Pushing type tile shape magnet internal and external cambered surface and mongline bidirectional automatic chamfering compound grinding machine

Abstract

The invention relates to a pushing type tile shape magnet internal and external cambered surface and mongline bidirectional automatic chamfering compound grinding machine, comprising an electrical appliance control system, an electromotor and reduction box thereof. The compound grinding machine is characterized in that a magnetic tile feeding pushing type advancing mechanism is arranged; a grinding head grinding wheel component used for grinding tile shape magnet outer arc cambered surface is arranged; a grinding head grinding wheel component used for grinding tile shape magnet inner arc cambered surface, chord width and arch height is arranged; a horizontal swing pusher dog is arranged behind the two grinding heads and grinding wheels; a chamfering movement mechanism is arranged behind the horizontal swing pusher dog, and the chamfering movement mechanism comprises a tooling moving up and down and a chamfering grinding head grinding wheel component. The invention has the positive effects that automatic processing of outer cambered surface, inner cambered surface, chord width, arch height, outer arc end face chamfer and inner arc end face chamfer can be finished in one step by a complete machine for 'short wide flat magnetic tile', labour and processing time are saved, energy consumption is reduced, and labour productivity and quality percent of pass are improved.

Description

Technical field [0001] The invention relates to a push-type tile-shaped magnet internal and external arc surface and single-line two-way automatic chamfering compound grinding machine, which is suitable for automatically completing the inner arc surface, outer arc surface, inner arc end face angle and outer arc end face angle of a tile-shaped magnet. processing. Background technique [0002] A finished tile-shaped magnet usually has the following parameters that need to be guaranteed by grinding, that is, the radius of the inner arc surface, the radius of the outer arc surface, the axial length, the width of the chord, the height of the arch, the chamfering of the end face of the inner arc, and the radius of the outer arc. End chamfer. All the above parameters can be completed by a corresponding independent grinding stand-alone machine. Among them, compound grinding machines for inner and outer arcs have appeared, and the grinding of inner and outer arcs can be completed on...

AI Technical Summary

Problems solved by technology

Especially the inner arc end face chamfering and outer arc end face chamfering, the existing first type of chamfering technology (patent number: 200820061915.3) can only work with a single machine, and manual handover and loading and unloading between the single machines are required during operation, which takes up More labor, and the handover and loading and unloading between single machines will inevitably produce a certain proportion of waste products

The existing second type of chamfering technology (patent application number: 200910058132.9) is called "short, wide and flat magnetic tile" (magnetic tile axial length is small, chord width is large, and arch height is small) which is difficult to guide and locate. "Short, wide and flat magnetic tiles") cannot be processed, the main reason being that the "short, wide and flat magnetic tiles" are easily inclined under the drive of the conventional double-wheel feeding mechanism.

Generally speaking, the above-mentioned existing first type of chamfering technology requires more labor and more independent stand-alone machines, resulting in increased cost and difficulty in improving quality; the above-mentioned existing second type of chamfering technology is difficult for some "short-term "Wide flat magnetic tile" cannot be processed

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