Automatic oil rolling device

Abstract

The invention provides a device for automatic roller coating of oil. The device comprises an operating floor, a driving assembly, driving wheels, driven wheels, conveyor belts, multiple passing rods and a contact assembly. The driving wheels are connected to the driving assembly, the driving wheels and the driven wheels are rotatingly arranged on the operating floor, and the conveyor belts sleeve the driving wheels and the driven wheels. The multiple passing rods are respectively connected to the conveyor belts, the outer surface of each one of the multiple passing rods is coated with an oil layer, a workpiece to be subjected to roller coating of oil can rotatingly sleeves the passing rods, and the contact assembly is arranged on the operating floor, is close to the conveyor belts and is suitable for contacting with the workpiece to be subjected to roller coating of oil thereby driving the workpiece to rotate. The device realizes automatic roller coating of oil on the inner ring of a workpiece, greatly improves oil roller coating efficiency and reduces an oil roller coating cost. The automatic roller coating of oil guarantees uniformity and quality stability of roller coating of oil on a workpiece and prolongs a workpiece service life. The automatic roller coating of oil reduces oil contact time of a worker and improves a worker labor environment.

Description

technical field [0001] The invention relates to the field of vehicle processing and manufacturing, in particular to an automatic oil rolling device. Background technique [0002] Automotive metal shock absorbers are used to reduce the vibration of the vehicle. When the vehicle is driving on uneven roads, the shock absorbers can prevent the vibration from being transmitted to the body, so that the body can be effectively stabilized. [0003] The surface of the metal shock absorber needs to be coated with an oil layer to prevent the body from rusting and corroding, and manual oiling is usually used in the factory. When oiling, the employee oils the threading rod of the oiling tooling, inserts the shock absorber on the threading rod, and then turns the shock absorbing part by hand to roll and oil. When encountering a product that needs to be oiled both inside and outside, the employee It is also necessary to manually roll the gloves after sticking oil to ensure that the inside...

AI Technical Summary

Problems solved by technology

However, the operation of manual oiling is difficult, and the application is uneven, causing the shock absorbing parts to rust and corrode easily, resulting in the failure of the shock absorbing effect

In addition, the production efficiency of manual oiling is low, and the labor cost is too high, and because the skin is often in contact with oil, the long-term operation also brings some harm to the personal health of employees

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