage discharge

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