Automatic cloth washing-alkali cooking device and automatic cloth washing-alkali cooking method

Abstract

The invention discloses an automatic cloth washing-alkali cooking device. The automatic cloth washing-alkali cooking device comprises a rack and cups arranged on the rack, wherein the cups are communicated with a water tank, a glacial acetic acid tank, an alkali oil tank and a drainage groove through pipelines, and are connected with a stirring device and a heating device; electromagnetic valves are arranged on the pipelines among the cups and the water tank, the glacial acetic acid tank, the alkali oil tank and the drainage groove; the electromagnetic valves, the stirring device and the heating device are connected with a controller. According to the automatic cloth washing-alkali cooking device, the switch-on / off of the corresponding electromagnetic valve, the stirring device and the heating device is controlled by the controller, and dyed sample plates in the cups can be automatically washed, so that manual operation is avoided, a large amount of manpower is saved, and direct contact of an operator with acid and alkali liquids, and the like is avoided.

Description

technical field [0001] The invention relates to the field of dyeing, in particular to an automatic cloth washing-soda boiling device and an automatic cloth washing-soda boiling method for post-treatment of small samples in a dyeing laboratory. Background technique [0002] At present, the color samples dyed in the dyeing laboratory usually use the following method for post-washing treatment: pour off the residual liquid after dyeing, add acid to neutralize it, rinse it under the tap, then add soaping agent, and put it into a rocking Soap in the bar, take out the tank after soaping, and rinse the color sample under the tap again. [0003] There is following defective in above-mentioned method: [0004] (1) In the cleaning process before soaping, because the color sample contains acid and alkali, the cleaning time is long, which is easy to cause damage to the operator's skin; [0005] (2) Rinse the color sample under the faucet. Different operators have different scrubbing s...

AI Technical Summary

Problems solved by technology

[0004] (1) In the cleaning process before soaping, because the color sample contains acid and alkali, the cleaning time is long, which is easy to cause damage to the operator's skin;

[0005] (2) Rinse the color sample under the faucet. Different operators have different scrubbing strengths during the cleaning process, which is prone to large color differences;

[0006] (3) In the post-washing process, rinse → add acid to neutralize → rinse → add soaping agent → soap → wash out of the tank → rinse. There is a large color difference

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