利用侧盖板提高陀螺精加工速度

Y. Hashimoto, Yugo Nakayama, T. Furumoto, Akihito Sekiya, Tetsuya Yamada, Tatsuki Kawahara, A. Hosokawa
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摘要

陀螺精加工是一种质量精加工工艺,在这种工艺中,由于滚筒的旋转,固定工件与磨料介质的流动接触,从而完成加工。该工艺用于完成大型复杂形状的工件,例如使用增材制造构建的大型齿轮和零件。在我们之前的研究中,我们提出了在工件上方放置盖板,以限制磨料介质与工件接触后向上运动,从而提高精加工速度。在本研究中,在工件侧面增加了板材,以限制磨料介质向工件侧面的流动,进一步提高了精加工速度。首先,我们使用一个简单形状的工件评估了侧板的效果。在一定条件下,评估了侧面盖板在5min过程中的表面粗糙度差异。由于磨料介质运动的限制,采用前置于工件中心后方的侧盖板可以提高精加工速度。而采用前置工件中心前的侧盖板时,由于侧盖板的存在,会中断从筒壁到工件附近磨料介质的力传递,导致精加工速度下降。随后,根据加工过程中表面粗糙度的变化,评估了在合适位置放置侧盖板的效果。我们确认,由于磨料介质运动的限制,当使用侧盖板时,精加工速度增加了大约1.5倍。最后,对一个正齿轮进行了盖板加工,作为实际工件的样品。根据加工过程中齿轮齿面粗糙度的差异确定精加工速度。采用前置于工件中心后方的侧盖板可提高精加工速度。因此,在陀螺精加工中,使用侧盖板是提高精加工速度的有效方法。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Finishing Speed Improvement Using Side Cover Plates in Gyro Finishing
Gyro finishing is a mass-finishing process in which fixed workpieces are finished by contact with the flow of abrasive media owing to the rotation of the barrel. The process is used to finish large complex-shaped workpieces, such as large gears and parts constructed using additive manufacturing. In our previous study, we proposed a cover plate positioned above a workpiece to restrict the upward motion of abrasive media after contact with the workpiece, thereby improving the finishing speed. In this study, plates were added at the side of the workpiece to restrict the flow of the abrasive media toward the side of the workpiece and further improve the finishing speed. First, we evaluated the effect of the side plates using a simple-shaped workpiece. The difference in the surface roughness during a 5 min process was evaluated under certain conditions of the side cover plates. We confirmed that the finishing speed can be increased by using a side cover plate whose front was positioned behind the workpiece center because of the restriction of motion of the abrasive media. In contrast, the finishing speed decreased when a side cover plate whose front was positioned in front of the workpiece center was used because of the interruption in the transmission of force from the barrel wall to the abrasive media near the workpiece, owing to the side cover plates. Subsequently, the effect of the side cover plates placed at a suitable position was evaluated based on variations in the surface roughness during the process. We confirmed that the finishing speed increased by approximately a factor of 1.5 when the side cover plates were used owing to restrictions in the motion of the abrasive media. Finally, a spur gear was finished with cover plates, as a sample of practical workpieces. The finishing speed was determined based on the difference in the surface roughness of the gear teeth during the process. The finishing speed increased when a side cover plate whose front was positioned behind the workpiece center was used. Therefore, it can be concluded that the use of side cover plates is an effective technique to improve the finishing speed in gyro finishing.
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