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    Electromechanical actuator test apparatus
    1.
    发明授权
    Electromechanical actuator test apparatus 失效
    机电执行器测试装置

    公开(公告)号：US07775120B2

    公开(公告)日：2010-08-17

    申请号：US12236345

    申请日：2008-09-23

    申请人： Kevin Eugene Owens ,  Robert Jay Blome ,  Dwayne M. Benson ,  Steven Talbert Forrest ,  James Neil Quitmeyer ,  Hugh Scott McDowell

    发明人： Kevin Eugene Owens ,  Robert Jay Blome ,  Dwayne M. Benson ,  Steven Talbert Forrest ,  James Neil Quitmeyer ,  Hugh Scott McDowell

    IPC分类号： G01M19/00

    CPC分类号： G01M99/007

    摘要： An electromechanical actuator test system includes an inertia simulator, a first load actuator, a second load actuator, and a test system control. The inertia simulator simulates the inertia of at least a portion of a system that is moved by a test actuator. The first load actuator supplies a first load to the inertia simulator to simulate at least one or more dynamic system loads, and the second load actuator supplies a second load to the inertia simulator to simulate at least one or more steady-state system loads. The test system control supplies the first actuator commands and the second actuator commands.

    摘要翻译： 机电致动器测试系统包括惯性模拟器，第一负载致动器，第二负载致动器和测试系统控制。 惯性模拟器模拟由测试致动器移动的系统的至少一部分的惯性。 第一负载致动器向惯性模拟器提供第一负载以模拟至少一个或多个动态系统负载，并且第二负载致动器向惯性模拟器提供第二负载以模拟至少一个或多个稳态系统负载。 测试系统控制提供第一个执行器命令和第二个致动器命令。

    Vibratory core drill apparatus for the recovery of soil or sediment core samples
    5.
    发明授权
    Vibratory core drill apparatus for the recovery of soil or sediment core samples 失效
    用于回收土壤或沉积物核心样品的振动岩心钻机

    公开(公告)号：US5004055A

    公开(公告)日：1991-04-02

    申请号：US338716

    申请日：1989-04-14

    申请人： John Porritt ,  Hugh Scott

    发明人： John Porritt ,  Hugh Scott

    IPC分类号： E21B7/24 ,  E21B7/26 ,  E21B19/084

    CPC分类号： E21B7/265 ,  E21B19/084 ,  E21B7/24

    摘要： A vibratory core drill apparatus for the recovery of soil or sediment core samples. The samples are collected within a rapidly vibrating sample tube which is driven into the ground by the apparatus. The apparatus comprises a drill stand, vibratory drive for imparting a vibratory motion to the sample tubes, coupling for coupling the sample tubes to the vibratory drive, support for supporting and restraining the coupling and vibratory drive, a carriage assembly for mounting the support to the drill stand in sliding up and down fashion, and carriage drive for lifting or lowering the carriage assembly. The invention permits the rapid recovery of representative soil or sediment samples at depths of up to 20 meters without the periodic disassembly of the invention during the drilling operation.

    摘要翻译： 一种用于回收土壤或沉积物核心样品的振动式钻孔设备。 将样品收集在快速振动的样品管中，该样品管由设备驱动到地面中。 该装置包括钻架，用于向样品管施加振动运动的振动驱动器，用于将样品管耦合到振动驱动器的联接器，用于支撑和限制联接器和振动驱动器的支撑件，用于将支撑件安装到 钻台上下滑动，用于提升或降低滑架总成的托架驱动。 本发明允许在深度达20米的地方快速回收代表性的土壤或沉积物样品，而不用在钻井操作期间定期拆卸本发明。

    ELECTROMECHANICAL ACTUATOR TEST APPARATUS
    6.
    发明申请
    ELECTROMECHANICAL ACTUATOR TEST APPARATUS 失效
    电动执行器测试装置

    公开(公告)号：US20100071452A1

    公开(公告)日：2010-03-25

    申请号：US12236345

    申请日：2008-09-23

    申请人： Kevin Eugene Owens ,  Robert Jay Blome ,  Dwayne M. Benson ,  Steven Talbert Forrest ,  James Neil Quitmeyer ,  Hugh Scott McDowell

