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    • 7. 发明授权
    • Fuel supply system of internal combustion engine
    • 内燃机燃油供应系统
    • US07198033B2
    • 2007-04-03
    • US11086580
    • 2005-03-23
    • Yoshitsugu InagumaHiroshi Inoue
    • Yoshitsugu InagumaHiroshi Inoue
    • F02M37/04
    • F02D41/3845F02M37/0047F02M59/102F02M59/366F02M59/447F02M63/0225F02M2200/09
    • A high-pressure pump is formed with a secondary suction passage, which branches from a fuel suction passage and communicates with a pump chamber. Check valves for preventing a backflow of fuel are disposed respectively in the secondary suction passage and a discharge passage. An electromagnetic valve for regulating a fuel discharge quantity is disposed in the fuel suction passage. Normal control for controlling the fuel discharge quantity by controlling opening timing and closing timing of the electromagnetic valve with respect to reciprocating movement of a plunger is performed when an engine rotation speed is higher than a predetermined value during operation of an engine. Valve closing control for holding the electromagnetic valve at a closed state is performed when the engine rotation speed is equal to or lower than the predetermined value.
    • 高压泵形成有二次抽吸通道,其从燃料吸入通道分支并与泵室连通。 用于防止燃料回流的止回阀分别设置在二次抽吸通道和排出通道中。 用于调节燃料排出量的电磁阀设置在燃料吸入通道中。 当在发动机运转期间发动机转速高于预定值时,执行通过控制电磁阀相对于柱塞的往复运动的打开正时和关闭正时来控制燃料排放量的正常控制。 当发动机转速等于或低于预定值时,执行用于将电磁阀保持在关闭状态的阀关闭控制。
    • 10. 发明申请
    • HIGH-PRESSURE PUMP
    • 高压泵
    • US20110110807A1
    • 2011-05-12
    • US12841424
    • 2010-07-22
    • Masayuki KobayashiTatsumi OguriHiroshi Inoue
    • Masayuki KobayashiTatsumi OguriHiroshi Inoue
    • F04B11/00
    • F02M59/102F02M59/366F02M2200/315F04B1/0452F04B11/0008F04B11/0091
    • A fuel gallery has an inlet opening through which a fuel is introduced therein and a suction opening through which the fuel flows between the fuel gallery and a compression chamber. A pulsation damper is supported in the fuel gallery by a first and a second supporting member. The second supporting member defines an inner fuel chamber and outer fuel chamber which communicates with each other through apertures. The suction opening is located at a side wall of the fuel gallery and the inlet opening is located at a bottom wall of the inner fuel chamber which is defined radially inside of the second supporting member. The fuel discharged into the outer fuel chamber through the suction opening is introduced into the inner fuel chamber through the apertures. A flow velocity of the fuel is decreased and a pressure pulsation reduction effect of the pulsation damper is surely achieved.
    • 燃料管道具有入口,燃料通过该入口和燃料在燃料通道和压缩室之间流动的吸入口。 脉动阻尼器由第一和第二支撑构件支撑在燃料管道中。 第二支撑构件限定通过孔彼此连通的内部燃料室和外部燃料室。 吸入口位于燃料箱的侧壁处,并且入口开口位于内燃料室的位于第二支撑构件的径向内侧的底壁。 通过吸入口排入外部燃料室的燃料通过孔引入内部燃料室。 燃料的流速降低,可靠地实现脉动阻尼器的压力脉动降低效果。