a dyeing machine

Abstract

Disclosed is a spill dyeing machine. The spill dyeing machine comprises a circular liquid collecting tank (11), a round top cover (12), a dye solution tank (13), a steam sandwich layer (14), a heater (15), a stirrer (16), liquid separating cases (17), a circular hook groove (18), a liquid level detector (21), a liquid inlet (22), a thermometer (23), a steam pressure meter (24), a steam inlet (25), a steam water draining valve (26). In the spill dyeing machine of the present invention, a dye solution is added to a container having a cover, the dye solution is heated, the cover (12) of the container is pushed open by utilizing the force generated during the boiling of the dye solution, the spilling dye solution flows on the fabric coating the surface of the container, and various natural patterns are formed after the dye solution dries; the combination of a natural pattern and an artificial pattern can be realized by arranging an artificial pattern plate on a surface layer of the dyeing machine and by means of rubbing; multi-color overlay dyeing is realized by changing the dye solution in the dye solution tank (13); and by changing the shape of the flash of the dye solution tank (13) and the edge of the top cover (12), the shape formed by the dye solution during spilling is changed, and diversity of the natural pattern is realized.

Description

technical field [0001] The invention belongs to the field of textiles, and in particular relates to a wet dyeing machine. Background technique [0002] Known turning dyeing machines, jiggers, pad dyeing machines and overflow dyeing machines can obtain uniform colors in large batches of fabrics, but cannot obtain natural irregular patterns in batches of fabrics. [0003] Moreover, known dyeing techniques, such as batik, tie-dyeing, splash dyeing, etc., are processed by various manual techniques to obtain various natural patterns. Although such a technique can obtain effects that cannot be achieved by machine production, its production process Relatively complex, low efficiency, unstable product quality, and limited market application scope. The invention can be produced by using the equipment, the operation method is simple, the efficiency is high, and at the same time, various natural patterns can be achieved, and the quality is stable. Contents of the invention [0004]...

AI Technical Summary

Problems solved by technology

[0002] Known turning dyeing machines, jiggers, pad dyeing machines and overflow dyeing machines can obtain uniform colors in large batches of fabrics, but cannot obtain natural irregular patterns in batches

[0003] Moreover, known dyeing techniques, such as batik, tie-dyeing, splash dyeing, etc., are processed by various manual techniques to obtain various natural patterns. Although such a technique can obtain effects that cannot be achieved by machine production, its production process Relatively complex, low efficiency, unstable product quality, and limited market application scope

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