    发明人： Kevin Eugene Owens ,  Robert Jay Blome ,  Dwayne M. Benson ,  Steven Talbert Forrest ,  James Neil Quitmeyer ,  Hugh Scott McDowell

    IPC分类号： G01M19/00

    CPC分类号： G01M99/007

    摘要： An electromechanical actuator test system includes an inertia simulator, a first load actuator, a second load actuator, and a test system control. The inertia simulator simulates the inertia of at least a portion of a system that is moved by a test actuator. The first load actuator supplies a first load to the inertia simulator to simulate at least one or more dynamic system loads, and the second load actuator supplies a second load to the inertia simulator to simulate at least one or more steady-state system loads. The test system control supplies the first actuator commands and the second actuator commands.

    摘要翻译： 机电致动器测试系统包括惯性模拟器，第一负载致动器，第二负载致动器和测试系统控制。 惯性模拟器模拟由测试致动器移动的系统的至少一部分的惯性。 第一负载致动器向惯性模拟器提供第一负载以模拟至少一个或多个动态系统负载，并且第二负载致动器向惯性模拟器提供第二负载以模拟至少一个或多个稳态系统负载。 测试系统控制提供第一个执行器命令和第二个致动器命令。

    Convertible vibratory or rotary core drill apparatus
    9.
    发明授权
    Convertible vibratory or rotary core drill apparatus 失效
    可转动的振动或旋转式钻孔设备

    公开(公告)号：US5058688A

    公开(公告)日：1991-10-22

    申请号：US612439

    申请日：1990-11-14

    申请人： Hugh Scott ,  John Porritt

    发明人： Hugh Scott ,  John Porritt

    IPC分类号： E21B7/24 ,  E21B7/26 ,  E21B19/084

    CPC分类号： E21B7/265 ,  E21B19/084 ,  E21B7/24

    摘要： A convertible drill apparatus for applying force to a probe capable of operating in either a vibratory drilling mode wherein the apparatus is adapted to drive the probe into the material to be drilled or a rotary drilling mode wherein the apparatus drives the probe into the material to be drilled by rotation of the probe. The apparatus comprises a drill stand, vibratory drive for imparting a vibratory motion to the probe, rotary drive for imparting a rotary movement to the probe, a vibratory drive probe coupling for coupling the probe to the vibratory drive, a rotary drive probe coupling for coupling the probe to the rotary drive, a support for supporting and containing the coupling, a carriage assembly for mounting the support to the drill stand in sliding up and down fashion, and carriage drive for lifting or lowering the carriage assembly. The invention can be easily converted from vibratory drilling modes to rotary drilling modes and back by exchanging the vibratory drive with the rotary drive. By converting from vibratory drilling mode to rotary drilling mode, the drill apparatus can drive the probes through rock, soil, asphalt or other material which would hamper vibratory drilling alone.

    摘要翻译： 一种用于向能够以振动钻孔模式操作的探头施加力的可转换钻探装置，其中所述装置适于将探针驱动到待钻探的材料中或旋转钻孔模式，其中该装置将探针驱动到材料中 通过探头的旋转进行钻孔。 该装置包括钻架，用于向探针施加振动的振动驱动器，用于向探头施加旋转运动的旋转驱动器，用于将探针耦合到振动驱动器的振动驱动探针联接器，用于联接的旋转驱动探针联接器 旋转驱动器的探针，用于支撑和容纳联接器的支撑件，用于将支撑件以滑动方式滑动地将支撑件安装到钻台的托架组件以及用于提升或降低托架组件的托架驱动器。 通过与旋转驱动器交换振动驱动器，本发明可以容易地从振动钻孔模式转换成旋转钻孔模式。 通过从振动钻孔模式转换为旋转钻井模式，钻机可以通过岩石，土壤，沥青或其他材料驱动探头，这些材料将单独阻碍振动钻孔。