气动无触点固定器的研制

T. Tsukiji, R. Kondo
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引用次数: 0

摘要

气动非接触式支架在制造过程中用于输送半导体晶圆和食品(以下简称“工件”)。气动非接触式固定器的两种主要类型是伯努利式和旋涡式。在我们之前的研究中,我们使用伯努利型非接触保持器通过附加扩散器来实现完全的非接触保持,但工件发生不规则旋转。使用涡型保持器,可以通过产生两个相反旋转的涡流来防止这种旋转。然而,工件往往会从保持器滑走,因此需要一个保护结构,这在保持过程中引入了与保护器的点接触。本研究的目的是创造一个完全非接触的,不会导致工件旋转的支架。通过结合伯努利和涡旋两种类型,我们成功地在没有接触和旋转的情况下保持了工件。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Development of the Pneumatic Non-Contact Holder
Pneumatic non-contact holders have been put to practical use for transporting semiconductor wafers and foodstuffs (hereafter “workpiece”) in manufacturing processes. The two main types of pneumatic non-contact holder are the Bernoulli and vortex types. In our previous study, we used a Bernoulli-type non-contact holder to achieve full non-contact holding by attaching a diffuser, but the workpiece underwent irregular rotation. With a vortex-type holder, this rotation could be prevented by generating two vortex flows with opposite rotations. However, the workpiece tended to slip away from the holder so that a guard structure was required, which introduced point contact with the guard into the holding process. This study’s purpose was to create a holder that is fully non-contact and does not cause workpiece rotation. By combining both the Bernoulli and vortex types, we succeeded in holding a workpiece without both contact and rotation.
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