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    • 3. 发明授权
    • Surface treatment apparatus for workpieces
    • 工件表面处理装置
    • US5348637A
    • 1994-09-20
    • US124641
    • 1993-09-22
    • Hisamine KobayashiTakeo SuzukiKatsuhiro Izuhara
    • Hisamine KobayashiTakeo SuzukiKatsuhiro Izuhara
    • C25D17/26C25D17/10
    • C25D17/26
    • A barrel polishing machine includes an electrically conductive inner container for containing workpieces, the inner container having a number of holes formed in a circumferential wall thereof so that an electrolyte supplied to the workpieces passes through the holes, an electrically conductive outer container disposed to surround the inner container with a predetermined gap between them, a pair of electrode terminals connected to the inner and outer containers respectively so that the containers serve as electrodes with polarity opposite each other, respectively, an insulator interposed between the inner and outer containers with a predetermined gap between the same and each container, and a drive source supplying a rotational or vibratory force to the inner container. The gap between the inner and outer containers is 10 millimeters long or below. The barrel polishing machine may be diverted to an electroplating machine when the polarity is inverted.
    • 滚筒抛光机包括用于容纳工件的导电内容器,内容器具有形成在其圆周壁上的多个孔,使得供给到工件的电解液通过孔,导电外容器设置成围绕 在其间具有预定间隙的内部容器,分别连接到内部容器和外部容器的一对电极端子,使得容器分别具有极性相反的电极,插入在内部和外部容器之间的绝缘体具有预定间隙 在相同和每个容器之间,以及向内部容器提供旋转或振动力的驱动源。 内外容器之间的间隙为10毫米长或以下。 当极性反转时,滚筒抛光机可以转向电镀机。
    • 5. 发明授权
    • Seal protecting method for use with spiral-flow barrel finishing machine
and spiral-flow barrel finishing machine with seal protecting apparatus
    • 密封保护方法用于螺旋流桶整理机和螺旋流桶整理机与密封保护装置
    • US5989109A
    • 1999-11-23
    • US887639
    • 1997-07-03
    • Hisamine KobayashiKatsuhiro Izuhara
    • Hisamine KobayashiKatsuhiro Izuhara
    • B24B31/108B24B31/00
    • B24B31/108
    • Any part of an abrasive media in a solid particle or liquid form is prevented from entering a seal and/or the area where a rotary shaft bearing for a rotating barrel is sealed, thereby protecting the bearing and/or its seal against any possible damage that may be caused by abrasive media. A the barrel finishing operation performed by rotating a rotating barrel rotatably mounted inside a cylindrical stationary barrel on a lower portion thereof in a spaced relationship to the stationary barrel. The stationary barrel has an outer bottom plate at the bottom end thereof. At least one blade is mounted on the back side of a rotating plate forming the bottom end of the rotating barrel, and is rotated by rotating the rotating plate to any part of the abrasive media existing between the back side of the rotating plate and the top side of the outer bottom plate in the direction remote from the rotary shaft, thereby developing a negative pressure or vacuum area located on the back side of the rotating plate and on the side of the blade nearer to the rotary shaft. Air is then drawn from the atmosphere into the vacuum area by the action of the negative pressure, and thus an air layer is created in the vacuum area. The air layer prevents that part of the abrasive media from entering the rotary shaft bearing and/or its seal.
    • 固体颗粒或液体形式的研磨介质的任何部分被阻止进入密封件和/或用于旋转筒体的旋转轴轴承被密封的区域,从而保护轴承和/或其密封件免受任何可能的损坏, 可能由研磨介质引起。 通过使旋转筒旋转地安装在圆筒形固定筒内的旋转筒体的下部,以相对于固定筒的间隔开的方式旋转来进行桶整理操作。 固定筒在其底端具有外底板。 至少一个叶片安装在形成旋转筒的底端的旋转板的背面上,并且通过将旋转板旋转到存在于旋转板的背侧和顶部之间的研磨介质的任何部分而旋转 在离开旋转轴的方向上的外底板的侧面,从而形成位于旋转板的背面侧和靠近旋转轴的叶片侧的负压或真空区域。 然后通过负压的作用将空气从大气吸入真空区域,从而在真空区域中产生空气层。 空气层防止研磨介质的一部分进入旋转轴轴承和/或其密封件。
    • 9. 发明授权
    • Magnetic separator and sweeping brush used therein
    • 其中使用磁选机和清扫刷
    • US5797498A
    • 1998-08-25
    • US564728
    • 1995-11-29
    • Hisamine KobayashiKatsuhiro Izuhara
    • Hisamine KobayashiKatsuhiro Izuhara
    • B03C1/02B03C1/16B03C1/18B07C5/344
    • B07C5/344
    • A magnetic separator for separating a magnetic substance such as metal parts or workpieces from a nonmagnetic substance such as abrasives used in a barrel finishing includes an infeed passage along which a mixture of the workpieces and the abrasives is conveyed. A rotary drum is rotated in a direction crossing the infeed passage, and a magnet is mounted in the rotary drum so that the magnetic substance is attracted to a circumferential surface of the rotary drum. The workpieces picked up onto the rotary drum are conveyed along an outfeed package, and a demagnetizer establishes an alternating field in the middle of the outfeed passage along a direction in which the magnetic substance is conveyed along the outfeed passage. A sweeping brush is located on the infeed passage in the vicinity of the rotary drum so as to scrape the surface of the workpieces attracted to the surface of the rotary drum to sweep off granular abrasives adherent to the surface of the workpieces. A removing brush is located at the outfeed passage for scraping out the workpieces to dissociate them from the rotary drum.
    • 用于将诸如金属部件或工件之类的磁性物质与诸如在滚筒精加工中使用的研磨剂的非磁性物质分离的磁性分离器包括输送工件和磨料的混合物的进料通道。 旋转滚筒在与进料通道相交的方向上旋转,并且磁体安装在旋转滚筒中,使得磁性物质被吸引到旋转滚筒的圆周表面。 拾取到旋转鼓上的工件沿着出料包装被输送,并且去磁器沿着输送通道沿磁性物质输送的方向在出料通道的中间建立交变场。 清扫刷位于旋转滚筒附近的进料通道上,以便刮掉吸附到旋转滚筒表面的工件的表面,以清除附着在工件表面上的颗粒状磨料。 移出刷位于出料通道处,用于刮除工件以使其与旋转滚筒分离。