Improved yarn oiling machine

Abstract

The invention relates to the technical field of textile yarn processing and aims to provide an improved yarn oiling machine high in universality. The improved yarn oiling machine comprises a dip-dyeing oiling device and a springing-type deoiling device positioned on one side of the dip-dyeing oiling device, and yarn sequentially penetrates the dip-dyeing oiling device and the springing-type deoiling device along the conveying direction; the dip-dyeing oiling device comprises an oil tank with an opening at the top, an outgoing yarn guide roller and an incoming yarn guide roller are arranged left and right sides of the top of the oil tank respectively, and an in-box guide mechanism capable of moving along the up-down direction of the oil tank is arranged in the oil tank; oil is injected in the oil tank, and the yarn sequentially bypasses the upper portion of the incoming yarn guide roller, the lower portion of the in-box guide mechanism and the upper portion of the outgoing yarn guide roller along the conveying direction. The improved yarn oiling machine is suitable for various yarn having different oiling amount needs by changing dip-dyeing stroke of the yarn in oil to change dip-dyeing duration of the yarn, thereby being high in universality.

Description

Technical field [0001] The invention relates to the technical field of textile yarn processing, and in particular to an improved yarn oiling machine. Background technique [0002] When spinning in a spinning mill, especially before twisting wool or chemical staple fiber yarn, the yarn needs to be oiled for lubrication, anti-static and to increase the softness of the yarn. After oiling, the spinnability of the yarn can be improved There has been a qualitative improvement. Existing textile yarn oiling devices are generally divided into two types: brushing type and dyeing type. The brush-type oiling device uses brushing components such as the oiler and the oiling plate to dip oil from the oil tank. The yarn is oiled during the process of contact with the brushing components such as the oiler and the oiling plate. However, this In this method, due to the limited contact area between the yarn and the brushing component, full contact cannot be achieved. On the one hand, the ove...

AI Technical Summary

Problems solved by technology

The invasive oiling device in the prior art can generally only be used for one kind of yarn with a fixed amount of oiling. For different yarns, the amount of oiling has a large difference, resulting in the dipping in the prior art. Type oiling device has poor versatility

[0006] 3. When the dip-dye oiling device is oiled, some fiber impurities will inevitably be mixed into the oil when the oil is in contact with the yarn, resulting in oil pollution. After long-term use, the oil contained in the oil There are a lot of impurities, if the impurities are not cleaned

Then it is easy to adhere to the surface of the yarn, which greatly affects the quality of the yarn

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