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    • 11. 发明申请
    • Motor vehicle coolant circuit comprising a pump and a retarder
    • 机动车辆冷却剂回路包括泵和减速器
    • US20070131181A1
    • 2007-06-14
    • US10565015
    • 2004-07-09
    • Klaus Vogelsang
    • Klaus Vogelsang
    • F01P7/14F01P1/06F02N17/06
    • F16D57/005B60T10/02F01P3/20F01P2007/146F16D57/04
    • A coolant circuit of a motor vehicle, including the following features: a coolant, especially water or a water mixture; a coolant pump having a coolant outlet; a retarder provided with a central ring, the working medium thereof being the coolant; a reversing valve in the flow direction upstream of the retarder and a bypass section for bypassing the retarder, such that the retarder can be connected to and disconnected from the coolant circuit. According to the invention, the coolant pump is arranged in the flow direction upstream of the retarder in such a way that it pumps coolant into the retarder when the retarder is connected, and pumps coolant past the retarder via the bypass section when the retarder is disconnected.
    • 机动车辆的冷却液回路,包括以下特征:冷却液,特别是水或水的混合物; 具有冷却剂出口的冷却剂泵; 具有中心环的缓速器,其工作介质为冷却剂; 在减速器上游的流动方向上的换向阀和用于旁路减速器的旁路部分,使得延迟器可以连接到冷却剂回路并与冷却剂回路断开。 根据本发明,冷却剂泵在延迟器的上游沿流动方向布置,使得当延迟器连接时,其将冷却剂泵送到延迟器中,并且当延迟器断开时通过旁通部分将冷却剂泵送通过旁通部分 。
    • 16. 发明授权
    • Drive unit with an engine and a retarder
    • 带发动机和减速器的驱动单元
    • US5794588A
    • 1998-08-18
    • US844699
    • 1997-04-25
    • Klaus VogelsangPeter RoseHelmut OttPeter Heilinger
    • Klaus VogelsangPeter RoseHelmut OttPeter Heilinger
    • B60T15/00B60T1/087B60T10/02F16D57/00F02D39/02
    • B60T10/02B60T1/087F01P2060/06
    • A drive unit includes a hydrodynamic retarder having a rotor paddle wheel, a stator paddle wheel, and a housing surrounding the rotor and stator wheels. The unit includes a coolant cycle system for an internal combustion engine, the coolant for this coolant cycle also being a working medium of the retarder. The drive unit further includes a working medium container for the coolant. A first pipe connects a hydrodynamic center of the retarder to a valve. A second, leakage pipe is disposed between a working medium outlet of the retarder and the valve. A third pipe is disposed between the valve and the working medium container. The valve is designed such that in a first position, a conducting connection is established between the working medium container and the leakage pipe to provide for a pumping operation of the retarder. When the valve is in a second position, a conducting connection is established between the working medium container and the first pipe for a braking operation of the retarder.
    • 驱动单元包括具有转子叶轮,定子桨轮和围绕转子和定子轮的壳体的流体动力学延迟器。 该单元包括用于内燃机的冷却剂循环系统,该冷却剂循环的冷却剂也是延迟器的工作介质。 驱动单元还包括用于冷却剂的工作介质容器。 第一管将缓凝器的流体动力中心连接到阀。 第二泄漏管设置在延迟器的工作介质出口和阀之间。 第三管被设置在阀和工作介质容器之间。 阀被设计成使得在第一位置中,在工作介质容器和泄漏管之间建立导电连接以提供延迟器的泵送操作。 当阀处于第二位置时,在工作介质容器和第一管之间建立导电连接,用于制动减速器。
    • 19. 发明授权
    • Hydrodynamic retarder with shiftable stator blade wheel
    • 具有可转动的定子叶轮的水力拖车
    • US5193654A
    • 1993-03-16
    • US681185
    • 1991-04-05
    • Klaus Vogelsang
    • Klaus Vogelsang
    • B60T1/087F03B15/06F16D57/04
    • F16D57/005B60T1/087F03B15/06F16D57/04Y02E10/226
    • The invention concerns a hydrodynamic retarder, the stator blade wheel of which can be brought into eccentric, nonaligned positions with respect to the rotor blade wheel. Either by formation of a blade free circumferential region in the blading of the stator blade wheel together with a longitudinal guide for eccentric shifting or by eccentric swingable mounting of the stator blade wheel, a directly proportional force is obtained from the corresponding braking torque in the stator blade wheel. This force represents a measure for the braking torque and serves as a characteristic value for a torque adjustment. This creates a simple control device with characteristic curves which requires a smaller retarder profile diameter in order to obtain given operating points. The advantage is the reduction of the outside dimensions, the weight and the expense for regulating the brake torque.
    • 本发明涉及一种流体动力学延迟器,其定子叶轮可以相对于转子叶轮转动成偏心的,不对齐的位置。 通过在定子叶轮的叶片中形成无刀片的周向区域以及用于偏心移位的纵向引导件或通过定子叶片轮的偏心摆动安装,可以从定子中的相应制动转矩获得直接成比例的力 刀轮。 该力表示制动转矩的量度,作为转矩调整的特性值。 这产生了具有特征曲线的简单控制装置,其需要较小的延迟器轮廓直径以便获得给定的操作点。 优点是减小了外部尺寸,重量和调节制动扭矩的费用。
    • 20. 发明授权
    • Hydrodynamic component
    • 流体力学成分
    • US06928810B2
    • 2005-08-16
    • US10362897
    • 2001-08-29
    • Klaus VogelsangReinhard KernchenWerner Klement
    • Klaus VogelsangReinhard KernchenWerner Klement
    • F16H41/30F16D33/06F16D33/16F16D33/18
    • F16D33/18F16D33/06F16D33/16
    • A hydrodynamic component (1) comprising: two rotating blade wheels: a primary blade wheel (3) and a secondary blade wheel (4), which together form at least one torus-shaped working chamber (5Z); at least inlet (10) for service fluid leading into the torus-shaped working chamber, the inlet being located in the vicinity of the lowest static pressure; at least one outlet (24) leading out of the torus-shaped working chamber; a working fluid circulation (22) which is set up in the torus-shaped working chamber during operation; a closed circuit (21) allocated to the working chamber and an external section (23) of the closed circuit, said section being located between the outlet and the inlet.
    • 一种流体动力部件(1),包括:两个旋转叶片轮:主叶轮(3)和次叶轮(4),它们一起形成至少一个环面工作室(5Z); 至少用于服务流体的入口(10)通向环形工作室,入口位于最低静压附近; 从环形工作室引出的至少一个出口(24); 工作流体循环(22),其在操作期间设置在环形工作室中; 分配给所述工作室的闭合回路(21)和所述闭合回路的外部部分(23),所述部分位于所述出口和所述入口之间。