Magnetic shoe continuous feeding automatic chamfering machine

Abstract

The invention relates to a magnetic shoe continuous feeding automatic chamfering machine, which includes a working frame, a transmission motor, a grinding wheel, a first linkage device for controllingmovement of magnetic shoes in the X-axis direction, a second linkage device for controlling movement of the magnetic shoes in the Y-axis direction, and a third linkage device for controlling movementof the magnetic shoes in the Z-axis direction. The transmission motor is placed on a bottom plate of the working frame, the grinding wheel is fixed to a back plate of the working frame, and the firstlinkage device, the second linkage device and the third linkage device are connected with the transmission motor. The effects of continuous feeding, accurate control and accurate positioning of ferrite magnetic shoes can be achieved by using the magnetic shoe continuous feeding automatic chamfering machine, and the safety in the magnetic shoe chamfering process is ensured.

Description

technical field [0001] The invention relates to the technical field of chamfering machines, in particular to an automatic chamfering machine with continuous feeding of magnetic tiles. Background technique [0002] In the ferrite magnetic tile manufacturing industry, it is often necessary to chamfer the outer end face of the magnetic tile. The existing chamfering equipment adopts the reciprocating action of the heavy hammer chain transmission mechanism, which transmits the product to the grinding wheel for chamfering operation, and the chain drives the heavy hammer to push. When the heavy hammer falls by gravity, there is no fixed guide, the structure is unstable and The noise is high, and it is easy to shift the positioning position of the product, resulting in inaccurate chamfering position of the product, resulting in defective products; at the same time, due to the high instantaneous force of the heavy hammer falling, it is easy to damage the chamfering equipment, which i...

AI Technical Summary

Problems solved by technology

The existing chamfering equipment adopts the reciprocating action of the heavy hammer chain transmission mechanism, which transmits the product to the grinding wheel for chamfering operation, and the chain drives the heavy hammer to push. When the heavy hammer falls by gravity, there is no fixed guide, the structure is unstable and The noise is high, and it is easy to shift the positioning position of the product, resulting in inaccurate chamfering position of the product, resulting in defective products; at the same time, due to the high instantaneous force of the heavy hammer falling, it is easy to damage the chamfering equipment, which increases the equipment failure rate and maintenance. cost, and the chain transmission method is prone to chain breakage, which has certain safety hazards; every time it moves, it must drive the weight to move up and down, increasing energy consumption

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