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    • 1. 发明授权
    • Steering-angle sensor
    • 转向角传感器
    • US06742402B1
    • 2004-06-01
    • US09700868
    • 2000-11-20
    • Peter VolzJochen Burgdorf
    • Peter VolzJochen Burgdorf
    • G01L302
    • B62D15/02G01B7/30G01D11/30
    • Multiple forces act upon a steering spindle. Further, the mounting support of the steering spindle and the steering spindle itself are affected by tolerances, as a result of which the steering spindle with its longitudinal axis is moved radially relative to the vehicle chassis. Control devices for controlling the vehicle dynamics require steering angle sensors which have to indicate the current steering angle and variations thereof with great precision. If the steering angle is invariably fixed with respect to the chassis frame, the measurement frequently becomes inaccurate due to the radial movement of the spindle axis. As a remedy, the present invention arranges for the steering angle sensor to be positioned in the area of a spindle bearing. Favorable improvements relate to linking the sensor housing to the housing of the spindle bearing.
    • 多个力作用在转向主轴上。 此外,转向主轴和转向主轴本身的安装支撑件受到公差的影响,其结果是转向主轴及其纵向轴线相对于车辆底盘径向移动。 用于控制车辆动力学的控制装置需要转向角传感器,其必须以高精度指示当前的转向角及其变化。 如果转向角相对于底盘框架固定不变,则由于主轴轴线的径向移动,测量经常变得不准确。 作为补救措施,本发明安排将转向角传感器定位在主轴轴承的区域中。 有利的改进涉及将传感器壳体连接到主轴轴承的壳体。
    • 5. 发明授权
    • Electrohydraulic pressure control device
    • 电液压控制装置
    • US5520447A
    • 1996-05-28
    • US358342
    • 1994-12-19
    • Jochen BurgdorfPeter VolzHeinz Loreck
    • Jochen BurgdorfPeter VolzHeinz Loreck
    • B60T8/36B60T15/36F16K31/06B60T13/66F15B13/08
    • B60T8/3675
    • An electrohydraulic pressure control device consisting of one or several electromagnetically operable hydraulic valves arranged in a block-shaped manner on a valve accommodating body. In order to provide both a compact and operationally optimized pressure control device which makes manufacture, checking and assembly as easy as possible and where different thermal expansions of the components are to be received possibly without any tensions, this invention provides that the coils (1), flexibly held frictionally and/or positively by an elastic or plastic holding device (4) arranged on the carrier element (2) of the cover (3), are flexibly alignable with respect to the valve accommodating body (5).
    • 一种电动液压控制装置,由一个或几个电磁可操作的液压阀构成,该液压阀以块状方式布置在阀容纳体上。 为了提供紧凑且操作上优化的压力控制装置,其使制造,检查和组装尽可能容易并且可能没有任何张力地接收组件的不同热膨胀,本发明提供了线圈(1) 通过布置在盖(3)的承载元件(2)上的弹性或塑料保持装置(4)以摩擦和/或正面的方式灵活地保持,相对于阀容纳体(5)可挠曲地对准。
    • 7. 发明授权
    • Master cylinder with two internal valves
    • 主缸带两个内部阀门
    • US5449225A
    • 1995-09-12
    • US859525
    • 1992-07-20
    • Jochen BurgdorfPeter VolzWerner VolkmarRainer Seeger
    • Jochen BurgdorfPeter VolzWerner VolkmarRainer Seeger
    • B60T11/16B60T8/38B60T8/40B60T8/44B60T11/232
    • B60T8/38B60T11/232B60T8/4054B60T8/445Y10T137/88046
    • A master brake cylinder for an anti-locking hydraulic brake system is provided, comprising a central valve provided in each piston. The central valve comprises a first valve and a second valve. The opening distance A of the first valve is smaller than the opening distance B of the second valve. The first valve is made of a metallic material while the closure member of the second valve is made of a soft-elastic material, such as a rubber ring 40. Being made of a hard material, the first valve can perform a pressure regulating function, involving, however, the risk that dirt particles contained in the pressure fluid, are forced into the valve ball and the valve seat, respectively, thereby preventing the valve from closing completely. In such an event, at least the closing function of the central valve is performed by the second valve. To a limited extent, the second valve also can take over a pressure control function.
    • PCT No.PCT / EP91 / 01891 Sec。 371日期:1992年7月20日 102(e)日期1992年7月20日PCT 1991年10月4日PCT PCT。 公开号WO92 / 06875 日期为1992年4月30日。提供了一种用于防抱死液压制动系统的主制动缸,包括设置在每个活塞中的中心阀。 中心阀包括第一阀和第二阀。 第一阀的开度A小于第二阀的开度B。 第一阀由金属材料制成,而第二阀的封闭构件由诸如橡胶环40之类的软弹性材料制成。由硬质材料制成,第一阀可执行压力调节功能, 但是,涉及压力流体中含有的污物颗粒被分别压入阀球和阀座的风险,从而防止阀完全关闭。 在这种情况下,至少中央阀的关闭功能由第二阀执行。 在有限的程度上,第二个阀也可以接管压力控制功能。