Improved cloth dyeing machine structure

Abstract

The application of the invention provides an improved cloth dyeing machine structure comprising a main cylinder. A front pipeline, a cylinder head and a rear pipeline are arranged at the top the main cylinder, wherein the front pipeline, the cylinder head and the rear pipeline are successively connected. A roller is arranged in the cylinder head; and a fabric unit driven by the roller passes through the front pipeline, the cylinder head and the rear pipeline successively. An atomized water nozzle and a wind main nozzle are successively arranged at the rear pipeline; and a front nozzle is also arranged at the front pipeline. When the front nozzles carries out spraying upwardly, an extra push force is provided for pushing the fabric unit to move. Most importantly, before entering the wind main nozzle, the fabric unit has been wetted to a certain extent by the front adjustable nozzle and the extra accumulated water is drained before entrance to the wind main nozzle, so that the water in the fabric unit is reduced and thus the weight is also reduced. Because of the extra push force of the front adjustable nozzle and the reduced weight of the fabric unit, the air load is also reduced, thereby reducing the power output and power consumption of the fan. On the basis of improvement, water nozzles can be arranged at the rear and in the front of the machine and free and flexible adjustment can be realized for operation according to the process requirement.

Description

technical field [0001] The application of the present invention relates to an improved structure of a cloth dyeing machine, especially an improvement to the structure of a cylinder top of a cloth dyeing machine, which belongs to the technical field of printing and dyeing equipment. Background technique [0002] Such as figure 1 Shown is the structure above the existing dyeing machine, the upper inverted V-shaped device is a whole connected by the nozzle, the cylinder head 2 and the cylinder 3, and is installed on the top of the main cylinder 1. The fabric 4 enters from the main cylinder 1 through the front pipe (the left side of the diagram), and is lifted up by the force of the wind, bypasses the drum 3 at the highest point, and then walks down, passing through the main wind nozzle 6 and the rear atomized water The nozzle 5 returns to the main cylinder 1 (the right side of the figure) through the rear pipeline. From the point of view of the illustration, the fabric 4 circ...

AI Technical Summary

Problems solved by technology

Increasing the air volume can increase the driving force, but the increase in the air volume needs to increase the power output of the fan and increase the power consumption

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