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    • 1. 发明授权
    • Control of engine with active fuel management
    • 具有主动燃料管理的发动机控制
    • US08746193B2
    • 2014-06-10
    • US13363805
    • 2012-02-01
    • Alan Edgar BowlerRobert Lionel Jacques
    • Alan Edgar BowlerRobert Lionel Jacques
    • F01L9/02
    • F01M1/16F01M1/08F01M9/10F01P3/06
    • An engine includes a fluid pump configured to pressurize oil and a cylinder configured to combust a mixture of fuel and air therein. The engine also includes a valve arrangement configured to deliver air or fuel and air mixture to and exhaust post-combustion gases from the cylinder. The engine additionally includes fluidly connected first and second switching mechanisms, and an oil gallery fluidly connecting the fluid pump and the second switching mechanism. The engine additionally includes an oil squirter in fluid communication with the second switching mechanism and configured to spray the pressurized oil into the cylinder. The second switching mechanism is operated by the pressurized oil to selectively activate and deactivate operation of the valve arrangement. Moreover, the first switching mechanism is configured to alternately direct the pressurized oil to the second switching mechanism to deactivate the operation of the valve arrangement and to feed the oil squirter.
    • 发动机包括被配置为对油加压的流体泵和构造成燃烧燃料和空气混合物的气缸。 发动机还包括配置成将空气或燃料和空气混合物输送到排出来自气缸的后燃烧气体的阀装置。 发动机还包括流体连接的第一和第二切换机构,以及流体连接流体泵和第二切换机构的油道。 发动机还包括与第二切换机构流体连通并被配置为将加压油喷射到气缸中的喷油器。 第二切换机构由加压油操作以选择性地启动和停用阀装置的操作。 此外,第一切换机构被配置为交替地将加压油引导到第二切换机构,以停用阀装置的操作并且供给油喷射器。
    • 2. 发明授权
    • Cooling system for an internal combustion engine
    • 内燃机冷却系统
    • US08683962B2
    • 2014-04-01
    • US13089643
    • 2011-04-19
    • Robert Lionel Jacques
    • Robert Lionel Jacques
    • F01P7/02F01P1/06
    • F01P11/04F02B77/11
    • A cooling system for an internal combustion engine comprises a tubular conduit configured to conduct coolant to and from various components of the internal combustion engine and to remove excess heat therefrom. A shield portion is fluidly coupled inline of the tubular conduit and is disposed between a heat source and a cooler operating component. The expanded portion further comprises a cooling body, an inlet in fluid communication with the tubular conduit and configured to conduct coolant into the cooling body and an outlet in fluid communication with the tubular conduit and is configured to conduct coolant out of the cooling body.
    • 用于内燃机的冷却系统包括管状导管,该导管构造成将冷却剂传导到内燃机的各种部件并从内部发动机的各种部件传导并从其中去除多余的热量。 屏蔽部分流体地联接在管状导管的内部并且设置在热源和较冷的操作部件之间。 膨胀部分还包括冷却体,入口与管状导管流体连通,并且构造成将冷却剂导入冷却体,以及与管状导管流体连通的出口,并且构造成将冷却剂导出冷却体。
    • 5. 发明授权
    • Control system and method for oxygen sensor heater control in a hybrid engine system
    • 混合发动机系统中氧传感器加热器控制的控制系统和方法
    • US08335604B2
    • 2012-12-18
    • US12722637
    • 2010-03-12
    • Robert Lionel JacquesAdam S. Kwiatkowski
    • Robert Lionel JacquesAdam S. Kwiatkowski
    • G06F19/00
    • F02N11/08B60K6/48B60W10/06B60W10/30B60W20/00B60W30/192F01N2560/025F02D29/06F02D41/1441F02D41/1494Y02T10/54Y02T10/6221
    • A control system for a hybrid engine system includes a torque management module and an engine control module. The torque management module operates an electric machine of the hybrid engine system for a period prior to starting an engine of the hybrid engine system for a first time during a current run cycle of the hybrid engine system. The engine control module selectively activates a heater for an oxygen sensor of an exhaust system of the engine during the period. The engine control module may selectively activate the heater prior to the period when an ignition switch for the hybrid engine system moves from an off state into an on state. The engine control module may increase the temperature of the oxygen sensor to a predetermined temperature based on one of a thermal shock temperature and a sensitivity temperature of the oxygen sensor. A related method is also provided.
