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    • 26. 发明授权
    • Fuel injection system for internal combustion engines
    • 内燃机燃油喷射系统
    • US06582209B2
    • 2003-06-24
    • US09931056
    • 2001-08-17
    • Nestor Rodriguez-Amaya
    • Nestor Rodriguez-Amaya
    • F04B3908
    • F02M59/466F02M59/366
    • A fuel injection system for internal combustion engines essentially has a high-pressure injection pump, supplied with fuel from a low-pressure region, and a magnetic piston valve serving to control the injection pump. The magnetic valve having two coaxial valve chambers, communicating with one another through a valve opening but separable from one another by a valve seat, and an armature chamber. The armature chamber communicates with the inlet side via a pressure conduit, and the low-pressure valve chamber communicates with the outlet region of the injection pump. The low-pressure valve chamber has a fuel inlet conduit and a fuel outlet conduit, both of which have a gradually tapered cross section compared to the cross section of the remaining regions of the fuel inlet conduit and fuel outlet conduit. Maximal prevention of cavitation is successfully achieved in the region of the low-pressure valve chamber and hence cavitation erosion that is possible as a consequence of cavitation.
    • 用于内燃机的燃料喷射系统基本上具有从低压区域供给燃料的高压喷射泵和用于控制喷射泵的磁性活塞阀。 该电磁阀具有两个同轴阀室,它们通过一个阀门开口相互连通,但可通过一个阀座彼此分离,并且一个电枢室。 电枢室经由压力导管与入口侧连通,低压阀室与注射泵的出口区域连通。 低压阀室具有燃料入口管道和燃料出口管道,两者与燃料入口管道和燃料出口导管的其余区域的横截面相比具有逐渐变细的横截面。 在低压阀室的区域中成功地实现了最大程度的防空穴化,因此在气蚀的作用下可能发生气穴侵蚀。
    • 28. 发明授权
    • Fuel injection pump for an internal combustion engine
    • 用于内燃机的燃油喷射泵
    • US5582153A
    • 1996-12-10
    • US454357
    • 1995-06-16
    • Andreas DuttBurkhard VeldtenNestor Rodriguez-AmayaWalter Fuchs
    • Andreas DuttBurkhard VeldtenNestor Rodriguez-AmayaWalter Fuchs
    • F02M41/14F02M59/36F02M37/04
    • F02M41/1411F02M59/366
    • In a fuel injection pump of the distributor type, a solenoid valve is provided in the distributor and the valve member of this solenoid valve is supported in an axial bore of the distributor and actuated by a magnet fixed to the housing in order to block the connection between a pump working space of the distributor-type injection pump and a relief space during an intended high-pressure injection phase. Inherent in its construction, a distributor of such a fuel injection pump has a certain axial play in its mounting and this has an effect on the actuating travel of the valve member in the distributor in relation to the fixed electromagnet. In order to avoid changes in the magnetic properties, which can arise due to this axial association, part of the magnetic circuit in the form of a magnet plate is displaceable together with the distributor, with the result that the position of an armature connected firmly to the valve member relative to this part of the magnet core, with which it forms the working air gap, does not change depending on the axial position of the distributor, and the magnetic properties of the solenoid valve are thus maintained irrespective of the axial position of the distributor.
    • 在分配器类型的燃料喷射泵中,在分配器中设置有电磁阀,并且该电磁阀的阀构件被支撑在分配器的轴向孔中并且由固定到壳体的磁体驱动以阻挡连接 在分配器型喷射泵的泵工作空间与期望的高压喷射阶段期间的浮雕空间之间。 在其结构中固有的这种燃料喷射泵的分配器在其安装中具有一定的轴向游隙,并且这对于分配器中的阀构件相对于固定电磁体的致动行程具有影响。 为了避免由于这种轴向关联而产生的磁性变化,磁体板形式的一部分磁路可与分配器一起移位,结果是电枢的位置牢固地连接到 阀构件相对于磁芯的与形成工作气隙的部分相比,不依赖于分配器的轴向位置而变化,因此,电磁阀的磁特性无论轴向位置如何 经销商。