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    • 1. 发明授权
    • Arrangement for controlling an actuable element in a motor vehicle
having a drive unit
    • 用于控制具有驱动单元的机动车辆中的致动元件的布置
    • US5285757A
    • 1994-02-15
    • US969978
    • 1992-11-02
    • Robert EntenmannClaus-Dieter NusserJochen StahlAlbert GerhardErhard Renninger
    • Robert EntenmannClaus-Dieter NusserJochen StahlAlbert GerhardErhard Renninger
    • B60K26/00F02B1/04F02D9/02F02D11/10F02D41/04F02D45/00
    • F02D11/10F02B1/04F02D2011/102F02D2011/108
    • The invention is directed to an arrangement for controlling an actuable element in a motor vehicle equipped with a drive unit. The arrangement includes an actuable element movable over a maximum possible operating range between two outermost limits including a normal operating work range within the limits; an electrically actuable actuating device for controlling the actuable element; a control unit for generating actuating signals for controlling the actuable element and for supplying the actuating signals to the actuating device; the control unit is adapted to generate the signals so as to cause the actuable element to move over most of the maximum possible operating range in a manner to prevent jammings with the actuable element being moved outside of the normal operating work range at least beyond one end of the normal operating work range; the actuable element being moved starting from a desired position for every possible direction of movement; and, the actuable element being moved at least at one of the following times: ahead of the start of the drive unit and after the drive unit has been switched off.
    • 本发明涉及一种用于控制配备有驱动单元的机动车辆中的致动元件的装置。 该装置包括可在两个最外界限之间的最大可能操作范围内移动的致动元件,包括在限度内的正常操作工作范围; 用于控制可致动元件的电致动致动装置; 控制单元,用于产生用于控制致动元件的致动信号并用于将致动信号提供给致动装置; 所述控制单元适于产生所述信号,以便致动元件以大部分最大可能的操作范围移动,以便防止可致动元件至少超过一端移动到正常操作工作范围之外的amm end 的正常工作范围; 所述致动元件从每个可能的移动方向的期望位置开始移动; 并且所述致动元件至少在以下时间之一中移动:在所述驱动单元的开始之前和所述驱动单元已经被关闭之后。
    • 2. 发明授权
    • Control device
    • 控制装置
    • US5232197A
    • 1993-08-03
    • US910304
    • 1992-07-21
    • Harald KalippkeManfred FranzErhard RenningerJohannes MeiwesAlbert GerhardUwe Hammer
    • Harald KalippkeManfred FranzErhard RenningerJohannes MeiwesAlbert GerhardUwe Hammer
    • F02M69/32F02D9/16F02M3/06F02M3/07F16K31/06
    • F02M3/07F02D9/16F16K31/0682F02M2003/067
    • A control device for the control of an opening cross-sectional area of a flow duct, in particular for internal combustion engines, comprising three sub-assemblies, an actuator housing with flow channel and setting window, a rotor with a rotary valve for controlling the window opening, and a drive housing with stator and stator winding. For setting a required air gap between the rotary valve and the setting window, a control section of the rotary valve covering the setting window is designed as a cone envelope segment, and is inclined at an acute angle to the rotor axis. The window lying in a cone envelope plane is located at the same angle of inclination. By means of a spacing disk between the rotor, with the rotary valve affixed thereon, and the actuator housing, the air gap is set and fixed as required.
    • PCT No.PCT / DE91 / 00893。 371日期:1992年7月21日 102(e)日期1992年7月21日PCT 1991年11月15日PCT PCT。 第WO92 / 10662号公报 日期:1992年6月25日。一种用于控制流道的开口横截面积,特别是用于内燃机的控制装置,包括三个子组件,具有流动通道和设置窗的致动器壳体,转子 具有用于控制窗口的旋转阀,以及具有定子和定子绕组的驱动器壳体。 为了在旋转阀和设置窗口之间设置所需的气隙,覆盖设定窗的旋转阀的控制部分被设计为锥形包络线段,并且与转子轴线成锐角倾斜。 位于锥形包络平面中的窗口位于相同的倾斜角度。 通过转子与固定在其上的旋转阀之间的间隔盘和致动器壳体,根据需要设定和固定气隙。
    • 6. 发明授权
    • Supply unit
    • 供应单位
    • US06672288B1
    • 2004-01-06
    • US09463195
    • 2000-01-19
    • Peter SchelhasDietmar SchmiederWilli StrohlAlbert Gerhard
    • Peter SchelhasDietmar SchmiederWilli StrohlAlbert Gerhard
    • F02M3304
    • B01D35/027F02M37/106F02M37/22F02M2037/225
    • In a feed unit for delivering fuel from a supply tank (10) with a filter cup (13) having a central chamber (14) and an annular chamber (15) enclosing the latter, with a filter cover (30) which closes the annular chamber (15) and which contains an inlet duct (36) to the annular chamber (15) and an outlet duct (37) from the annular chamber (15), and with a feed pump (22) which is inserted in the central chamber (14) and which projects with a suction connection piece (26) through an opening (20) into a suction space (19), assembly is simplified and manufacturing costs are reduced in that the clearance diameter of the central chamber (14) is dimensioned so as to be greater than the outer diameter of the pump housing (23), and an axially projecting pressure connection piece (27) is formed at the other end side of the housing (23) remote of the suction connection piece (26) and a mounting cap (38) which engages over the pressure connection piece (27) is formed at the filter cover (30). A flexible sleeve (39, 28) is inserted between the pressure connection piece (27) and the mounting cap (38) on the one hand and the suction connection piece (26) and opening (20) in the cup base (131) on the other hand and serves for the sealing, support and noise decoupling of the feed pump (22) in the filter cup (13).
