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    • 1. 发明授权
    • End of injection rate shaping
    • 注射速率成型结束
    • US07059301B2
    • 2006-06-13
    • US10370000
    • 2003-02-20
    • Alan R. StocknerRichard H. HoltmanDana R. ColdrenMingchun Dong
    • Alan R. StocknerRichard H. HoltmanDana R. ColdrenMingchun Dong
    • F02M1/00B60T7/12
    • F02M63/028F02M45/00F02M45/12F02M47/027F02M57/025F02M59/466F02M63/0015F02M63/004F02M63/0045
    • Fuel injectors equipped with direct control needle valves can add new capabilities to a fuel injection system, but can sometimes have difficulty in achieving low hydrocarbon emissions at levels comparable to ancestor fuel injectors that utilize a simple spring biased needle. The present invention seeks lower hydrocarbon emissions by reducing fuel pressure before the direct control needle valve member has reached its closed position toward the end of an injection event. Reducing fuel pressure can be accomplished in a number of ways depending upon the particular fuel injection system, including spilling fuel pressure in a cam system or possibly relieving pressure on an intensifier piston. By employing this strategy, fuel spray from the fuel injector can effectively end before the direct control needle valve member reaches its closed position, thus avoiding hydrocarbon production that could be caused by a small amount of fuel pushed into the combustion space as the needle moves over the last portion of its movement toward its closed position.
    • 装备有直接控制针阀的燃油喷射器可以为燃料喷射系统增加新的功能,但是有时难以实现与使用简单弹簧偏压针的祖先燃料喷射器相当的低碳氢化合物排放。 本发明通过在直接控制针阀构件已经到达其关闭位置之前通过降低燃料压力来寻求更低的碳氢化合物排放,从而朝向喷射事件结束。 取决于特定的燃料喷射系统,包括在凸轮系统中溢出燃料压力或可能减轻增压器活塞上的压力,可以以多种方式实现降低燃料压力。 通过采用这种策略,在直接控制针阀构件到达其关闭位置之前,来自燃料喷射器的燃料喷射可以有效地结束,从而避免了由于当针移动时被少量的燃料推入燃烧空间而引起的碳氢化合物产生 其运动的最后部分朝向其关闭位置。
    • 2. 发明授权
    • Oil system for an engine that includes an auxiliary priming pump
    • 一种包含辅助起动泵的发动机油系统
    • US5682851A
    • 1997-11-04
    • US748797
    • 1996-11-14
    • Gerald D. BreenRichard H. HoltmanAlan R. Stockner
    • Gerald D. BreenRichard H. HoltmanAlan R. Stockner
    • F01M1/02F01M1/10F01M1/12F01M7/00F01M9/10F01M11/02F01M11/04F02M59/10
    • F01M9/108F01M11/0458F02M59/105F01M1/10F01M2001/123
    • An oil system for an engine includes an lubricating oil circulation system having a pan reservoir connected to an inlet of an engine oil gallery by a circulation conduit. A circulation pump is positioned in the circulation conduit. A recirculation conduit connects an outlet from the engine oil gallery to the pan reservoir to complete the lubricating oil circuit. A hydraulically actuated subsystem has a supply conduit connecting the engine lubricating oil circulation system to at least one hydraulically actuated device, such as a hydraulically actuated fuel injector. A high pressure pump is positioned in the supply conduit. A drain conduit connects the at least one hydraulically actuated device to the pan reservoir. A first external port and valve are attached to and open into the supply conduit of the subsystem. An auxiliary pump is connected to the external port. The auxiliary pump can be used to either remove waste oil from the subsystem or to add fresh oil to prime the subsystem in preparation for starting the engine after an oil change.
    • 用于发动机的油系统包括润滑油循环系统,其具有通过循环管道连接到发动机油库的入口的锅储存器。 循环泵定位在循环管道中。 再循环管道将发动机油箱的出口连接到锅容器,以完成润滑油回路。 液压致动子系统具有将发动机润滑油循环系统连接到诸如液压致动燃料喷射器的至少一个液压致动装置的供应管道。 高压泵定位在供应管道中。 排水管道将至少一个液压致动装置连接到锅容器。 第一个外部端口和阀门连接到子系统的供应管道并打开。 辅助泵连接到外部端口。 辅助泵可用于从子系统中除去废油,或者添加新鲜的油来引导子系统,以准备在换油后起动发动机。