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    • 3. 发明授权
    • Camber control for rail vehicles
    • 轨道车辆的弯道控制
    • US06273003B1
    • 2001-08-14
    • US09355573
    • 1999-07-29
    • Thomas BenkerBernd Metzner
    • Thomas BenkerBernd Metzner
    • B61F300
    • B61F5/22B60G17/01908B60G2300/10B60G2400/104B60G2600/1877B60G2600/604B60G2600/70B60G2800/012
    • The invention relates to a tilt control for the superstructure of a rail vehicle, that includes a transversal acceleration sensor and a tilt control device controlled therefrom for tilting the superstructure along its longitudinal axis in relation to the running gear or the bogie supporting the superstructure. A low-pass filter is connected in the signal path between the transversal acceleration sensor and the tilt control device. In order to at least amply compensate the operation time of the low-pass filter, a steady state member is connected in the signal path between the transversal acceleration sensor and the low-pass filter, whose output signal is selected at least in the middle segment of a predetermined measuring value of the transversal acceleration values to be detected in such a way that the transversal acceleration in the superstructure remains almost constant in said segment.
    • 本发明涉及一种用于轨道车辆的上部结构的倾斜控制装置,其包括横向加速度传感器和从其控制的倾斜控制装置,用于相对于行进装置或支撑上部结构的转向架沿其纵向轴线倾斜上部结构。 低通滤波器连接在横向加速度传感器和倾斜控制装置之间的信号路径中。 为了至少充分补偿低通滤波器的操作时间,稳态部件连接在横向加速度传感器和低通滤波器之间的信号路径中,其输出信号至少在中间段中被选择 以使得上述结构中的横向加速度在所述段中几乎保持恒定的方式检测的横向加速度值的预定测量值。