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    • 12. 发明授权
    • Integrated transformer sectionalizing switch assembly
    • 集成变压器分段开关总成
    • US4866568A
    • 1989-09-12
    • US087812
    • 1987-08-21
    • Roland C. EggebrechtAaron A. McIlheranWilliam H. LaneRobert A. Richardson
    • Roland C. EggebrechtAaron A. McIlheranWilliam H. LaneRobert A. Richardson
    • H02B11/12
    • H02B11/12
    • An integrated transformer-sectionalizing switch assembly including a transformer module having a low profile feeder module mounted on and connected to the transformer module. The feeder module including two pair of circuit breakers mounted in side by side relation on each side of the feeder module with each pair of circuit breakers in back to back relation with the other pair of circuit breakers. A bare bus network is used to interconnect the secondary phase bushings to the circuit breakers. The bus network including three bus bars, each bus bar being connected to a phase busing. Each bus bar also including a phase connector connected to each circuit breaker. The phase connectors on each bus bar being arranged to correspond to the location of the same phase contact on each circuit breaker so that the circuit breakers can be interchanged. The feeder module is also provided with a compartment for a low potential transformer assembly.
    • 一种集成的变压器分段开关组件,包括具有安装在变压器模块上并连接到变压器模块的具有低轮廓馈送器模块的变压器模块 馈线模块包括两对断路器,每对断路器在馈线模块的每一侧并排安装,每对断路器与另一对断路器背靠背关联。 裸露的总线网络用于将次级相衬套连接到断路器。 总线网络包括三个母线,每个母线连接到相位调节。 每个母线还包括连接到每个断路器的相位连接器。 每个母线上的相位连接器布置成对应于每个断路器上的相同相位触点的位置,使得断路器可以互换。 馈线模块还设有用于低电压变压器组件的隔间。
    • 13. 发明申请
    • Engine Control System Implementing Lean Burn 6-Stroke Cycle
    • 发动机控制系统实施精益燃烧6冲程循环
    • US20120166066A1
    • 2012-06-28
    • US13263302
    • 2009-12-17
    • Scott B. FivelandWilliam H. Lane
    • Scott B. FivelandWilliam H. Lane
    • F02D41/26
    • F02D41/3017F02B1/12F02B3/06F02B75/021F02D41/3035F02D41/3058F02D41/402F02D2041/3052Y02T10/128Y02T10/44
    • A control system (12) for an engine (10) having a combustion chamber (22) is disclosed. The control system may have a fuel injector (40) configured to selectively inject fuel into the combustion chamber, and a controller (54) in communication with the fuel injector. The controller may be configured to activate the fuel injector during a first compression stroke to initiate fuel injection in an amount and at a timing that results in a stratified lean air/fuel mixture within the combustion chamber during a first combustion event of a six- stroke cycle. The controller may also be configured to activate the fuel injector during a first power stroke to initiate fuel injection in an amount and at a timing that results in a homogenous lean air/fuel mixture within the combustion chamber during a second combustion event of the same six-stroke cycle.
    • 公开了一种用于具有燃烧室(22)的发动机(10)的控制系统(12)。 控制系统可以具有被配置为选择性地将燃料喷射到燃烧室中的燃料喷射器(40)以及与燃料喷射器连通的控制器(54)。 控制器可以被配置为在第一压缩冲程期间激活燃料喷射器以在六冲程的第一燃烧事件期间导致在燃烧室内产生分层的贫空气/燃料混合物的量和时间点开始燃料喷射 周期。 控制器还可以被配置成在第一次功率冲程期间激活燃料喷射器以在相同六次的第二次燃烧事件期间导致在燃烧室内产生均匀的稀薄空气/燃料混合物的量和时间的燃料喷射 中风循环。
    • 17. 发明授权
    • Engine lubrication circuit including two pumps
    • 发动机润滑回路包括两个泵
    • US07114482B2
    • 2006-10-03
    • US10419550
    • 2003-04-21
    • William H. Lane
    • William H. Lane
    • F01M1/00
    • F01M1/02F01M1/16F01M2001/123
    • A lubrication pump coupled to the engine is sized such that the it can supply the engine with a predetermined flow volume as soon as the engine reaches a peak torque engine speed. In engines that operate predominately at speeds above the peak torque engine speed, the lubrication pump is often producing lubrication fluid in excess of the predetermined flow volume that is bypassed back to a lubrication fluid source. This arguably results in wasted power. In order to more efficiently lubricate an engine, a lubrication circuit includes a lubrication pump and a variable delivery pump. The lubrication pump is operably coupled to the engine, and the variable delivery pump is in communication with a pump output controller that is operable to vary a lubrication fluid output from the variable delivery pump as a function of at least one of engine speed and lubrication flow volume or system pressure. Thus, the lubrication pump can be sized to produce the predetermined flow volume at a speed range at which the engine predominately operates while the variable delivery pump can supplement lubrication fluid delivery from the lubrication pump at engine speeds below the predominant engine speed range.