    • 在用于从具有中心室(14)的过滤杯(13)和包围其中的环形室(15)的供应罐(10)输送燃料的进料单元中,具有过滤器盖(30),其封闭环形 室(15),并且其包含环形室(15)的入口管道(36)和来自环形室(15)的出口管道(37)以及插入中心室中的进料泵(22) (14),并且通过开口(20)将抽吸连接件(26)突出到吸入空间(19)中,简化了组装,并且减小了制造成本,即中心室(14)的间隙直径被确定 以便大于泵壳体(23)的外径,并且在远离吸入连接件(26)的壳体(23)的另一端侧形成有轴向突出的压力连接件(27), 在过滤器盖(30)上形成有一个与压力连接件(27)接合的安装帽(38)。 柔性套筒(39,28)一方面插入在压力连接件(27)和安装帽(38)之间,吸入连接件(26)和杯形基座(131)中的开口(20) 另一方面用于过滤杯(13)中进料泵(22)的密封,支撑和噪声去耦。
    • 7. 发明授权
    • Fuel delivery device
    • 燃油输送装置
    • US06293256B1
    • 2001-09-25
    • US09423331
    • 1999-11-05
    • Stephan KleppnerKurt FrankSteffen MihatschKlaus-Dieter HufnagelGuenter-Paul BallierAlbert GerhardGerhard Jauch
    • Stephan KleppnerKurt FrankSteffen MihatschKlaus-Dieter HufnagelGuenter-Paul BallierAlbert GerhardGerhard Jauch
    • F02M3710
    • B60K15/077B60K2015/03105B60K2015/03236B60K2015/03467Y10T137/2917
    • The fuel delivery device (12) has a receptacle (16) arranged in a storage tank (10) and a delivery unit (20) delivering fuel from the receptacle (16) to the internal combustion engine (14) of a motor vehicle. Further, there is provided at least one suction jet pump (40) which delivers fuel from the storage tank (10) into the receptacle (16). The suction jet pump (40) is fastened to an upper edge area (17) of the receptacle (16) as a separate constructional unit. The suction jet pump (40) is formed by a constructional unit having a propelling nozzle (41), a connection (43) for a propelling line (44), which connection (43) opens into the propelling nozzle (41), a mixing pipe (42) following the propelling nozzle (41), and a connection (45) for a suction line (46), which connection (45) opens into the mixing pipe (42). Two walls (48) located at a distance from one another project downward from the constructional unit (40), and the constructional unit (40) is mounted on the edge (17) of the receptacle (16) from the top, wherein the edge (17) of the receptacle (16) is introduced between the two walls (48). The suction line (46) connected to the suction jet pump (40) opens into the storage tank (10) remote of the receptacle (16).
    • 燃料输送装置(12)具有布置在储罐(10)中的容器(16)和将燃料从容器(16)输送到机动车辆的内燃机(14)的输送单元(20)。 此外,设置有至少一个吸入喷射泵(40),其将燃料从储罐(10)输送到容器(16)中。 抽吸喷射泵(40)作为单独的结构单元紧固到容器(16)的上边缘区域(17)。 抽吸喷射泵(40)由具有推进喷嘴(41),用于推进线(44)的连接件(43),该连接件(43)通向推进喷嘴(41)的结构单元形成,混合 在所述推进喷嘴(41)之后的管道(42)和用于所述连接(45)通向所述混合管道(42)的吸入管线(46)的连接部(45)。 两个彼此相隔一定距离的壁(48)从结构单元(40)向下突出,并且结构单元(40)从顶部安装在容器(16)的边缘(17)上,其中边缘 容器(16)的内部(17)被引入两个壁(48)之间。 连接到吸入喷射泵(40)的吸入管线(46)通向远离容器(16)的储罐(10)中。
    • 10. 发明授权
    • Pressure regulator
    • 压力调节器
    • US06681798B2
    • 2004-01-27
    • US10127538
    • 2002-04-23
    • Wolfgang BueserDieter SchreckenbergerTony WheelerAlbert Gerhard
    • Wolfgang BueserDieter SchreckenbergerTony WheelerAlbert Gerhard
    • F16K1500
    • F02M69/54G05D16/103Y10T137/7922Y10T137/7927
    • The invention relates to a pressure regulator for a fuel injection system of an internal combustion engine, in which a pressure difference prevailing between a pressure inlet and a pressure outlet can be kept essentially constant by opening and closing at least one valve, which valve includes a valve closing member forced into the closing position against a valve seat by the action of a valve closing spring. The valve spring is formed by means of at least one pivotably supported valve leaf spring, and an arm, toward the valve seat in terms of the pivotable bearing means, of the valve leaf spring is braced on the valve closing member, and an arm of the valve leaf spring located on the side opposite the valve seat is braced on a support body, in such a way that a torque equilibrium prevails at the valve leaf spring.
    • 本发明涉及一种用于内燃机的燃料喷射系统的压力调节器,其中通过打开和关闭至少一个阀,压力入口和压力出口之间的压力差可保持基本上恒定,该阀包括一个 阀关闭构件通过关闭弹簧的作用而被迫进入关闭位置。 阀弹簧通过至少一个可枢转支撑的阀片弹簧形成,并且阀片弹簧的可枢转轴承装置朝向阀座的臂支撑在阀关闭构件上,并且臂 位于与阀座相对的一侧的阀片弹簧支撑在支撑体上,使得在阀片弹簧处存在扭矩平衡。