A double-head chamfering grinding device for permanent magnet ferrite

Abstract

A double-head chamfering grinding device for permanent magnet ferrite, which aims to solve the problem of using a single-head chamfering machine to chamfer the permanent magnet ferrite twice successively to complete the double-head chamfering of the permanent magnet ferrite. , resulting in a reduction in the efficiency of the chamfering process and a technical problem that the yield rate of the finished permanent magnet ferrite is reduced by two positionings. The invention comprises a frame, one side of the frame is provided with a feeding mechanism, and the frame is provided with a conveying member and a chamfering member, and the chamfering member includes forming grinding wheels arranged in gaps, and the forming grinding wheels rotate synchronously under the drive of the driving member. The feeding mechanism arranges the permanent magnet ferrite in an orientation and then transports it to the conveying member. When the permanent magnet ferrite is conveyed from the conveying member to the chamfering member, the forming grinding wheel performs chamfering processing on both ends of the permanent magnet ferrite. The drive frame is equipped with Adjacent permanent magnet ferrites are bonded to closely arranged transverse pushing members, and the transverse pushing members include a first transverse pushing member and a second transverse pushing member respectively located on the upper and lower sides of the conveying member.

Description

technical field [0001] The invention relates to the technical field of magnetic material processing, in particular to a permanent magnet ferrite double-head chamfering grinding device. Background technique [0002] At present, the chamfering of permanent magnet ferrite squares is usually done manually, and the chamfering method is ground on one side. This method usually has high labor intensity, low efficiency and high cost. With the diversification of market products, there are more and more permanent magnet ferrite products with double-head chamfering, but the processing of double-head chamfering products is still completed by single-head chamfering head, which means that double-head chamfering products need to go through two successive The second single-head chamfering process; taking the patent application number CN 201510274150.6 as an example, the patent discloses an automatic production line for arc-shaped permanent magnet ferrite chamfering and its implementation met...

AI Technical Summary

Problems solved by technology

[0003] The present invention overcomes the chamfering process of the permanent magnet oxygen body by using a single-head chamfering machine twice successively in the prior art to complete the double-head chamfering of the permanent magnet oxygen body, which leads to a decrease in the efficiency of the chamfering process and two successive positionings The technical problem that leads to the decline of the yield rate of the finished permanent magnet ferrite, provides a permanent magnet ferrite double-head chamfer grinding device, which can realize the synchronous automatic forming of the permanent magnet ferrite double-head chamfer, and the permanent magnet ferrite The processing efficiency of double-end chamfering is greatly improved. In addition, only one positioning of the permanent magnet oxygen body is required during the processing process, and the yield rate of the finished permanent magnet oxygen body is high.

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