Edge grinding equipment for rectangular objects

Abstract

The invention relates to the field of machining equipment and particularly relates to edge grinding equipment for a rectangular object. The edge grinding equipment comprises a rack, a feeding rail for limiting movement of the rectangular object, a pushing mechanism for pushing the rectangular object to move, and a grinding assembly arranged on the feeding rail; the grinding assembly comprises two grinding wheels positioned at both sides of the feeding rail; the rotating directions of two grinding wheels are opposite, and the rotating directions of two grinding wheels are both contrary to the feeding direction of the feeding rail; the middles of the side walls of the grinding wheels are concave inwards to form positioning ports for longitudinally positioning the rectangular object; and the inner wall faces of the positioning ports are slantingly arranged to be used as a grinding working face for the edge of the rectangular object. The edge grinding equipment can carry out edge grinding on the rectangular object, overcomes the defect of difficulty that the edge needs to be manually ground in the prior art, and can achieve one-time completion of surface processing on the rectangular object by combining an existing edge plane polishing structure, thereby greatly improving the processing efficiency.

Description

technical field [0001] The invention relates to the field of machining equipment, in particular to an edge grinding equipment for rectangular objects. Background technique [0002] The rectangular structure is the most conventional geometric figure, and this structure is applied to multiple basic components in various fields, including locks; in the field of locks, padlocks are simple in structure, easy to use and generally adopt a rectangular structure. Padlock processing mainly involves steps such as lock body drilling, lock body polishing, and lock cylinder assembly. At present, the lock body polishing involved in the industry is mainly lock surface polishing, and there is no corresponding grinding mechanism for the edges of rectangular bodies such as lock bodies. The edges of the rectangular lock body processed by the current polishing equipment are sharp and cannot be directly used, and further manual grinding is required, which greatly reduces the processing efficiency...

AI Technical Summary

Problems solved by technology

Padlock processing mainly involves steps such as lock body drilling, lock body polishing, and lock cylinder assembly. At present, the lock body polishing involved in the industry is mainly lock surface polishing, and there is no corresponding grinding mechanism for the edges of rectangular bodies such as lock bodies. The edges of the rectangular lock body processed by the current polishing equipment are sharp and cannot be used directly, and further manual grinding is required, which greatly reduces the processing efficiency

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