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    • 5. 发明授权
    • Solenoid actuator assembly
    • 电磁阀执行器总成
    • US5856771A
    • 1999-01-05
    • US345168
    • 1994-11-28
    • Andrew H. Nippert
    • Andrew H. Nippert
    • H01F7/16H01F3/00
    • H01F7/1607
    • An armature assembly is provided for use in a solenoid actuator assembly having an energizable coil. The solenoid actuator assembly includes a housing and a bore disposed in the housing. The armature assembly has an outer surface and is positioned in the bore for axial sliding movement. The armature assembly has an outer surface which is of a diameter significantly less than a diameter of the bore and defines a fluid passage through the bore. Sleeve bearings are positioned at preselected spaced locations within the bore and extends about and in contact with a shaft of the armature assembly.
    • 提供电枢组件用于具有可激励线圈的螺线管致动器组件。 螺线管致动器组件包括壳体和设置在壳体中的孔。 电枢组件具有外表面并且定位在孔中用于轴向滑动运动。 电枢组件具有外表面,该外表面的直径明显小于孔的直径,并且限定了通过孔的流体通道。 套筒轴承定位在孔内预先选定的间隔位置,并且在衔铁组件的轴上延伸并与其接触。
    • 6. 发明授权
    • Digital controlled fluid translating device
    • 数字控制流体转换装置
    • US06681571B2
    • 2004-01-27
    • US10023286
    • 2001-12-13
    • Brett M. BaileyAndrew H. Nippert
    • Brett M. BaileyAndrew H. Nippert
    • F16D3902
    • F16H61/4035F04B49/03F04B49/121
    • The displacement of fluid translating devices are normally controlled by changing the angle of an eccentric or a cam plate to change the pumping stroke of the pistons within the device. In the subject arrangement, the displacement of the fluid translating device is controlled by controlling the flow being delivered into or away from each of the associated pressure chambers defined therein by the respective ones of a plurality of pistons. By not permitting the flow from every piston to be directed into useful work, the volume of fluid being directed into or away from the fluid translating device can be altered. Likewise, the direction of fluid flow within the fluid translating device can be selectively changed thus permitting the subject fluid translating device to be capable of pumping or motoring in both directions of flow relative to the first and second inlet/outlet ports thereof.
    • 流体平移装置的位移通常通过改变偏心轮或凸轮板的角度来改变装置内活塞的泵送冲程来控制。 在主题布置中,流体平移装置的位移通过控制通过多个活塞中的相应的活塞传送到其中限定的每个相关联的压力室中或从其中移除的流量来控制。 通过不允许每个活塞的流动被引导到有用的工作中,可以改变被引导到或远离流体平移装置的流体的体积。 类似地,可以选择性地改变流体平移装置内的流体流动的方向,从而允许目标流体平移装置相对于其第一和第二入口/出口在两个流动方向上能够泵送或驱动。
    • 7. 发明授权
    • Actuator which uses fluctuating pressure from an oil pump that powers a
hydraulically actuated fuel injector
    • 致动器,其使用来自用于对液压致动的燃料喷射器供电的油泵的波动压力
    • US5865156A
    • 1999-02-02
    • US984195
    • 1997-12-03
    • Dennis D. FeuchtAndrew H. NippertDouglas J. KinnearMylvagaganam Arulraja
    • Dennis D. FeuchtAndrew H. NippertDouglas J. KinnearMylvagaganam Arulraja
    • F01L9/02F02D21/08F02M25/07F02M57/02F02M37/04
    • F01L9/02F02M26/59F02M26/67F02M57/025F01L2800/10
    • An actuator assembly that uses a fluctuating operational pressure generated by an injector oil pump to actuate an EGR valve is disclosed. The operational pressure is used to operate the actuator assembly without being adversely affected by the fluctuating nature of the operational pressure. The actuator assembly includes an actuator housing defining a chamber and an actuator oil inlet. The actuator oil inlet is in fluid communication with the pump outlet. The actuator assembly further includes a slider located within the chamber. The slider is positionable between a first slider position and a second slider position. The slider isolates the actuator oil inlet from the chamber when the slider is located in the first slider position. The actuator oil inlet is in fluid communication with the chamber when the slider is located in the second slider position. The actuator assembly still further includes a movement assembly for moving the slider between a first slider position and a second slider position. The fluctuating operational pressure moves the actuator piston from the first piston position to the second piston position when the slider is located in the second slider position. A method of actuating a valve in an engine assembly is also disclosed.
