Semi-automatic wheel axle end anti-corrosion wax coating device

Abstract

The invention discloses a semi-automatic wheel axle end anti-corrosion wax coating device which comprises a frame, an electric hand drill, a cross beam, a wax outlet device, an electric push rod, a wax barrel and a hose; one end of the electric drill bit of the electric hand drill is connected with a brush; the cross beam is horizontally arranged in the frame, and the wax outlet device is arrangedon the cross beam; the brush makes contact with the wax outlet device, the lower end face of the cross beam is connected with one end of the electric push rod, the other end of the electric push rodis connected with a piston, the piston is connected with the inner wall of the wax barrel in a sliding mode, and the wax barrel is arranged at the bottom in the frame; and the piston is connected withthe wax outlet device through the hose. The semi-automatic wheel axle end anti-corrosion wax coating device can supply anti-corrosion wax with the uniform degree to the brush.

Description

technical field [0001] The invention relates to the field of brushing devices, in particular to a semi-automatic brushing device for anti-corrosion wax at the axle end of a wheel. Background technique [0002] In the process of painting the anti-corrosion wax on the wheel shaft end, the operation of the workers and the uniformity of the anti-corrosion wax are very important evaluation indicators, which directly affect the production efficiency and painting quality. The part to be painted is a tapered blind hole. The painting process is always an uncertain process. Workers use traditional brushes to dip the anti-corrosion wax in the anti-corrosion wax bucket. The amount of anti-corrosion wax cannot be guaranteed accurately. The thickness and uniformity of the end coating can only be controlled by the worker, and cannot be guaranteed. The worker needs to use a brush to spread it evenly and completely. Every time a wheel is painted, it needs to be dipped in anti-corrosion wax a...

AI Technical Summary

Problems solved by technology

The part to be painted is a tapered blind hole. The painting process is always an uncertain process. Workers use traditional brushes to dip the anti-corrosion wax in the anti-corrosion wax bucket. The amount of anti-corrosion wax cannot be guaranteed accurately. The thickness and uniformity of the end coating can only be controlled by the worker, and cannot be guaranteed. The worker needs to use a brush to spread it evenly and completely. Every time a wheel is painted, it needs to be dipped in anti-corrosion wax again. The operation is cumbersome and time-consuming. Long, resulting in low production efficiency, the bristles of traditional ordinary brushes are easy to fall off, resulting in unsatisfactory painting quality

[0003] For the existing equipment and operation, there are generally the following deficiencies: 1. During the process of applying anti-corrosion wax with ordinary brushes, the work tasks are large and the time consumption is long, resulting in low production efficiency; 2. The amount of anti-corrosion wax dipped by the workers It is impossible to guarantee that each wheel axle end is the same amount; 3. It is difficult for workers to ensure the uniformity of anti-corrosion wax in the process of painting

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