Surface treater for electronic yarn drawing equipment

Abstract

The invention discloses a surface treater for electronic yarn drawing equipment. The surface treater comprises a workbench, a mounting base, a rotating roller, rubber sleeves, a servo motor, an oil box and an arc oil cover, wherein a bearing roller is mounted at the edge of the workbench through the mounting base, the bearing roller is sleeved with a water absorption sleeve, the rotating roller isalso mounted at the middle part of the workbench through the mounting base, the rotating roller is sleeved with a plurality of rubber sleeves, the oil box is mounted below the rotating roller, a plurality of oil ports are arranged on the oil box, the bottom end of each rubber sleeve is tightly fitted with one oil port. According to the surface treater, the rubber sleeves dip-dye an impregnating compound through the oil ports, so that a yarn bundle can be evenly coated with the impregnating compound, the coating effect is good, and the coating is even; the bearing roller with the water absorption sleeve is arranged, so that the moisture in the yarn bundle is absorbed through the water absorption sleeve, then rubber of the rubber sleeves does not drip water; the distance between the arc oilcover and the workbench is reduced, so that the effects of keeping out a water spray and shielding wind of the arc oil cover are further improved.

Description

Technical field [0001] The invention relates to the technical field of electronic yarn drawing equipment, in particular to a surface processor of an electronic yarn drawing equipment. Background technique [0002] After the sizing agent in the prior art enters the oiling box through the pipe, the motor drives the roller to rotate, so that the sizing agent is evenly carried by the rubber belt on the roller and evenly coated on the tow to achieve the oiling effect. The box cover is mainly used to block the spray water and prevent the strong airflow around the leakage plate due to the rapid downward driving of the tow. When the tow passes through the rubber, the airflow at the rubber is too large, and the infiltration agent cannot be better taken away by the rubber. It affects the effect of tow oiling, so that the coating effect of the sizing agent is unstable and uneven, and in the process of use, the oiling box cover has a poor wind shielding effect and cannot meet the requirement...

AI Technical Summary

Problems solved by technology

[0002] After the sizing agent in the prior art enters the oiling box through the pipeline, the motor drives the roller to rotate, so that the sizing agent is evenly taken away by the rubber belt on the roller and evenly coated on the tow to achieve the oiling effect. The box cover is mainly used to block the spray water and prevent the powerful airflow around the bushing caused by the fast downward drive of the tow. When the tow passes through the rubber, the air flow at the rubber is too large, and the sizing cannot be better taken away by the rubber. Seriously Affect the oiling effect of the tow, so that the coating effect of the sizing agent is unstable and uneven, and in the process of use, the cover of the oiling box has a poor effect of blocking water spray and wind, which cannot meet the requirements of the production process

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