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    • 5. 发明申请
    • CONTROL OF COMBUSTION MIXTURES AND VARIABILITY THEREOF WITH ENGINE LOAD
    • 燃烧混合物的控制及其与发动机负荷的可变性
    • WO2012048311A1
    • 2012-04-12
    • PCT/US2011/055502
    • 2011-10-08
    • PINNACLE ENGINES, INC.CLEEVES, James M.HAWKES, Michael
    • CLEEVES, James M.HAWKES, Michael
    • F02D35/00F02D41/30F02D41/18F02P5/15
    • F02D41/3017F02D35/0053F02D41/182F02D2011/102F02P5/1514Y02T10/46
    • An internal combustion engine can be operated in response to a received first throttle control input in a first operating regime that includes delivering a first air-fuel mixture having a first air/fuel ratio to a combustion volume to deliver a first output power in a first output power range between zero and a transition output power level. The engine can be operated in response to a received second throttle control input in a second operating regime that includes delivering a second air/fuel ratio richer than the first air/fuel ratio to the combustion volume to deliver a second output power in a second output power range between the transition output power level and a maximum output power level. The first throttle control input can include activation of a throttle control device against a first control resistance provided by the throttle control device, and the second throttle control input can include activation of the throttle control device against a second control resistance provided by the throttle control device and that is greater than the first control resistance. Related methods, systems, and article of manufacture are described.
    • 可以响应于在第一操作状态下接收的第一节气门控制输入来操作内燃机,其包括将具有第一空气/燃料比的第一空气 - 燃料混合物输送到燃烧体积,以将第一输出功率输送到第一 输出功率范围在零和转换输出功率电平之间。 发动机可以在第二操作状态下响应于接收到的第二节气门控制输入而被操作,该第二操作状态包括将比第一空气/燃料比富含的第二空气/燃料比传递到燃烧体积以将第二输出功率输送到第二输出 过渡输出功率电平与最大输出功率电平之间的功率范围。 第一节气门控制输入可以包括针对由节气门控制装置提供的第一控制电阻启动节气门控制装置,并且第二节气门控制输入可以包括根据由节气门控制装置提供的第二控制电阻来启动节气门控制装置 并且大于第一控制电阻。 描述了相关的方法,系统和制造。
    • 8. 发明申请
    • LOW TEMPERATURE CATALYST LIGHT-OFF
    • 低温催化剂灯灭
    • WO2014183065A1
    • 2014-11-13
    • PCT/US2014/037544
    • 2014-05-09
    • PINNACLE ENGINES, INC.
    • CLEEVES, James, M.
    • F01N3/20F02D41/00F02D41/02
    • F01N3/2033F01N3/2006F01N2610/04F02D41/008F02D41/025F02D41/405Y02A50/2322Y02T10/26
    • A catalyst (122) associated with an internal combustion engine (100) can be heated to improve emissions performance of the engine (100). Hydrogen can be generated within the internal combustion engine (100) by combusting a first combustion mixture having a first air- fuel ratio including excess fuel relative to a stoichiometric air-fuel ratio, such that a reforming reaction occurs during the combusting of the first combustion mixture. A second combustion mixture having a second air-fuel ratio including excess oxygen can be combusted within the internal combustion engine (100) such that oxygen remains in second exhaust gases after the combusting of the second combustion mixture. The first exhaust gases and the second exhaust gases can be delivered to the catalyst (122) and the catalyst (122) is heated by reacting at least some of the hydrogen and at least some of the oxygen at the catalyst (122). Internal combustion engines, systems, vehicles engine management systems, and method are disclosed.
    • 可以加热与内燃机(100)相关联的催化剂(122),以改善发动机(100)的排放性能。 通过燃烧具有相对于化学计量空燃比的包含过量燃料的第一空气燃料比的第一燃烧混合物,可以在内燃机(100)内产生氢气,使得在燃烧第一燃烧期间发生重整反应 混合物。 具有包含过量氧气的第二空气燃料比的第二燃烧混合物可以在内燃机(100)内燃烧,使得在燃烧第二燃烧混合物之后,氧气保留在第二废气中。 可以将第一废气和第二废气输送到催化剂(122),并通过使催化剂(122)中的至少一些氢气和至少一些氧气反应来加热催化剂(122)。 公开了内燃机,系统,车辆发动机管理系统和方法。