Setting machine auxiliary agent feeding system and application method thereof

Abstract

The invention provides a setting machine auxiliary agent feeding system and an application method thereof. The system comprises a blank setting auxiliary agent device and a setting auxiliary agent device, wherein the blank setting auxiliary agent device comprises two blank setting auxiliary agent tanks, a blank setting raw material main pipe, blank setting raw material branch pipes, a blank setting raw material pump, blank setting auxiliary agent pipes and a blank setting auxiliary agent pump, wherein the two blank setting auxiliary agent tanks are alternately used; each blank setting auxiliary agent is connected with a water adding pipe and is provided with a liquid level meter; the blank setting raw material pump is arranged on the blank setting raw material main pipe; the output end of the blank setting raw material main pipe is connected with the two blank setting raw material branch pipes; each blank setting raw material branch pipe is provided with a blank setting two-way valve and a blank setting check valve; each blank setting auxiliary agent tank is connected with one blank setting auxiliary agent pipe; one ends of the two blank setting auxiliary agent pipes are combined into a header pipe so as to be connected to the input end of the blank setting auxiliary agent pump; each blank setting auxiliary agent pipe at the input end of the blank setting auxiliary agent pump is provided with a blank setting three-way valve; and a side extending port of each blank setting three-way valve is connected with the corresponding blank setting raw material branch pipe. The system can realize automatic preparation and conveying of an auxiliary agent.

Description

technical field [0001] The invention relates to the technical field of textile dyeing and finishing, in particular to an auxiliary agent feeding system for a setting machine and a use method thereof. Background technique [0002] With the rapid development of the textile industry, from traditional crafts to mechanical production and then to information production, energy saving, emission reduction, energy consumption reduction, and refined production are the primary problems to be solved. In the production of textile dyeing and finishing enterprises, the amount of auxiliaries is an important process parameter, which affects the processing quality of fabrics and raw material consumption, and also affects energy saving and emission reduction. Small and medium-sized dyeing and finishing enterprises in my country have a low degree of automation in the field of auxiliaries distribution, and most of the auxiliaries of dyeing and finishing enterprises are delivered by manual handli...

AI Technical Summary

Problems solved by technology

The disadvantages of this kind of manual transportation are: on the one hand, it is prone to errors, low efficiency, serious waste of additives, and unstable product quality, resulting in a low pass rate of products and increased production costs, which seriously affect the production efficiency of the enterprise; On the one hand, the labor cost is high and the pollution to the environment is relatively large

At present, some enterprises have automated additive feeding systems, but the structure and layout of the current additive feeding systems are not reasonable, the operation is cumbersome, and the feeding efficiency needs to be further improved.

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