Fully-automatic spinning emulsified oil supply system

Abstract

The invention provides a fully-automatic spinning emulsified oil supply system. The fully-automatic spinning emulsified oil supply system least comprises a raw material adding system, a stirring system, a conveying system and a control system; the raw material adding system comprises a pure water adding unit for adding pure water into the stirring device, a crude oil adding unit for quantitativelyadding crude oil into the stirring device, and a bactericide adding unit for quantitatively adding a bactericide into the stirring device; the stirring system comprises at least one stirring device and is used for receiving and stirring pure water added by the pure water adding unit, crude oil added by the crude oil adding unit and the bactericide added by the bactericide adding unit; the stirring device is also provided with a weighing sensor; the conveying system comprises a conveying pipeline, an electric control valve arranged on the conveying pipeline, and a high-position storage tank, and the conveying pipeline is used for conveying a mixture output by the stirring device to the corresponding high-position storage tank; and the control system is used for controlling the raw materialadding system, the stirring system and the conveying system to cooperatively work.

Description

technical field [0001] The invention relates to the field of textile equipment, in particular to a fully automatic spinning emulsified oil supply system. Background technique [0002] Chemical fiber oil is an indispensable textile auxiliary used in the production and processing of chemical fibers. Its main function is to adjust the friction of chemical fibers and prevent static electricity. Chemical fiber oils are widely used in the production of chemical fibers in the textile industry. [0003] At present, due to the special process requirements for chemical fiber oil preparation, distribution and transportation in the preparation section of the spinning industry, purely manual operations are used for oil preparation and transportation of the prepared emulsified oil to high-level storage tanks. The whole process is cumbersome to operate, and there are many types of formulas, and it is easy to make mistakes in transportation. There are the following problems: [0004] 1) Th...

AI Technical Summary

Problems solved by technology

The operation of the whole process is cumbersome, and there are many types of formulas, and it is easy to make mistakes in transportation. There are the following problems:

[0004] 1) The process requires that the temperature of the oil distribution water must be controlled at 25°C to 30°C; steam heating in winter can still meet the requirements, but in summer, the inlet water temperature is too high and it is difficult to control it within the required range

[0005] 2) The amount of water and oil used in the preparation depends on the human eye to check the liquid level tube height of the oil tank and stirring tank to control the amount of oil and water added. The accuracy of the added amount is guaranteed by the proficiency of the workers, and the operation process cannot be standardized

[0006] 3) The requirements for emulsion preparation are extremely high, and the error of the concentration ratio must be kept within 0.02%. For each tank, the ratio of water and oil needs to be adjusted several times to achieve the required oil content of the emulsion. The operation process is cumbersome, and the oil agent The consistency of the preparation repetition is poor, and there are many human factors in the process parameters

[0007] 4) The emulsion is transported from the mixing tank to the high-level storage tank by dragging the hose to drain the oil. There is a lot of residual liquid in the hose, and it is difficult to clean the hose every day.

[0008] 5) There are a large number of high-level storage tanks, and the emulsion formula is large and complex, which is prone to human error and misplaced oil

[0009] 6) Pipeline valves for steam, water, oil, etc. need to be manually operated by workers, with high labor intensity and harsh working environment

Images