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    • 1. 发明申请
    • POSITIONER SYSTEM AND METHOD OF POSITIONING
    • 定位系统及其定位方法
    • US20120048656A1
    • 2012-03-01
    • US13190928
    • 2011-07-26
    • CHRISTOPHER LEONARD WESTCHARLES PAUL NAPPEN
    • CHRISTOPHER LEONARD WESTCHARLES PAUL NAPPEN
    • B66B11/04
    • G01R31/2887B25J9/023B25J9/041B25J17/0208B25J19/002G01R31/2834G01R31/2891
    • A system for positioning a load including a support column, a drive rail unit coupled to the support column, the drive rail unit moveable relative to the support column, a vertical carriage moveable along the support column, wherein the vertical carriage supports the load, an engagement member which engages the drive rail and which moves along the drive rail, and a motor which applies force to the engagement member, causing the engagement member to move along the drive rail. The motor is coupled to the vertical carriage so that, as the motor applies force to the engagement member, the vertical carriage moves relative to the drive rail unit, the vertical carriage is also moveable with the drive rail unit so that the vertical carriage and the drive rail unit move relative to the support column. A method of positioning a load is also provided.
    • 一种用于定位负载的系统,包括支撑柱,耦合到支撑柱的驱动轨单元,可相对于支撑柱移动的驱动轨道单元,可沿着支撑柱移动的竖直托架,其中竖直托架支撑负载, 接合构件,其与驱动轨道接合并沿着驱动轨道移动;以及电动机,其向接合构件施加力,使得接合构件沿着驱动轨道移动。 电动机联接到垂直滑架,使得当电动机对接合构件施加力时,垂直滑架相对于驱动轨道单元移动,垂直滑架也可以与驱动轨道单元一起移动,使得垂直滑架和 驱动轨道单元相对于支撑柱移动。 还提供了一种定位负载的方法。
    • 2. 发明申请
    • TEST HEAD MANIPULATOR
    • 测试头操纵器
    • US20140202269A1
    • 2014-07-24
    • US14143560
    • 2013-12-30
    • Hermann Josef WEISSACHERWei GUANChristopher L. WESTCharles Paul NAPPENSteven J. CROWELL
    • Hermann Josef WEISSACHERWei GUANChristopher L. WESTCharles Paul NAPPENSteven J. CROWELL
    • G01D11/30
    • G01D11/30G01R31/2891
    • A test head manipulator system comprising a base structure, a main arm unit configured to support a test head and to be moved relative to the base structure, an actuator having a range of motion of L, and an enhancement mechanism positioned between the main arm unit and the actuator and configured such that movement of the actuator a first distance causes the main arm unit to move a second distance that is greater than the first distance. Additionally, a fluid control system for controlling a test head manipulator system. The pneumatic control system includes a regulator configured to controllably provide an output pressure to the main fluid actuator, and a second fluidly controlled actuator configured to adjust the regulator to modify the output pressure provided to the main fluid actuator. The second actuator is configured to be positively positioned in at least four operating modes with each operating mode causing the regulator to provide a different output pressure to the main fluid actuator.
    • 一种测试头操纵器系统,包括基座结构,配置成支撑测试头并相对于基座结构移动的主臂单元,具有L的运动范围的致动器和位于主臂单元之间的增强机构 并且构造成使致动器的移动第一距离使得主臂单元移动大于第一距离的第二距离。 另外,一种用于控制测试头操纵器系统的流体控制系统。 气动控制系统包括调节器,该调节器构造成可控制地向主流体致动器提供输出压力;以及第二流体控制致动器,其构造成调节调节器以修改提供给主流体致动器的输出压力。 第二致动器构造成在至少四个操作模式中被确定地定位,每个操作模式导致调节器向主流体致动器提供不同的输出压力。
    • 5. 发明授权
    • Positioner system and method of positioning
    • 定位系统和定位方法
    • US08981807B2
    • 2015-03-17
    • US13190928
    • 2011-07-26
    • Christopher Leonard WestCharles Paul Nappen
    • Christopher Leonard WestCharles Paul Nappen
    • G01R31/20G01R31/28
    • G01R31/2887B25J9/023B25J9/041B25J17/0208B25J19/002G01R31/2834G01R31/2891
    • A system for positioning a load including a support column, a drive rail unit coupled to the support column, the drive rail unit moveable relative to the support column, a vertical carriage moveable along the support column, wherein the vertical carriage supports the load, an engagement member which engages the drive rail and which moves along the drive rail, and a motor which applies force to the engagement member, causing the engagement member to move along the drive rail. The motor is coupled to the vertical carriage so that, as the motor applies force to the engagement member, the vertical carriage moves relative to the drive rail unit, the vertical carriage is also moveable with the drive rail unit so that the vertical carriage and the drive rail unit move relative to the support column. A method of positioning a load is also provided.
