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    • 2. 发明授权
    • Intake reservoir system for an engine having a check valve
    • 具有止回阀的发动机进气储存系统
    • US4986225A
    • 1991-01-22
    • US534990
    • 1990-06-08
    • Ko-Jen WuRichard S. Davis
    • Ko-Jen WuRichard S. Davis
    • F02B29/00F02D13/02
    • F02B29/00F02D13/0261F02D13/0273Y02T10/146
    • An intake reservoir system is for an engine having an intake passage leading to a cylinder, and a check valve in the intake passage to allow fluid flow toward the cylinder and obstruct fluid back-flow in the reverse direction. A bypass port is located on the intake passage so that the bypass port communicates with a trapped volume defined by the portion of the intake passage between the check valve and cylinder. The intake reservoir system comprises an inflower for enabling fluid to flow into the trapped volume when the pressure therein is at least equal to the pressure upstream of the check valve. The intake reservoir system further comprises a reservoir cavity, a port passage connected between the reservoir cavity and bypass port enabling communication between the reservoir cavity and trapped volume, and a volume controller enabling adjustment of the volume of the reservoir cavity.
    • 进气储存器系统用于具有通向气缸的进气通道的发动机和在进气通道中的止回阀,以允许流体朝向气缸流动并阻止流体逆向流动。 旁通口位于进气通道上,使得旁通口与由止回阀和气缸之间的进气通道的部分限定的捕集体连通。 进气储存器系统包括流入器,用于当其中的压力至少等于止回阀上游的压力时,使流体流入被捕集的体积。 进气储存器系统还包括储存器腔,连接在储存器腔和旁路端口之间的端口通道,其实现储存腔和被捕获体积之间的连通;以及容积控制器,其能够调节储存腔的体积。
    • 3. 发明授权
    • Integrated exhaust gas recirculation and charge cooling system
    • 集成废气再循环和充电冷却系统
    • US08602007B2
    • 2013-12-10
    • US12884686
    • 2010-09-17
    • Ko-Jen Wu
    • Ko-Jen Wu
    • F02M25/07F02M25/00
    • F02B29/0443F01P2060/16F02B29/0412F02M26/24F02M26/32Y02T10/146
    • An intake system for an internal combustion engine comprises an exhaust driven turbocharger configured to deliver compressed intake charge, comprising exhaust gas from the exhaust system and ambient air, through an intake charge conduit and to cylinders of the internal combustion engine. An intake charge cooler is in fluid communication with the intake charge conduit. A cooling system, independent of the cooling system for the internal combustion engine, is in fluid communication with the intake charge cooler through a cooling system conduit. A coolant pump delivers a low temperature cooling medium from the cooling system to and through the intake charge cooler for the transfer of heat from the compressed intake charge thereto. A low temperature cooler receives the heated cooling medium through the cooling system conduit for the transfer of heat therefrom.
    • 用于内燃机的进气系统包括被排气驱动的涡轮增压器,该排气驱动涡轮增压器构造成将来自排气系统的废气和环境空气通过进气加压导管和内燃机的气缸输送的压缩进料装置。 进气充电冷却器与进气充电管道流体连通。 独立于内燃机的冷却系统的冷却系统通过冷却系统管道与进气充气冷却器流体连通。 冷却剂泵将低温冷却介质从冷却系统输送到并通过进气充气冷却器,以将热量从压缩的进气装置传递到其上。 低温冷却器通过冷却系统管道接收加热的冷却介质,以从其中传递热量。
    • 7. 发明授权
    • Compact turbocharged cylinder deactivation engine
    • 紧凑型涡轮增压汽缸停用发动机
    • US06786190B2
    • 2004-09-07
    • US10303242
    • 2002-11-25
    • Ko-Jen WuJack T. DoyleJames C. Elmslie
    • Ko-Jen WuJack T. DoyleJames C. Elmslie
    • F02B7700
    • F02D17/02F02D21/08F02M26/05F02M26/10F02M26/22F02M26/42F02M26/43
    • An automotive vehicle engine includes multiple power-producing cylinders including a first group of deactivation cylinders capable of being selectively deactivated during engine operation and a second group of cylinders capable of continued power production during deactivation of the first group. An air intake system includes a turbocharger compressor connected to intake valves of all the cylinders for supplying charge air to the cylinders. An exhaust system includes a turbine connected for driving the compressor, which includes twin scrolls with first and second exhaust flow passages separately connecting the turbine with exhaust valves of the first group of cylinders and with exhaust valves of the second group of cylinders. At high loads, the engine operates on all cylinders and is turbocharged for maximum power. At lower loads, the first group of cylinders may be deactivated and the engine may be driven by the second group of cylinders to obtain increased fuel efficiency.
    • 机动车辆发动机包括多个发电缸,其包括能够在发动机运行期间选择性地停用的第一组停用气缸,以及能够在停用第一组期间能够继续发电的第二组汽缸。 进气系统包括连接到用于向气缸供应增压空气的所有气缸的进气阀的涡轮增压器压缩机。 排气系统包括连接用于驱动压缩机的涡轮机,其包括双涡卷,其中第一和第二排气流通道将涡轮与第一组气缸的排气阀分别连接,并具有第二组气缸的排气阀。 在高负载下,发动机在所有气缸上运行,并且为了最大功率而涡轮增压。 在较低的负载下,第一组气缸可以停用并且发动机可以由第二组气缸驱动以获得增加的燃料效率。
    • 9. 发明授权
    • Active reed valve
    • 活动簧片阀
    • US5103867A
    • 1992-04-14
    • US724239
    • 1991-07-01
    • Ko-Jen Wu
    • Ko-Jen Wu
    • F01L3/20
    • F01L3/205Y10T137/7839Y10T137/7891Y10T137/87475Y10T137/87547Y10T137/87555
    • An active reed valve for a fluid passage comprising a sealing means sealingly fixed to the passage walls, and a primary petal seat having a primary seat port and a downstream primary seat end. A flexible primary petal is sealingly attached to the primary petal seat in a cantilevered manner. The primary petal seat and a primary baffle are sealingly attached to the sealing means. The primary baffle is spaced apart from the primary petal seat so that fluid can flow between the primary baffle and petal seat. A positioning means enables the primary baffle to sealingly engage the primary seat wherein fluid flow between the primary baffle and petal seat is directed by the primary baffle toward the primary seat port. Fluid flow through the primary seat port is allowed by the primary petal flexing away from the primary petal seat and fluid back-flow is obstructed by seating of the primary petal on the primary petal seat. The positioning means further enables adjustable separation between the downstream primary baffle end and downstream primary seat end.
    • 一种用于流体通道的活动簧片阀,包括密封地固定到通道壁的密封装置,以及具有主座椅口和下游主座椅端部的主瓣座。 柔性主花瓣以悬臂方式密封地连接到主瓣座上。 主瓣座和主挡板密封地附接到密封装置。 主挡板与主瓣座间隔开,使得流体可以在主挡板和花瓣座之间流动。 定位装置使得主挡板能够密封地接合主座椅,其中主挡板和花瓣座之间的流体流动由主挡板朝向主座椅端口引导。 通过主座位端口的流体流动允许主瓣从主花瓣座偏离,并且通过将主花瓣放置在主花瓣座上来阻止流体回流。 定位装置还能够使下游主挡板端和下游主座端之间的可分离。