Multi-station automatic inner corner chamfering machine

Abstract

The invention relates to the technical field of inner corner chamfering, in particular to a multi-station automatic inner corner chamfering machine. The multi-station automatic inner corner chamferingmachine comprises a working platform, an upper machining portion, a lower machining portion and a feeding component. The working plane of the working platform is of a rectangular structure. A vibration disc is arranged at one end of the top of the working platform, and two symmetric feeding guide plates are arranged at the other end of the top of the working platform. The feeding component comprises a feeding air cylinder. The feeding air cylinder is arranged between the two feeding guide plates in a manner of being capable of horizontally sliding. A lifting air cylinder is further arranged below the feeding air cylinder. The upper machining portion is arranged above the center of the working platform. The lower machining portion is arranged below the side of the upper machining portion.The upper machining portion and the lower machining portion are located between the feeding air cylinder and the vibration disc. A first inner corner chamfering part used for cooperating with the lower machining portion for inner corner chamfering is arranged above the working platform. A second inner corner chamfering part used for cooperating with the upper machining portion for inner corner chamfering is arranged at the bottom of the working platform. The multi-station automatic inner corner chamfering machine has the advantages of being simple in structure and low in maintenance cost, androtary workpieces can be effectively subjected to inner corner chamfering.

Description

technical field [0001] The invention relates to the technical field of chamfering inner corners, in particular to a multi-station automatic chamfering inner corner machine. Background technique [0002] With the continuous development of modern manufacturing and processing technology, the application of rotary workpieces is becoming more and more extensive, such as shaft parts, discs and other parts. Taking shaft parts as an example, some traditional shaft rotary parts are used before they are used. According to the actual use requirements, the outer wall of the end will be chamfered. There are also some special working environments and work needs, which makes the inner wall of these shaft rotary parts also need to be chamfered. Some traditional The chamfering machine only has the ability to chamfer the outer end of the workpiece, and cannot chamfer the inner wall of the workpiece well, but there are also some large manufacturers that have equipment that can chamfer the inne...

AI Technical Summary

Problems solved by technology

[0002] With the continuous development of modern manufacturing and processing technology, the application of rotary workpieces is becoming more and more extensive, such as shaft parts, discs and other parts. Taking shaft parts as an example, some traditional shaft rotary parts are used before they are used. According to the actual use requirements, the outer wall of the end will be chamfered. There are also some special working environments and work needs, which makes the inner wall of these shaft rotary parts also need to be chamfered. Some traditional The chamfering machine only has the ability to chamfer the outer end of the workpiece, and cannot chamfer the inner wall of the workpiece well, but there are also some large manufacturers that have equipment that can chamfer the inner wall of the workpiece, but the structure of these devices is often very It is complex, requires a lot of investment, and troublesome maintenance in the later period. Therefore, an automatic chamfering machine with a relatively simple structure is needed on the market.

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