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    • 1. 发明授权
    • Brake system including anti-lock control and electronic brake force
distribution
    • 制动系统包括防抱死控制和电子制动力分配
    • US5899540A
    • 1999-05-04
    • US446837
    • 1995-06-02
    • Jochen BurgdorfHelmut FennelMichael Latarnik
    • Jochen BurgdorfHelmut FennelMichael Latarnik
    • B60T8/1766B60T8/88
    • B60T8/885B60T8/1766B60T2270/406
    • A brake system including electronic anti-lock control (ABS) and electronically controlled brake force distribution (EBV). This brake system has electrically operable hydraulic valves, of which the inlet valves are open in their inactive position. An electronic error monitoring device is provided which responds upon the occurrence of defects or malfunctions and disconnects the control at least in part. The brake system also has control electronics including secondary circuits which remain in function after the error monitoring device has responded, and by which the inlet valves leading to the rear-wheel brakes are actuated and which are provided such that the pressure in the rear-wheel brakes is maintained constant when a limit value of the braking pressure in the master cylinder is exceeded.
    • PCT No.PCT / EP93 / 03335 371日期:1995年6月2日 102(e)日期1995年6月2日PCT提交1993年11月27日PCT公布。 出版物WO94 / 12377 PCT 日期1994年6月9日包括电子防抱死控制(ABS)和电控制动力分配(EBV)的制动系统。 该制动系统具有电动可操作的液压阀,其中进气阀在其不起作用的位置打开。 提供了一种电子错误监测装置,其响应于缺陷或故障的发生并且至少部分地断开控制。 制动系统还具有包括二次回路的控制电子装置,该二次回路在误差监测装置作出响应之后保持功能,通过该辅助回路使通向后轮制动器的进气阀被致动并设置成使得后轮 当超过主缸中的制动压力的极限值时,制动器保持恒定。
    • 4. 发明授权
    • Automotive vehicle control system
    • 汽车控制系统
    • US06650986B1
    • 2003-11-18
    • US09890707
    • 2001-11-02
    • Jochen BurgdorfHelmut FennelPeter Lohberg
    • Jochen BurgdorfHelmut FennelPeter Lohberg
    • G06F1900
    • B60T8/1755B60T8/1725B60T8/329B60T8/56B60T8/885B60T2240/03B60T2270/406B60T2270/411
    • The present invention relates to an automotive vehicle control system, preferably comprising a control logic with at least two control functions, such as ABS and YTC functions, with a tire sensor (tire wall torsion sensor or SWT), i.e., with at least one pick-up for measuring data fitted stationarily on the vehicle body, e.g. a spring strut of a vehicle wheel, and cooperating with at least one encoder applied to the tire wall and co-rotating with the wheel or tire, and with at least one conventional rotational speed sensor that is mounted on the wheel, for example, on the wheel bearing, and includes a measuring data emitter and a pick-up for measuring data, wherein the output information or output signals of the tire sensor and the at least one conventional sensor are correlated and evaluated in an electronic evaluating circuit of the control system to determine vehicle condition variables by means of forces that act on the individual wheels and tires.
    • 本发明涉及一种机动车辆控制系统,优选地包括具有至少两个控制功能(例如ABS和YTC功能)的控制逻辑,其具有轮胎传感器(轮胎壁扭转传感器或SWT),即具有至少一个拾取 -up用于测量固定在车体上的数据,例如 车辆轮的弹簧支柱,并与施加到轮胎壁上的至少一个编码器配合,并与车轮或轮胎同时旋转,以及安装在车轮上的至少一个传统转速传感器,例如, 车轮轴承,并且包括测量数据发射器和用于测量数据的拾取器,其中轮胎传感器和至少一个常规传感器的输出信息或输出信号在控制系统的电子评估电路中相关和评估 通过作用在各个车轮和轮胎上的力确定车辆状态变量。
    • 6. 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。