    • 公开了一种致动器组件,其使用由喷射器油泵产生的波动的操作压力来致动EGR阀。 操作压力用于操作致动器组件,而不受操作压力的波动特性的不利影响。 致动器组件包括限定腔室和致动器油入口的致动器壳体。 执行器油入口与泵出口流体连通。 致动器组件还包括位于室内的滑块。 滑块可位于第一滑块位置和第二滑块位置之间。 当滑块位于第一滑块位置时,滑块将致动器进油口与腔室隔离。 当滑块位于第二滑块位置时,致动器油入口与腔室流体连通。 致动器组件还包括用于在第一滑动件位置和第二滑动件位置之间移动滑块的移动组件。 当滑块位于第二滑块位置时,波动的操作压力将致动器活塞从第一活塞位置移动到第二活塞位置。 还公开了一种致动发动机组件中的阀的方法。
    • 9. 发明授权
    • Fluid translating device
    • 流体翻译装置
    • US06651545B2
    • 2003-11-25
    • US10021869
    • 2001-12-13
    • Andrew H. Nippert
    • Andrew H. Nippert
    • F01B100
    • F04B49/121F04B49/03
    • It is desirable to deliver only the fluid that is used to do useful work and not waste energy. In the subject arrangement, selected ones of a plurality of pistons are held at their top dead center positions when delivery therefrom is not needed. This is accomplished by having a valving arrangement disposed between the associated pressure chambers and first and second inlet/outlet ports. The valving arrangement is movable from a neutral, flow blocking position to an operative flow passing position. At the flow blocking position, fluid flow into and out of the associated pressure chamber is blocked, thus the associated piston is maintained at the top dead center position. By holding selected ones of the pistons at the top dead center position, the effective volume of fluid being used is reduced and energy is saved due to the fact that the selected pistons are not moving any fluid.
    • 只需要提供用于做有用的工作而不是浪费能量的流体。 在主题布置中,当不需要传送时,多个活塞中的选定的活塞被保持在其上死点位置。 这通过具有设置在相关联的压力室与第一和第二入口/出口之间的阀装置来实现。 阀装置可以从中立的阻流位置移动到可操作的流动通过位置。 在流动阻塞位置,流入和流出相关压力室的流体被阻塞,因此相关联的活塞保持在上止点位置。 通过将选定的活塞保持在上止点位置,由于所选择的活塞不移动任何流体的事实,所使用的流体的有效体积减少并节省能量。
    • 10. 发明授权
    • Steering resistance device
    • 转向阻力装置
    • US06389343B1
    • 2002-05-14
    • US09676930
    • 2000-09-29
    • Robert E. HefnerKevin HuangJohn J. KroneAndrew H. Nippert
    • Robert E. HefnerKevin HuangJohn J. KroneAndrew H. Nippert
    • B62D500
    • B62D5/006B62D6/008
    • Apparatus and methods for controlling the resistance to the movement of a steering shaft that is operable to move as a function of an operator input. A position sensor is coupled with the steering shaft and transmits a shaft position signal as a function of the position of the steering shaft. A processing device is coupled with the position sensor to receive the shaft position signal and transmits a resistance signal as a function of the shaft position signal. A resistance device is coupled with the processing device to receive the resistance signal and is coupled with the steering shaft, the resistance device resists the movement of the steering shaft as a function of the resistance signal.
    • 用于控制可操作以作为操作者输入的函数移动的转向轴的运动的阻力的装置和方法。 位置传感器与转向轴联接并且传递作为转向轴的位置的函数的轴位置信号。 处理装置与位置传感器耦合以接收轴位置信号并且传递作为轴位置信号的函数的电阻信号。 电阻装置与处理装置耦合以接收电阻信号并与转向轴耦合,电阻装置抵抗转向轴的运动作为电阻信号的函数。