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Grinding Technology of Cylindrical Surface with Protrusion

机译：圆柱形表面突起的研磨技术

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Cylindrical parts with a protrusion are expected to be used in the components of consumer electronics and automotive products. The machining efficiency of these parts is very low, making them difficult to be mass-produced. The aim of our present work is to develop a highly accurate and highly efficient grinding process for a cylindrical surface with a protrusion. This paper describes the results of experiments using a straight cup-shaped grinding wheel. The following conclusions can be drawn. (1) To prevent uneven wear of the grinding wheel, an oscillation operation is necessary during the grinding process. (2) By employing the straight cup-shaped grinding wheel, the grinding process is realized with the aim of achieving the following: high machining accuracy, roundness below 3μm, straightness below 2μm, and surface roughness below 2μm Rzjis.
机译：预计具有突起的圆柱形部件将用于消费电子产品和汽车产品的组件。这些部件的加工效率非常低，使得它们难以批量生产。我们目前的作品的目的是为圆柱形表面开发一种高度准确和高效的研磨过程，圆柱形表面具有突起。本文介绍了使用直杯形砂轮的实验结果。可以绘制以下结论。 （1）为了防止研磨轮的不均匀磨损，在研磨过程中需要振荡操作。 （2）通过采用直杯形砂轮，实现磨削过程的目的是实现以下目的：高加工精度，圆度低于3μm，低于2μm的直线度，表面粗糙度低于2μm的Rzjis。

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