    • 联接到发动机的润滑泵的尺寸使得其可以在发动机达到峰值扭矩发动机转速时向发动机提供预定的流量。 在主要以超过峰值扭矩发动机转速的速度运行的发动机中,润滑泵通常产生超过被绕过回到润滑流体源的预定流量的润滑流体。 这可能导致浪费的电力。 为了更有效地润滑发动机,润滑回路包括润滑泵和可变输送泵。 润滑泵可操作地联接到发动机,并且可变输送泵与泵输出控制器连通,泵输出控制器可操作以根据发动机转速和润滑流量中的至少一个来改变从可变输送泵输出的润滑流体 体积或系统压力。 因此,润滑泵的尺寸可以在发动机主要操作的速度范围内产生预定的流量,而可变输送泵可以在低于主要发动机转速范围的发动机转速下补充来自润滑泵的润滑流体输送。
    • 19. 发明授权
    • Engine control system implementing lean burn 6-stroke cycle
    • 发动机控制系统实施精益燃烧6冲程循环
    • US09127615B2
    • 2015-09-08
    • US13263302
    • 2009-12-17
    • Scott B. FivelandWilliam H. Lane
    • Scott B. FivelandWilliam H. Lane
    • F02B75/02F02D41/30F02D41/40F02B1/12F02B3/06
    • F02D41/3017F02B1/12F02B3/06F02B75/021F02D41/3035F02D41/3058F02D41/402F02D2041/3052Y02T10/128Y02T10/44
    • A control system (12) for an engine (10) having a combustion chamber (22) is disclosed. The control system may have a fuel injector (40) configured to selectively inject fuel into the combustion chamber, and a controller (54) in communication with the fuel injector. The controller may be configured to activate the fuel injector during a first compression stroke to initiate fuel injection in an amount and at a timing that results in a stratified lean air/fuel mixture within the combustion chamber during a first combustion event of a six-stroke cycle. The controller may also be configured to activate the fuel injector during a first power stroke to initiate fuel injection in an amount and at a timing that results in a homogenous lean air/fuel mixture within the combustion chamber during a second combustion event of the same six-stroke cycle.
    • 公开了一种用于具有燃烧室(22)的发动机(10)的控制系统(12)。 控制系统可以具有被配置为选择性地将燃料喷射到燃烧室中的燃料喷射器(40)以及与燃料喷射器连通的控制器(54)。 控制器可以被配置成在第一压缩冲程期间激活燃料喷射器,以在六冲程的第一燃烧事件期间导致在燃烧室内形成分层的稀薄空气/燃料混合物的量和时间开始燃料喷射 周期。 控制器还可以被配置成在第一次功率冲程期间激活燃料喷射器以在相同六次的第二次燃烧事件期间导致在燃烧室内产生均匀的稀薄空气/燃料混合物的量和时间的燃料喷射 中风循环。
    • 20. 发明授权
    • System for controlling a hybrid energy system
    • 控制混合动力系统的系统
    • US07436081B2
    • 2008-10-14
    • US11700194
    • 2007-01-31
    • William H. Lane
    • William H. Lane
    • F02C9/40
    • B60L11/1851B60L11/02B60L2200/26Y02T10/70Y02T10/7005Y02T10/705Y02T10/7077
    • A method and apparatus are disclosed for controlling a hybrid energy system including at least an energy source having a maximum energy output and an energy storage device. The method includes determining a first amount of energy indicative of an amount of energy associated with the current operating condition of the energy source and determining a second amount of energy indicative of energy associated with the energy storage device. The method also includes estimating a third amount of energy indicative of a difference between the first amount of energy and the maximum energy output. The method further includes controlling the energy source as a function of the second and third amounts of energy.
    • 公开了一种用于控制混合能量系统的方法和装置,所述混合能量系统至少包括具有最大能量输出的能量源和能量存储装置。 该方法包括确定指示与能量源的当前操作状态相关联的能量的量的第一能量量,并且确定指示与能量存储装置相关联的能量的第二能量。 该方法还包括估计指示第一能量量与最大能量输出之间的差的第三量的能量。 该方法还包括将能源控制为第二和第三能量的函数。