Anticorrosive oil automatic painting apparatus for adjustable rails

Abstract

The invention discloses an automatic coating device of adjustable lead rail anticorrosive oil, comprising a base, oil coating units and adjustable roller wheels fixed above the base; two oil coating units are symmetrically arranged at two sides of the lead rail; the oil coating unit comprises an oil coating frame which is fixed on the base and fixedly provided with an oil loading tank, the inner side of the oil loading tank is provided with an oil coating roller wheel which is contacted with a side working face of the lead rail in a rolling manner, the oil coating roller wheel is partially positioned in the oil loading tank, and at least two adjustable roller wheels are parallel arranged above the base along the axial direction of the lead rail. By adopting the automatic device to coat anticorrosive oil on the working face of the lead rail, the invention can reduce the labor intensity of workers, improve the coating efficiency of the anticorrosive oil, lower the production cost, raise automatic level of production and facilitate the enlargement of production capacity; meanwhile, the oil coating roller wheel is adjustable, can be applied to a variety of lead rails with different types and has strong applicability.

Description

technical field [0001] The invention relates to an automatic antirust oil smearing device for an adjustable guide rail. Background technique [0002] The van elevator achieves a smooth vertical lift by sliding up and down along the T-shaped guide rail. The T-shaped horizontal part of the guide rail is fixed to the building, and the T-shaped vertical part is provided with a working surface that slides with the elevator car. The smoothness of these working surfaces and the straightness of the entire T-rail are very important to the operation of the entire elevator. Therefore, after the T-shaped guide rail is produced, it is necessary to apply anti-rust oil on its working surface to prevent the working surface from rusting, affecting the smoothness of the working surface and shortening the life of the T-shaped guide rail. In the prior art, workers often apply anti-rust oil to the working surface of the guide rail by hand with cotton yarn. On the one hand, this method of apply...

AI Technical Summary

Problems solved by technology

Therefore, after the T-shaped guide rail is produced, it is necessary to apply anti-rust oil on its working surface to prevent the working surface from rusting, affecting the smoothness of the working surface and shortening the life of the T-shaped guide rail.

In the prior art, workers often apply anti-rust oil to the working surface of the guide rail by hand with cotton yarn. On the one hand, this method of applying anti-rust oil is relatively inefficient and labor-intensive; on the other hand, it is harmful to the health of workers.

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