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    • 12. 发明申请
    • Method for Controlling a Fuel Supplying Device of an Internal Combustion Engine
    • 用于控制内燃机燃油供应装置的方法
    • US20080269984A1
    • 2008-10-30
    • US11547941
    • 2005-02-23
    • Erwin AchleitnerMartin CwielongGerhard Eser
    • Erwin AchleitnerMartin CwielongGerhard Eser
    • F02D41/00
    • F02D41/3863F02D41/3017F02D41/3845F02D2200/0602F02D2250/31F02M59/366F02M63/0225
    • Disclosed is a fuel supplying device of an internal combustion engine, comprising a low-pressure circuit, a high-pressure pump coupled to the low-pressure circuit and conveys fuel into a fuel reservoir, a volume flow control valve assigned to the high-pressure pump, an electromechanical pressure regulator connected to the fuel reservoir and the low-pressure circuit and can direct fuel from the fuel reservoir into the low-pressure circuit, a regulating mechanism which generates an actuation signal for the volume flow control valve by a first controller in a first mode which generating an actuation signal for the electromechanical pressure regulator with the aid of a second controller in a second mode. The mode of the fuel supplying mechanism is switched in accordance with a fuel pressure error value resulting from a detected fuel pressure and a predefined fuel pressure. The mode can additionally be switched according to the throughput of the high-pressure pump.
    • 公开了一种内燃机的燃料供给装置,包括低压回路,与低压回路连接的高压泵,将燃料输送到燃料容器内,分配给高压的体积流量控制阀 泵,连接到燃料储存器和低压回路的机电压力调节器,并且可以将燃料从燃料储存器引导到低压回路中;调节机构,其通过第一控制器产生用于体积流量控制阀的致动信号 在第二模式中借助于第二控制器产生用于机电压力调节器的致动信号的第一模式。 燃料供给机构的模式根据检测到的燃料压力和预定的燃料压力导致的燃料压力误差值而切换。 该模式还可以根据高压泵的生产量进行切换。
    • 16. 发明授权
    • Method and device for metering a fluid
    • 测量流体的方法和装置
    • US08087400B2
    • 2012-01-03
    • US12234813
    • 2008-09-22
    • Erwin AchleitnerDirk BaranowskiFranz Kunz
    • Erwin AchleitnerDirk BaranowskiFranz Kunz
    • F02M51/00
    • F02D41/20F02D2041/2044H01F7/1844H01F2007/1894
    • An injection valve has a magnetic actuator and an injector needle able to be moved axially by the magnetic actuator. To meter a fluid by the injection valve the magnetic actuator is activated for an individual metering process with at least one actuation signal with a first or second signal waveform. The two actuation signals differ from one another in that, on activation of the magnetic actuator by the actuation signal with the first signal waveform, less energy is transmitted to a magnet unit of the magnetic actuator than during activation of the magnetic actuator by the actuation signal with the second signal waveform. The magnetic actuator is activated by the actuation signal with the second signal waveform if an activation of the magnetic actuator by the actuation signal with the first signal waveform leads to an undesired premature closure of the injector needle.
    • 注射阀具有磁性致动器和能够由磁性致动器轴向运动的注射器针头。 为了通过注射阀计量流体,磁致动器被激活用于具有第一或第二信号波形的至少一个致动信号的单个计量过程。 两个致动信号彼此不同之处在于,在通过具有第一信号波形的致动信号激活磁性致动器时,与通过致动信号激励磁致动器的能量相比,较少的能量传递到磁致动器的磁体单元 与第二信号波形。 如果通过具有第一信号波形的致动信号激活磁性致动器导致喷射器针的不期望的过早闭合,则磁性致动器由具有第二信号波形的致动信号激活。