Online monitor for flow of fore-spinning gilling wool lubricating oil

Abstract

The invention discloses an online monitor for flow of fore-spinning gilling wool lubricating oil which comprises a wool lubricating oil feeding pipe, an impurity filtering structure, an on-line flow monitoring structure, a wool lubricating oil flow monitoring and early warning structure, a wool lubricating oil discharging pipe and multiple sets of conveying pipes, wherein the multiple sets of conveying pipes comprise the first conveying pipe and the second conveying pipe. The wool lubricating oil feeding pipe is arranged on the impurity filtering structure, a pressure regulator is arranged on the wool lubricating oil feeding pipe, the first conveying pipe is arranged between the impurity filtering structure and the online flow monitoring structure, and the second conveying pipe is arranged between the online flow monitoring structure and the wool lubricating oil flow monitoring and early warning structure. And the wool lubricating oil discharge pipe is arranged on the wool lubricating oil flow monitoring and early warning structure. The invention relates to the technical field of wool spinning equipment, and particularly provides a fore-spinning gilling and wool oil flow on-line monitor which has an impurity filtering function, can adjust the spraying amount monitoring range according to different wool qualities, and can carry out on-line monitoring on the spraying amount of wool lubricating oil and carry out real-time early warning on the monitoring state.

Description

technical field [0001] The invention relates to the technical field of wool spinning equipment, in particular to an on-line monitor for pre-spinning needle combs and crude oil flow. Background technique [0002] And wool oil is a kind of oil agent added to wool fiber materials in wool spinning engineering. It can impart smooth, soft and antistatic properties to loose fibers. Softener ingredients are added to the hair oil for a better hand feel. The role of crude oil and crude oil is to adjust the static and dynamic friction coefficient between fibers, reduce the friction between fibers and guide rollers, prevent and eliminate static electricity caused by friction in processes such as drafting and twisting, and improve the cohesion of fiber bundles, etc. performance. In order to facilitate the smooth passage of wool fibers through carding, spinning and other equipment, to prevent the occurrence of loose wool, entanglement, and broken ends. [0003] The amount of spray add...

AI Technical Summary

Problems solved by technology

Therefore, it is necessary to set up a crude oil addition monitoring device during the injection and addition of crude oil. The existing crude oil flow monitoring device can only monitor the amount of crude oil added, and cannot be used for underpressure during normal injection of crude oil. Or it can alarm and stop in time when it is not sprayed, so that the operator cannot find out in time that the injection of crude oil is undervoltage or the injection volume is not timely, which will affect the production rate of tops; in addition, the existing crude oil contains some granular Impurities, the existing crude oil flow online monitoring device lacks the filtration of granular impurities, and the direct entry of granular impurities into the crude oil flow online monitor will lead to inaccurate measurement of the crude oil flow online monitor and will affect the crude oil flow rate. Service life of oil flow on-line monitor

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