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    • 1. 发明授权
    • Piston pump for high pressure fuel supply
    • 活塞泵用于高压燃料供应
    • US06216583B1
    • 2001-04-17
    • US09254654
    • 1999-03-11
    • Horst KlingerUwe KuhnBernd RosenauPeter TraubThomas GoettelGerd LoeschSandro Soccol
    • Horst KlingerUwe KuhnBernd RosenauPeter TraubThomas GoettelGerd LoeschSandro Soccol
    • F16J900
    • F02M59/102F01L2107/00F02M63/0001
    • A piston pump of the roller tappet type for high-pressure fuel delivery in fuel injection systems of internal combustion engines, particularly in common rail injection systems. A drive shaft that is supported in the pump housing and has a number of cam-like projections in the circumference direction. At least one tappet that is disposed in a cylinder chamber radially with regard to the drive shaft and in its radially inner end region has a rotatable roller which is supported so that it can roll in the circumference direction against the drive shaft in the region of its projections in order to reduce the wear in the region of the roller bearing. The pump is embodied so that a lubricant supply opening that leads from the circumference of the tappet and feeds into the radially inner tappet end region supporting the roller and at least during a part of the stroke, communicates with a lubricant supply line of the housing, which line feeds into the cylinder chamber.
    • 用于在内燃机的燃料喷射系统中,特别是共轨喷射系统中用于高压燃料输送的辊式挺杆型活塞泵。 驱动轴,其被支撑在泵壳体中并且在圆周方向上具有多个凸轮状突起。 相对于驱动轴径向设置在气缸室中并且在其径向内端部区域中的至少一个挺杆具有可旋转的辊,该旋转辊被支撑成使得其可以在圆周方向上在圆周方向上抵靠驱动轴在其区域中滚动 以减少滚子轴承区域的磨损。 该泵被实施为使得从挺杆的圆周引导并且供给到支撑辊的径向内部挺杆端部区域中的至少在一部分行程期间的润滑剂供给开口与壳体的润滑剂供应管线连通, 哪条线进入气缸室。
    • 2. 发明授权
    • Quantity control valve for a fuel injection system
    • 燃油喷射系统的数量控制阀
    • US06170466B2
    • 2001-01-09
    • US09098745
    • 1998-06-17
    • Horst KlingerUwe KuhnBernd RosenauPeter TraubThomas GoettelGerd LoeschSandro SoccolRegis BlancFrancois RossignolMathias SchumacherAndre Fromentoux
    • Horst KlingerUwe KuhnBernd RosenauPeter TraubThomas GoettelGerd LoeschSandro SoccolRegis BlancFrancois RossignolMathias SchumacherAndre Fromentoux
    • F02M3704
    • F02M63/0029F02M59/205F02M59/34F02M59/365F02M59/46F02M63/0056
    • The invention relates to a quantity control valve for a fuel injection system, used in internal combustion engines, which includes a longitudinal slide that is movable in a valve housing between a first and a second control chamber and that allocates the fuel, flowing in from at least one low-pressure pump, to at least one high-pressure pump. For driving the longitudinal slide, the inflowing fuel is delivered into the first control chamber via a throttle or baffle valve, past the longitudinal slide. In the second control chamber, there is either a restoring spring that urges the longitudinal slide in the direction of its closing position, or the longitudinal slide there has an effective face-end surface area upstream of which a control line containing a throttle valve ends; this end face is smaller in surface area than the effective surface area of the face end in the first control chamber. In the closing position, the longitudinal slide blocks off the outlet bore with one of its cylindrical guide portions, while with regard to the inlet bore it has a narrowed region, which opposite the longitudinal slide bore leaves a flow cross section open that changes gradually to zero in the direction of the guide portion. In the valve, the flow of fuel is controlled by a targeted manipulation of a cross section via a long slide stroke.