    • 一种用于定位负载的系统,包括支撑柱,耦合到支撑柱的驱动轨单元,可相对于支撑柱移动的驱动轨道单元,可沿着支撑柱移动的竖直托架,其中竖直托架支撑负载, 接合构件,其与驱动轨道接合并沿着驱动轨道移动;以及电动机,其向接合构件施加力,使得接合构件沿着驱动轨道移动。 电动机联接到垂直滑架,使得当电动机对接合构件施加力时,垂直滑架相对于驱动轨道单元移动,垂直滑架也可以与驱动轨道单元一起移动,使得垂直滑架和 驱动轨道单元相对于支撑柱移动。 还提供了一种定位负载的方法。
    • 6. 发明授权
    • Test head manipulator
    • 测试头操纵器
    • US08618822B2
    • 2013-12-31
    • US12528186
    • 2008-02-19
    • Hermann Josef WeissacherWei GuanChristopher L. WestCharles Paul NappenSteven J. Crowell
    • Hermann Josef WeissacherWei GuanChristopher L. WestCharles Paul NappenSteven J. Crowell
    • G01R31/00
    • G01D11/30G01R31/2891
    • A test head manipulator system comprising a base structure, a main arm unit configured to support a test head and to be moved relative to the base structure, an actuator having a range of motion of L, and an enhancement mechanism positioned between the main arm unit and the actuator and configured such that movement of the actuator a first distance causes the main arm unit to move a second distance that is greater than the first distance. Additionally, a fluid control system for controlling a test head manipulator system. The pneumatic control system includes a regulator configured to controllably provide an output pressure to the main fluid actuator, and a second fluidly controlled actuator configured to adjust the regulator to modify the output pressure provided to the main fluid actuator. The second actuator is configured to be positively positioned in at least four operating modes with each operating mode causing the regulator to provide a different output pressure to the main fluid actuator.
    • 一种测试头操纵器系统,包括基座结构,配置成支撑测试头并相对于基座结构移动的主臂单元,具有L的运动范围的致动器和位于主臂单元之间的增强机构 并且构造成使致动器的移动第一距离使得主臂单元移动大于第一距离的第二距离。 另外,一种用于控制测试头操纵器系统的流体控制系统。 气动控制系统包括调节器,该调节器构造成可控制地向主流体致动器提供输出压力;以及第二流体控制致动器,其构造成调节调节器以修改提供给主流体致动器的输出压力。 第二致动器构造成在至少四个操作模式中被确定地定位,每个操作模式导致调节器向主流体致动器提供不同的输出压力。
    • 7. 发明申请
    • TEST HEAD MANIPULATOR
    • 测试头操纵器
    • US20110057674A1
    • 2011-03-10
    • US12528186
    • 2008-02-19
    • Hermann Josef WeissacherWei GuanChristopher L. WestCharles Paul NappenSteven J. Crowell
    • Hermann Josef WeissacherWei GuanChristopher L. WestCharles Paul NappenSteven J. Crowell
    • G01R31/00
    • G01D11/30G01R31/2891
    • A test head manipulator system comprising a base structure, a main arm unit configured to support a test head and to be moved relative to the base structure, an actuator having a range of motion of L, and an enhancement mechanism positioned between the main arm unit and the actuator and configured such that movement of the actuator a first distance causes the main arm unit to move a second distance that is greater than the first distance. Additionally, a fluid control system for controlling a test head manipulator system. The pneumatic control system includes a regulator configured to controllably provide an output pressure to the main fluid actuator, and a second fluidly controlled actuator configured to adjust the regulator to modify the output pressure provided to the main fluid actuator. The second actuator is configured to be positively positioned in at least four operating modes with each operating mode causing the regulator to provide a different output pressure to the main fluid actuator.
    • 一种测试头操纵器系统,包括基座结构,配置成支撑测试头并相对于基座结构移动的主臂单元,具有L的运动范围的致动器和位于主臂单元之间的增强机构 并且构造成使致动器的移动第一距离使得主臂单元移动大于第一距离的第二距离。 另外,一种用于控制测试头操纵器系统的流体控制系统。 气动控制系统包括调节器,该调节器构造成可控制地向主流体致动器提供输出压力;以及第二流体控制致动器,其构造成调节调节器以修改提供给主流体致动器的输出压力。 第二致动器构造成在至少四个操作模式中被确定地定位,每个操作模式导致调节器向主流体致动器提供不同的输出压力。