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    • 12. 发明授权
    • Arrangement for detecting and evaluating yawing movements
    • 用于检测和评估偏航运动的布置
    • US06249721B1
    • 2001-06-19
    • US09194632
    • 1999-04-01
    • Peter LohbergHeinz Loreck
    • Peter LohbergHeinz Loreck
    • G06F700
    • B60T8/17551B60T2250/03
    • The present invention provides an arrangement for detecting and evaluating yawing movements of an automotive vehicle, serving as an input quantity of an automotive control system, comprising yaw rate sensors (GRS) and electronic circuits (SCU) for processing and evaluating the information obtained by the yaw rate sensors (GRS) and representing the yawing movement of the automotive vehicle, and for generating control signals. Moreover, one or more electronic compass systems (KB, KH) are provided that detect yawing movements of the vehicle independently of the information obtained by the yaw rate sensors (GRS). By comparing the information supplied by the compass systems (KB, KH) to the information supplied by the yaw rate sensors (GRS), the operation of the measuring systems or measuring channels (KB, KH, GRS) is monitored.
    • 本发明提供了一种用于检测和评估作为汽车控制系统的输入量的机动车辆的偏航运动的装置,其包括横摆率传感器(GRS)和电子电路(SCU),用于处理和评估由 横摆率传感器(GRS),并表示机动车辆的偏航运动,并用于产生控制信号。 此外,提供一个或多个电子罗盘系统(KB,KH),其独立于由偏航率传感器(GRS)获得的信息来检测车辆的偏航运动。 通过将罗盘系统(KB,KH)提供的信息与横摆率传感器(GRS)提供的信息进行比较,可以监视测量系统或测量通道(KB,KH,GRS)的运行。
    • 13. 发明授权
    • System for detecting rotating speed
    • 检测转速的系统
    • US06442502B1
    • 2002-08-27
    • US09423032
    • 2000-01-20
    • Peter LohbergHeinz LoreckWolfgang Fey
    • Peter LohbergHeinz LoreckWolfgang Fey
    • G01P300
    • B60T8/171G01P3/48
    • An arrangement for sensing the rotational speeds of a wheel or any other rotating member includes a sensor module with a sensor element, a controllable current source with a modulator and a signal conditioning and evaluating circuit. The modulator controls the current source in response to the signals of the sensor element and/or external signals and, as an output signal of the sensor module, delivers a current signal representative of the rotational behavior with status or additional signals superposed on the current signal. The evaluating circuit of the sensor module includes at least two different signal-conditioning networks which, by way of a control network, in dependence on predetermined criteria or conditions, are connected between the sensor element and the modulator controlling the current source and take care of signal conditioning. The shift from one signal-conditioning network to another occurs in response to control signals which the control network derives automatically from the control of one of these networks, or in response to control signals which are sent to the control network by a signal-receiving external circuit outside the sensor module via the same signal line.
    • 用于检测车轮或任何其它旋转构件的转速的装置包括具有传感器元件的传感器模块,具有调制器的可控电流源和信号调节和评估电路。 调制器响应于传感器元件的信号和/或外部信号控制电流源,并且作为传感器模块的输出信号,传递代表旋转行为的电流信号,该状态或附加信号叠加在电流信号上 。 传感器模块的评估电路包括至少两个不同的信号调节网络,其通过控制网络根据预定的标准或条件连接在传感器元件和控制当前源的调制器之间,并且处理 信号调理。 从一个信号调节网络转移到另一个信号调节网络发生响应于控制网络自动从这些网络之一的控制中导出的控制信号,或者响应于通过信号接收外部发送到控制网络的控制信号 传感器模块外部的电路通过相同的信号线。
    • 19. 发明授权
    • Method and a circuit for controlling the pressure in wheel brake
cylinders of fluid-operated vehicular brakes
    • 用于控制流体操作车辆制动器的车轮制动缸中的压力的​​方法和电路
    • US4393447A
    • 1983-07-12
    • US214405
    • 1980-12-08
    • Heinz Loreck
    • Heinz Loreck
    • B60T8/72B60T8/1761B60T8/70B60T8/02
    • B60T8/17613
    • It is known that an output valve providing a pressure decrease in a wheel brake cylinder can be controlled by a pulse train which is variable in response to the acceleration or deceleration of the associated wheel. A disadvantage of such an arrangement is that a wheel at standstill will not be able--under certain circumstances--to accelerate again during a control cycle. Additionally, the wheel brake cylinder pressure may have been decreased to such an extent that the wheel will neither continue to decelerate, or accelerate sufficiently. According to the present invention the control behavior is improved in these critical cases by generating pulses proportional to wheel acceleration and to transmit an opening signal to the outlet valve upon cessation of the accelerating pulses. The opening signal is immediately switched off as soon as the acceleration pulses occur again.
    • 已知在车轮制动液压缸中提供减压的输出阀可以通过响应于相关轮的加速或减速而变化的脉冲串来控制。 这种布置的缺点是停止的车轮在某些情况下将不能在控制周期期间再次加速。 此外,车轮制动缸压力可能已经降低到使得车轮不会继续减速或足够加速的程度。 根据本发明,通过产生与车轮加速度成比例的脉冲并在停止加速脉冲时将开启信号传送到出口阀,在这些关键情况下,控制行为得到改善。 一旦再次出现加速度脉冲,打开信号就立即关闭。