    • 本发明涉及一种用于燃油喷射系统的量控制阀,其用于内燃机中,其包括纵向滑动件,该纵向滑动件可在第一和第二控制室之间的阀壳体中移动,并且分配燃料, 至少一个低压泵,至少一个高压泵。 为了驱动纵向滑块,流入的燃料经由节流阀或挡板阀经过纵向滑块输送到第一控制室中。 在第二控制室中,存在一个恢复弹簧,其沿着其关闭位置的方向推动纵向滑动,或者在其上的纵向滑动件具有有效的前端表面区域,在该上游表面区域中包含节流阀的控制线路终止; 该端面的表面积比第一控制室中的端面的有效表面积小。 在关闭位置,纵向滑动件用其圆柱形引导部分之一阻挡出口孔,而相对于入口孔,其具有变窄的区域,其与纵向滑动孔相对,其中流动截面开度逐渐变化为 在引导部分的方向上为零。 在阀中,通过长滑动行程的横截面的目标操纵来控制燃料的流动。
    • 5. 发明授权
    • Fuel pump assembly
    • 燃油泵总成
    • US6142747A
    • 2000-11-07
    • US266923
    • 1999-03-12
    • Bernd RosenauGerd LoeschMarkus Rueckle
    • Bernd RosenauGerd LoeschMarkus Rueckle
    • F02M37/00F02M63/02F04B23/10F04B49/24F04B3/00F04B5/00F04B25/00
    • F02M63/0225F04B23/103F04B49/246F04B2205/15
    • The invention relates to a fuel pump assembly having a low-pressure region (ND) with at least one low-pressure pump-and a high-pressure region (HD) with at least one regulated-quantity high-pressure pump, which pumps a quantity of fuel required to compensate for the quantitative balance in the high-pressure region, the quantity regulation being effected via a metering unit which is disposed between the low-pressure pump and the high-pressure pump. In order, by simple and sturdy means with high availability and a long service life, to prevent the fuel quantity in correctly pumped by the metering unit at certain operating points from reaching the high-pressure region, the invention proposes that the pumping flow of the low-pressure pump is greater than the pumping flow of the high-pressure pump; that a fuel return line branches off between the metering unit and the high-pressure pump and discharges into the inlet of the low-pressure pump; and that a control element is disposed in the return line.
    • 本发明涉及具有至少一个低压泵的低压区域(ND)和具有至少一个调节量的高压泵的高压区域(HD)的燃料泵组件,其将泵 补偿高压区域的定量平衡所需的燃料量,通过设置在低压泵和高压泵之间的计量单元进行量调节。 为了顺利通过具有高可用性和长使用寿命的简单坚固的手段,为了防止计量单元在某些工作点正确泵送的燃料量到达高压区域,本发明提出了 低压泵大于高压泵的泵送流量; 燃料返回管线在计量单元和高压泵之间分支并排放到低压泵的入口中; 并且控制元件设置在返回线中。
    • 8. 发明授权
    • Device for controlling gas exchange valves
    • 用于控制气体交换阀的装置
    • US07089896B2
    • 2006-08-15
    • US10451873
    • 2002-07-18
    • Udo DiehlBernd RosenauSimon Kieser
    • Udo DiehlBernd RosenauSimon Kieser
    • F01L9/02
    • F01L9/02F01L2800/06
    • A device for controlling gas exchange valves of an internal combustion engine, which has hydraulic valve positioners, each having a positioning piston acting on the gas exchange valve and two hydraulic working chambers, delimited by the positioning piston, of which the first working chamber, for closing the gas exchange valve, is continuously filled under fluid pressure and the second working chamber, for opening the gas exchange valve, is alternately filled and emptied with pressurized fluid via a first and second electrical control valve. To reduce the number of control valves, which may be necessary, for a valve pair, the filling of the second working chamber of the second valve positioner is performed via the second working chamber of the first valve positioner, which is connected to the first control valve, after a predetermined stroke of the positioning piston of the first valve positioner to open the assigned gas exchange valve.
    • 一种用于控制内燃机的气体交换阀的装置,其具有液压阀定位器,每个具有作用在气体交换阀上的定位活塞和由定位活塞限定的两个液压工作室,第一工作室用于 关闭气体交换阀,在流体压力下连续填充,并且用于打开气体交换阀的第二工作室通过第一和第二电动控制阀交替地填充和排空加压流体。 为了减少对于阀对可能需要的控制阀的数量,第二阀定位器的第二工作室的填充通过第一阀定位器的第二工作室进行,第二工作室连接到第一控制阀 在第一阀定位器的定位活塞的预定行程之后,打开所分配的气体交换阀。