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    • 4. 发明授权
    • Pressure chamber assembly including non-mechanical drive means
    • 压力室组件包括非机械驱动装置
    • US06619304B2
    • 2003-09-16
    • US09951355
    • 2001-09-13
    • Steven Lee Worm
    • Steven Lee Worm
    • B08B304
    • H01L21/68785B08B7/0021H01L21/67126H01L21/68792
    • A pressure chamber assembly for processing a substrate includes a pressure vessel defining an enclosed pressure chamber. A substrate holder is disposed in the pressure chamber and is adapted to hold the substrate. A drive assembly is operable to move the substrate holder. The drive assembly includes a first drive member connected to the substrate holder for movement therewith relative to the pressure vessel and a second drive member fluidly isolated from the first drive member and the pressure chamber. A drive unit is operable to move the second drive member. The drive unit is fluidly isolated from the first drive member and the pressure chamber. The second drive member is non-mechanically coupled to the first drive member such that the drive unit can move the substrate holder via the first and second drive members.
    • 用于处理衬底的压力室组件包括限定封闭压力室的压力容器。 衬底保持器设置在压力室中并且适于保持衬底。 驱动组件可操作以移动衬底保持器。 驱动组件包括连接到衬底保持器的第一驱动构件,用于相对于压力容器移动,以及与第一驱动构件和压力室流体隔离的第二驱动构件。 驱动单元可操作以移动第二驱动构件。 驱动单元与第一驱动构件和压力室流体隔离。 第二驱动构件非机械地联接到第一驱动构件,使得驱动单元可以经由第一和第二驱动构件移动衬底保持器。
    • 8. 发明授权
    • Linear operating mechanism for an optical switch
    • 光开关的线性操作机构
    • US5952648A
    • 1999-09-14
    • US748699
    • 1996-11-13
    • Steven Lee Worm
    • Steven Lee Worm
    • H01L31/167H03K17/968G01D5/34
    • H03K17/968H01L31/167
    • A linear operating mechanism for a slotted optical switch 10 which produces a guaranteed OFF-point for a consistent linear displacement of a switch operator 58 with respect to a reference surface 66 of the device enclosure 62. The guaranteed OFF-point is consistently repeatable from one device to another. The device enclosure 62 defines an integrally formed support for receiving an emitter 14 and a receiver 18 of the slotted optical switch 10. The enclosure 62 further defines a fixed Off-plane 114 immediately adjacent the receiver 18 and precisely located with respect to a reference surface 66 on an outside surface of the enclosure 62. The switch operator 58 is received within the optical switch slot and has a distal end 86 extending outside the enclosure 62 a precise distance with respect to the reference surface 66 when the operator is in a normally biased first position. A window 74 defined by the operator at a predetermined position with respect to its distal end 84 determines the normal state of the optical switch 10 and changes that state as the operator 58 is linearly moved to a second position in response to an external force applied to its distal end 86. One edge 78/82 of the window 74 further defines a movable OFF-plane 78/82 located at a precise distance from the distal end 86. The guaranteed OFF-point is obtained when a predetermined linear displacement of the operator 58 with respect to the reference surface 66 permits the movable OFF-plane 78/82 to coincide with the fixed OFF-plane 114 thereby prohibiting light from reaching the receiver 18.
    • 用于开槽光开关10的线性操作机构,其产生用于开关操作器58相对于装置外壳62的参考表面66的一致的线性位移的保证的OFF点。保证的断点始终可从一个重复 设备到另一个 装置外壳62限定了用于接收开槽光开关10的发射器14和接收器18的整体形成的支撑件。外壳62还限定紧邻接收器18的固定离散平面114,并相对于基准表面精确定位 切换操作器58被接收在光学开关狭槽内,并且当操作者处于正常偏压状态时,开关操作器58具有相对于参考表面66延伸到外壳62外部的远端86。 第一名 由操作者在相对于其远端84的预定位置处限定的窗口74确定光学开关10的正常状态,并且当操作者58响应于外力施加到线性移动到第二位置时改变该状态 其远端86.窗口74的一个边缘78/82进一步限定位于与远端86精确距离的可移动的非平面78/82。当操作者的预定线性位移时,获得保证的关闭点 58相对于参考表面66允许可移动的OFF平面78/82与固定的OFF平面114重合,从而禁止光到达接收器18。