Batch automatic grinding device for metal gaskets

Abstract

The invention provides a batch automatic grinding device for metal gaskets. The batch automatic grinding device comprises a machine table, a grinding table arranged on the machine table, a vibration generator arranged below the machine table and a grinding mechanism arranged on one side of the machine table. Four mounting holes are formed in the machine table, and a central opening is formed in the center of the table top of the machine table. The center of the top face of the grinding table is sunken to form a square concave table, a first impact block protrudes downwards from the center of the bottom face of the grinding table, and the grinding table is supported above the machine table through four lifting legs. The vibration generator comprises a rotating roller connected with a servo motor, a second impact block and a third impact block are arranged on the arc face of the rotating roller in a protruding mode, the second impact block and the third impact block can impact the first impact block on the rotating tracks of the second impact block and the third impact block, and then the grinding table jolts and vibrates. The grinding device comprises a lifting arm capable of stretching and retracting vertically, the upper portion of the lifting arm is bent in a right-angle mode to form a transverse cantilever, and a grinding disc is horizontally arranged on the cantilever. The batch automatic grinding device can efficiently grind the screw gaskets in batches, the grinding process is stable, and safety is high.

Description

technical field [0001] The invention relates to the field of mechanical parts processing, in particular to a batch automatic grinding device for metal gaskets. Background technique [0002] Screw gaskets are commonly used accessories when assembling mechanical parts. The gasket structure is simple, but the gaskets used in some precision instruments require higher precision. Therefore, the newly processed gaskets have to go through a surface grinding process. Grinding can improve the flatness of the gaskets, and the polished gaskets are not easy to scratch the hands. The traditional process of polishing the gasket is to use sandpaper to manually polish the surface of the gasket, which is very inefficient. There are also some professional automated mechanical equipment specially used for gasket grinding, but the installation process is complicated and the procurement cost is high, so it is not suitable for some small production enterprises. Contents of the invention [000...

AI Technical Summary

Problems solved by technology

The traditional process of grinding the gasket is to use sandpaper to manually polish the surface of the gasket, which is very inefficient

There are also some professional automated mechanical equipment specially used for gasket grinding, but the installation process is complicated and the purchase cost is high, which is not suitable for some small production enterprises

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