Continuous washing device for polyester-nylon barrel

Abstract

The invention relates to a continuous washing device for a polyester-nylon barrel. The device is characterized by comprising a rack, a protecting hood, a front plate, a washing mechanism, a conveying mechanism, a collecting mechanism and a power mechanism, wherein the protecting hood, the front plate, the washing mechanism, the conveying mechanism, the collecting mechanism and the power mechanism are mounted on the rack; the protecting hood covers the washing mechanism, and the washing mechanism is driven through the power mechanism; the front plate is mounted at one side, used for inputting the polyester-nylon barrel, of the washing mechanism; the collecting mechanism is positioned at the bottom part of the washing mechanism. The continuous washing device has the advantages that the polyester-nylon barrel can be continuously washed, and the operation can be performed by only one person, so that the working efficiency can be improved, and the labor cost can be reduced; in addition, a manner of washing through three groups of reverse rotating brush rollers is adopted and the washing quality superior to that of a manual washing manner is achieved, and the rate of rework is low.

Description

technical field [0001] The invention relates to an uninterrupted cleaning device for a polyester cylinder, which is mainly used for fast, automatic and uninterrupted cleaning of the polyester cylinder. Background technique [0002] In the process of glass fiber forming silk cakes, it is necessary to put polyester or paper tubes on the machine head first, and then the tow will be wound on the polyester or paper tubes. However, after repeated drying and use, the paper tube is easily deformed and damaged, and its reusability is poor; while the polyester tube is tough and not easy to damage, so the polyester tube is more and more widely used in the wire drawing process. After drying, the wetting agent, hairs and other debris attached to the polyester cylinder are difficult to remove after solidification. The current method is to manually use steel wool and other tools to scrub one by one after soaking in hot water. The working environment is poor. , the efficiency is low. Con...

AI Technical Summary

Problems solved by technology

However, after repeated drying and use, the paper tube is easily deformed and damaged, and the reusability is poor; while the polyester tube is tough and not easy to damage, so the polyester tube is more and more widely used in the wire drawing process.

After drying, the wetting agent, hairs and other debris attached to the polyester cylinder are difficult to remove after solidification. The current method is to manually use steel wool and other tools to scrub one by one after soaking in hot water. The working environment is poor. , less efficient

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