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    • 2. 发明授权
    • Method for operating a vehicle
    • 车辆操作方法
    • US07909734B2
    • 2011-03-22
    • US12002048
    • 2007-12-14
    • Guenter Kettenacker
    • Guenter Kettenacker
    • B60W10/18
    • F02D41/123B60T10/00B60T13/586F02D11/105Y10T477/644Y10T477/688Y10T477/816Y10T477/817
    • Vehicle operation is controllable and/or regulatable by specifying a driver request describing a setpoint rotational speed or a setpoint torque via an accelerator pedal, detecting the instantaneous position of the accelerator pedal and controlling and/or regulating the internal combustion engine such that the setpoint rotational speed or setpoint torque is achievable. To provide for a sustained-action brake to be easily operated in the vehicle, and increase the vehicle's range of use, one of possible braking actions of the vehicle is specified by selecting a determined position of the pedal. As a function of an instantaneously detected position of the accelerator pedal, the operation of the vehicle is controlled and/or regulated such that braking power specified via the accelerator pedal is achieved. A variation in the braking power specified via the accelerator pedal is also converted as continuously as possible to a corresponding braking power by suitably activating additional components or devices.
    • 通过指定描述经由加速器踏板的设定转速或设定转矩的驾驶员请求可以控制和/或调节车辆操作,检测加速器踏板的瞬时位置,以及控制和/或调节内燃机,使得设定点旋转 速度或设定值转矩是可以实现的。 为了提供在车辆中容易操作的持续制动器,并且增加车辆的使用范围,通过选择踏板的确定位置来指定车辆的可能制动动作之一。 作为加速器踏板的瞬时检测位置的函数,控制和/或调节车辆的操作,使得实现经由加速器踏板指定的制动功率。 通过加速器踏板规定的制动功率的变化也通过适当地启动附加的部件或装置而被连续地转换成相应的制动功率。
    • 3. 发明申请
    • Method and device for regulating the velocity of a vehicle
    • 用于调节车辆速度的方法和装置
    • US20090037068A1
    • 2009-02-05
    • US12220220
    • 2008-07-22
    • Guenter Kettenacker
    • Guenter Kettenacker
    • B60T8/32
    • B60W30/143B60W10/06B60W10/196
    • A method and a device are described for regulating the velocity of a vehicle, which include a hysteresis function and prevent an unwanted activation and deactivation of the engine brake. For this purpose, a setpoint velocity (V-setpoint) of the vehicle is predefined. An actual velocity (V-actual) of the vehicle is detected and, as a function of the difference between the actual velocity (V-actual) and the setpoint velocity (V-setpoint), an output quantity (Msetpoint) of a drive unit of the vehicle is predefined in such a way that the actual velocity (V-actual) is approximated to the setpoint velocity (V-setpoint). A first lower limiting value (uG1) for limiting the output quantity (Msetpoint) toward the lower end is predefined as long as the actual velocity (V-actual) exceeds the setpoint velocity (V-setpoint) by less than a first predefined threshold value (offs1). When the actual velocity (V-actual) exceeds the setpoint velocity (V-setpoint) by more than the first predefined threshold value (offs1), the first lower limiting value (uG1) is replaced by a second lower limiting value (uG2) for limiting the output quantity (Msetpoint) at the lower end, this second lower limiting value being lower than the first lower limiting value (uG1).
    • 描述了一种用于调节车辆速度的方法和装置,其包括滞后功能并防止不期望的激活和停用发动机制动器。 为此,预定了车辆的设定点速度(V-设定值)。 检测车辆的实际速度(V-实际),并且根据实际速度(V-实际)和设定点速度(V-设定点)之差的函数,驱动单元的输出量(Msetpoint) 以实际速度(V-actual)近似于设定点速度(V-设定点)的方式预先定义。 只要实际速度(V-actual)超过设定点速度(V-设定值)小于第一预定阈值,就预先定义用于将输出量(Msetpoint)限制到下端的第一下限值(uG1) (offs1)。 当实际速度(V-actual)(V-actual)超过设定点速度(V-设定值)超过第一预定义阈值(offs1)时,第一下限值(uG1)被第二下限值(uG2)代替, 限制下端的输出量(Msetpoint),该第二下限值低于第一下限值(uG1)。
    • 7. 发明申请
    • Method for operating a vehicle
    • 车辆操作方法
    • US20080161157A1
    • 2008-07-03
    • US12002048
    • 2007-12-14
    • Guenter Kettenacker
    • Guenter Kettenacker
    • B60W10/02
    • F02D41/123B60T10/00B60T13/586F02D11/105Y10T477/644Y10T477/688Y10T477/816Y10T477/817
    • The operation of a vehicle is controllable and/or regulatable by specifying a driver request describing a setpoint rotational speed or a setpoint torque via an accelerator pedal, detecting the instantaneous position of the accelerator pedal and controlling and/or regulating the internal combustion engine such that the setpoint rotational speed or the setpoint torque is achievable. To provide for a sustained-action brake to be more easily operated in the vehicle, and to increase the vehicle's range of use, one of multiple possible braking actions of the vehicle is specified by selecting a determined position of the accelerator pedal. As a function of an instantaneously detected position of the accelerator pedal, the operation of the vehicle is controlled and/or regulated such that the braking power specified via the accelerator pedal is achieved. A variation in the braking power specified via the accelerator pedal is also converted as continuously as possible to a corresponding braking power by suitably activating additional components or devices.
    • 通过指定通过加速器踏板描述设定转速或设定转矩的驾驶员请求来控制和/或调节车辆的操作,检测加速器踏板的瞬时位置并控制和/或调节内燃机,使得 设定转速或设定转矩可以实现。 为了提供在车辆中更容易操作的持续动作制动器,并且为了增加车辆的使用范围,通过选择加速踏板的确定位置来指定车辆的多个可能的制动动作之一。 作为加速器踏板的瞬时检测位置的函数,控制和/或调节车辆的操作,使得实现经由加速器踏板指定的制动功率。 通过加速器踏板规定的制动功率的变化也通过适当地启动附加的部件或装置而被连续地转换成相应的制动功率。