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    • 2. 发明授权
    • Hydraulically amplified mechanical coupling
    • 液压放大机械联轴器
    • US08500036B2
    • 2013-08-06
    • US12776203
    • 2010-05-07
    • Jay VenkataraghavanAlan R. Stockner
    • Jay VenkataraghavanAlan R. Stockner
    • F02D1/06
    • F02M47/027F02D41/2096F02M63/00F02M63/0026F02M63/0035
    • A component includes a transmission arrangement for transmitting a force between an actuator and a control valve. The transmission arrangement includes a post that is associated with the actuator. The control valve is displaceable to an open position from a closed position when an opening force is applied to the control valve that is greater than a closing force provided to the control valve. The transmission arrangement is disposed in the component between the post and the control valve actuator and arranged to mechanically transmit by physical contact an actuator force from the post to the control valve when the post begins to travel towards the extended stroke position, and hydraulically amplify the actuator stroke between the post and the control valve when the post travels from the retracted stroke position to the extended stroke position.
    • 部件包括用于在致动器和控制阀之间传递力的传动装置。 传动装置包括与致动器相关联的柱。 当向控制阀施加大于提供给控制阀的关闭力的打开力时,控制阀可从关闭位置移动到打开位置。 变速器装置设置在柱和控制阀致动器之间的部件中,并且布置成当柱开始朝向延伸的行程位置行进时通过物理接触将来自柱的致动器力机械地传递到控制阀,并液压放大 当柱从缩回的行程位置移动到延伸的行程位置时,柱和控制阀之间的致动器行程。
    • 5. 发明授权
    • Efficient wave form to control fuel system
    • 高效波形控制燃油系统
    • US08214132B2
    • 2012-07-03
    • US12884798
    • 2010-09-17
    • Nadeem BunniDaniel R. PuckettJay VenkataraghavanStephen R. LewisAngela L. Moore
    • Nadeem BunniDaniel R. PuckettJay VenkataraghavanStephen R. LewisAngela L. Moore
    • F02D41/26
    • F02D41/20F02D2041/2006F02D2041/2058
    • An efficient control wave form is utilized to actuate the solenoids of a fuel system to reduce boost power/energy consumption. The solenoid is initially energized by applying a boost voltage from an electronic controller across a solenoid coil circuit. The electronic controller monitors the current level in the solenoid coil circuit, and changes to a reduced battery voltage when the current level in the solenoid coil circuit reaches a predetermined trigger current. The controller then maintains a pull-in current based upon battery voltage for a pull-in duration that initiates movement of the solenoid armature from an initial air gap position toward a final air gap position. After the pull-in duration, the current level is dropped to a hold in level for the remaining duration of the actuation event. The solenoid may be used for fuel injector control and/or pump control, such as to control fuel injection and pumping events respectively.
    • 利用有效的控制波形来驱动燃料系统的螺线管以降低升压功率/能量消耗。 螺线管最初通过在电磁线圈电路上施加来自电子控制器的升压电压而被激励。 电子控制器监视电磁线圈电路中的当前电平,并且当电磁线圈电路中的电流水平达到预定触发电流时,电流控制器改变为降低的电池电压。 然后,控制器基于电池电压维持引入电流,以引起电磁铁衔铁从初始气隙位置向最终气隙位置的移动。 在拉入持续时间之后,当前电平在启动事件的剩余持续时间内下降到保持电平。 螺线管可以用于燃料喷射器控制和/或泵控制,例如分别控制燃料喷射和泵送事件。
    • 6. 发明申请
    • Efficient Wave Form To Control Fuel System
    • 有效波形控制燃油系统
    • US20120067329A1
    • 2012-03-22
    • US12884798
    • 2010-09-17
    • Nadeem BunniDaniel R. PuckettJay VenkataraghavanStephen R. LewisAngela L. Moore
    • Nadeem BunniDaniel R. PuckettJay VenkataraghavanStephen R. LewisAngela L. Moore
    • F02M51/00
    • F02D41/20F02D2041/2006F02D2041/2058
    • An efficient control wave form is utilized to actuate the solenoids of a fuel system to reduce boost power/energy consumption. The solenoid is initially energized by applying a boost voltage from an electronic controller across a solenoid coil circuit. The electronic controller monitors the current level in the solenoid coil circuit, and changes to a reduced battery voltage when the current level in the solenoid coil circuit reaches a predetermined trigger current. The controller then maintains a pull-in current based upon battery voltage for a pull-in duration that initiates movement of the solenoid armature from an initial air gap position toward a final air gap position. After the pull-in duration, the current level is dropped to a hold in level for the remaining duration of the actuation event. The solenoid may be used for fuel injector control and/or pump control, such as to control fuel injection and pumping events respectively.
    • 利用有效的控制波形来驱动燃料系统的螺线管以降低升压功率/能量消耗。 螺线管最初通过在电磁线圈电路上施加来自电子控制器的升压电压而被激励。 电子控制器监视电磁线圈电路中的当前电平,并且当电磁线圈电路中的电流水平达到预定触发电流时,电流控制器改变为降低的电池电压。 然后,控制器基于电池电压维持引入电流,以引起电磁铁衔铁从初始气隙位置向最终气隙位置的移动。 在拉入持续时间之后,当前电平在启动事件的剩余持续时间内下降到保持电平。 螺线管可以用于燃料喷射器控制和/或泵控制,例如分别控制燃料喷射和泵送事件。
    • 8. 发明申请
    • HYDRAULICALLY AMPLIFIED MECHANICAL COUPLING
    • 液压放大机械联轴器
    • US20110272499A1
    • 2011-11-10
    • US12776203
    • 2010-05-07
    • Jay VenkataraghavanAlan R. Stockner
    • Jay VenkataraghavanAlan R. Stockner
    • B05B1/30
    • F02M47/027F02D41/2096F02M63/00F02M63/0026F02M63/0035
    • A component includes a transmission arrangement for transmitting a force between an actuator and a control valve. The transmission arrangement includes a post that is associated with the actuator. The control valve is displaceable to an open position from a closed position when an opening force is applied to the control valve that is greater than a closing force provided to the control valve. The transmission arrangement is disposed in the component between the post and the control valve actuator and arranged to mechanically transmit by physical contact an actuator force from the post to the control valve when the post begins to travel towards the extended stroke position, and hydraulically amplify the actuator stroke between the post and the control valve when the post travels from the retracted stroke position to the extended stroke position.
    • 部件包括用于在致动器和控制阀之间传递力的传动装置。 传动装置包括与致动器相关联的柱。 当向控制阀施加大于提供给控制阀的关闭力的打开力时,控制阀可从关闭位置移动到打开位置。 变速器装置设置在柱和控制阀致动器之间的部件中,并且布置成当柱开始朝向延伸行程位置行进时通过物理接触机械地传递来自柱的致动器力到控制阀,并液压放大 当柱从缩回的行程位置移动到延伸的行程位置时,柱和控制阀之间的致动器行程。