An automatic grinding machine

Abstract

The invention particularly relates to an automated polishing machine. The automated polishing machine comprises a feeding divider, a polishing device, a polishing machine overturning device and a polishing machine discharging device, wherein the feeding divider is used for automatically conveying machined parts to specific locations in a batched mode, the polishing device is used for receiving the machined parts conveyed by the feeding divider for polishing, the polishing machine overturning device is used for overturning the machined parts in the polishing device, and the polishing machine discharging device is used for discharging the machined parts which are conveyed out by the polishing device and completely polished. The automated polishing machine has the advantages that a second cylinder is utilized for driving a swing frame, rapid part taking and discharging are achieved, the use safety and automation degree are high, and the problems that for original manual operation, potential safety hazards exist, and the efficiency is low are solved; a first cylinder is utilized for adjusting the angle of a discharging frame, and rapid discharging and slow discharging of material parts are achieved.

Description

technical field [0001] The invention specifically relates to an automatic grinding machine. Background technique [0002] Existing metal parts, especially aluminum alloy parts, are formed by die-casting, and the surface of the aluminum alloy parts has granular protrusions, which are very uneven, so the aluminum alloy parts need to be polished before the coating process. The traditional surface grinding of aluminum alloy parts is through manual grinding and polishing. There are following deficiencies in the existing method: [0003] 1. When the grinding is completed, take out the polished aluminum alloy parts by hand. At this time, the grinding machine head is still rotating. Often, reaching out to pick up the aluminum alloy parts without paying attention is easy to scratch the hand, and there are certain safety hazards. problem; in addition, the overall work efficiency is not high due to manual pick-up. [0004] 2. The disadvantage is that it is time-consuming and labor-i...

AI Technical Summary

Problems solved by technology

[0003] 1. When the grinding is completed, take out the polished aluminum alloy parts by hand. At this time, the grinding machine head is still rotating. Often, reaching out to pick up the aluminum alloy parts without paying attention is easy to scratch the hand, and there are certain safety hazards. problem; in addition, the overall work efficiency is not high due to manual pick-up

[0004] 2. The disadvantage is that it is time-consuming and labor-intensive, and the efficiency is extremely low, especially on the cracks and corners on the surface of aluminum alloy parts, it is very difficult to polish, and a little carelessness will cause excessive deformation of the arc surface grinding; when manually grinding, it is easy to cause air pollution , affecting the health of workers

However, since the push block and the turntable of this automatic tooling assembly device in the prior art are driven separately: the push block is generally controlled by a piston rod or a mechanical structure in conjunction with an intelligent operating platform, and the turntable uses a motor as a power source, but during use There are deficiencies in this method: due to the low push accuracy, it is easy to deviate from the predetermined position during the feeding process, causing the manipulator to repeatedly detect and adjust the position to clamp the workpiece, which affects the processing efficiency to a certain extent; in addition, the push accuracy is not high, and the turntable The number of pre-set supporting processing parts is limited to a certain extent, relying on frequent replenishment of manpower, which increases labor intensity to a certain extent

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