Numerical control intelligent tie-dyeing machine

Abstract

The invention relates to a numerical control intelligent tie-dyeing machine. The machine comprises a rack, a dye bin assembly, a first conveying belt arranged on the rack and a dyeing device located above the first conveying belt; the dyeing device comprises a mounting frame, and a plurality of brushes arranged on the mounting frame; the dye bin assembly comprises a plurality of dye bins; feeding pipes are arranged in the dye bins; the feeding pipes in the dye bins are communicated with corresponding dye barrels through respective conveying pumps; a plurality of dye output holes are formed in the bin walls of the dye bins; the dye output holes are connected with first electromagnetic valves through pipelines; and the dye output holes of the dye bins are communicated with corresponding dye output pipes after being output through the respective first electromagnetic valves. According to the numerical control intelligent tie-dyeing machine, through the arrangement of the dye bins and the first electromagnetic valves, output control over dyes of all colors is achieved, so that the dyes of specific colors can be output; and meanwhile, through the arrangement of the multiple brushes, cloth can be accurately dyed, and the dyeing effect is better.

Description

technical field [0001] The invention relates to a tie-dyeing machine, in particular to a numerically controlled intelligent tie-dyeing machine. Background technique [0002] Tie-dyeing is a dyeing method in which the fabric is tied up with thread and then printed and dyed. It is generally printed and dyed on the surface of the fabric by hand. This manual mode has high labor intensity and low printing and dyeing efficiency, and is not suitable for large-scale production. For this reason, some manufacturers have designed equipment capable of automatic tie-dyeing, such as the tie-dyeing equipment with the publication number "CN107805902A" and the name "a continuous tie-dyeing machine", which has a relatively simple structure and can only print and dye relatively simple patterns. It is impossible to carry out fixed-point and quantitative output of dyes to print and dye fabrics with different colors and patterns. Another tie-dyeing device, such as the Chinese patent with the pu...

AI Technical Summary

Problems solved by technology

For this reason, some manufacturers have designed equipment capable of automatic tie-dyeing, such as the tie-dyeing equipment with the publication number "CN107805902A" and the name "a continuous tie-dyeing machine", which has a relatively simple structure and can only print and dye relatively simple patterns. It is impossible to carry out fixed-point and quantitative output of dyes, so as to print and dye fabrics with different colors and patterns

Another tie-dyeing device, such as the Chinese patent with the publication number "CN111321533A" and the title "A Tie-dyeing Device and Tie-dyeing Method for Clothing Fabrics", requires the fabric to be clamped in a specific cylinder when the tie-dyeing device is printing and dyeing. Remove and move up and slide horizontally to realize the dyeing of the fabric. On the one hand, this operation method is more complicated. At the same time, the fabric is easily damaged during the process of moving up and sliding horizontally. The dyeing device is not very accurate in controlling the dyed parts.

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