Boiling-spilling-out dyeing machine

Abstract

The invention discloses a boiling-spilling-out dyeing machine. The boiling-spilling-out dyeing machine comprises an annular liquid collecting groove, a circular top cover, a dye liquor groove, a steam interlayer, a heater, a stirrer, liquid reparation grids and an annular hanging hook groove; a controller comprises a liquid level detector, a liquid adding port, a thermometer, a steam pressure instrument, a steam inlet, a steam drain valve and the like. According to the boiling-spilling-out dyeing machine, dye solutions are added into a container with a cover, the dye solutions are heated, the cover of the container is ejected up by the utilization of force generated in dye solution boiling, the dye solutions spilled-out run on shell fabric wrapped on the surface of the container, and after the dye solutions are dried, various types of natural patterns are formed. The combination between the natural patterns and artificial patterns can also be achieved by the rubbing function after artificial pattern templates are installed on the surface layer of a dyeing machine; through the exchange of dye liquor in the dyeing groove, the multicolor overlapping dyeing is achieved; through the changes of shapes of dye vat flanges and edge of the top cover, the shape of liquid when being spilled out is changed, and the diversity of the natural patterns is achieved.

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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