    • 用于混合发动机系统的控制系统包括转矩管理模块和发动机控制模块。 扭矩管理模块在混合动力发动机系统的当前运行循环期间首次在混合发动机系统的发动机起动之前的一段时间内操作混合动力发动机系统的电机。 在该期间,发动机控制模块选择性地激活用于发动机的排气系统的氧传感器的加热器。 发动机控制模块可以在混合动力发动机系统的点火开关从关闭状态移动到接通状态之前选择性地启动加热器。 发动机控制模块可以基于氧传感器的热冲击温度和灵敏度温度之一将氧传感器的温度升高到预定温度。 还提供了相关的方法。
    • 9. 发明授权
    • Engine assembly including cam phaser with dual lock position
    • 发动机组件包括带双锁定位置的凸轮相位器
    • US08516981B2
    • 2013-08-27
    • US12607148
    • 2009-10-28
    • Robert Lionel JacquesJames Tuttle
    • Robert Lionel JacquesJames Tuttle
    • F01L1/34
    • F01L1/3442F01L2001/0537F01L2001/34459F01L2001/34469F01L2001/34483F01L2001/34496F01L2800/03
    • A cam phaser assembly may include a stator assembly, a rotor assembly, and a lock assembly. The stator assembly may be rotationally driven by an engine crankshaft. The rotor assembly may be engaged with the stator assembly and fixed for rotation with an engine camshaft. The rotor assembly may include a radially extending vane located within a recess of the stator assembly to define advance and retard chambers receiving pressurized fluid to rotationally displace the rotor assembly. The lock assembly may be engaged with the stator assembly and the rotor assembly during first and second operating conditions. The lock assembly may include a lock pin mechanically securing the rotor assembly in a rotationally advanced position relative to the stator assembly during the first operating condition and mechanically securing the rotor assembly in a rotationally retarded position relative to the stator assembly during the second operating condition.
    • 凸轮移相器组件可以包括定子组件,转子组件和锁组件。 定子组件可以由发动机曲轴旋转驱动。 转子组件可与定子组件接合并固定以与发动机凸轮轴一起旋转。 转子组件可以包括位于定子组件的凹部内的径向延伸的叶片,以限定接收加压流体的推进和延迟室,以旋转地移动转子组件。 锁定组件可以在第一和第二操作条件期间与定子组件和转子组件接合。 锁定组件可以包括锁定销,其在第一操作条件期间相对于定子组件将转子组件机械地固定在旋转前进位置,并且在第二操作条件期间相对于定子组件机械地将转子组件固定在旋转延迟位置。
    • 10. 发明申请
    • COOLING SYSTEM FOR AN INTERNAL COMBUSTION ENGINE
    • 内燃机冷却系统
    • US20120266829A1
    • 2012-10-25
    • US13089643
    • 2011-04-19
    • Robert Lionel Jacques
    • Robert Lionel Jacques
    • F01P1/06
    • F01P11/04F02B77/11
    • A cooling system for an internal combustion engine comprises a tubular conduit configured to conduct coolant to and from various components of the internal combustion engine and to remove excess heat therefrom. A shield portion is fluidly coupled inline of the tubular conduit and is disposed between a heat source and a cooler operating component. The expanded portion further comprises a cooling body, an inlet in fluid communication with the tubular conduit and configured to conduct coolant into the cooling body and an outlet in fluid communication with the tubular conduit and is configured to conduct coolant out of the cooling body.
    • 用于内燃机的冷却系统包括管状导管,该导管构造成将冷却剂传导到内燃机的各种部件并从内部发动机的各种部件传导并从其中去除多余的热量。 屏蔽部分流体地联接在管状导管的内部并且设置在热源和较冷的操作部件之间。 膨胀部分还包括冷却体,入口与管状导管流体连通,并且构造成将冷却剂导入冷却体,以及与管状导管流体连通的出口,并且构造成将冷却剂导出冷却体。