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    • 48. 发明授权
    • Brake system
    • 刹车系统
    • US08177037B2
    • 2012-05-15
    • US12613451
    • 2009-11-05
    • Jongsung Kim
    • Jongsung Kim
    • F16D55/08
    • B60T8/345B60T13/02B60T13/741B60T2270/83F16D65/18F16D2121/20F16D2121/22F16D2121/24F16D2123/00F16D2125/40F16D2127/10
    • A brake system of the present invention is a dual braking system, which includes an ECU that controls parts for braking when a brake pedal is operated, a main brake that is controlled by ECU by locking a wheel disc for braking in normal braking, and a sub-brake that is mounted on the wheel disc and achieves sub-braking function to achieve emergency braking for safety by locking the wheel disc by control of ECU that has detects failure of main brake. Therefore, it is possible to improve safety by achieving emergency braking while achieving F-S (Fail-Safe), when the motor of main brake fails. Further, it is possible to also achieve stable FR (Failure Rate) in an EWB or an EMB that is practically applied to a vehicle, as in a hydraulic brake system, and to expedite common use of brake systems where a BBW (Brake By Wire) technology, such as EMB and EWB, is applied.
    • 本发明的制动系统是双制动系统,其包括ECU,其在制动踏板被操作时控制用于制动的部件,通过在正常制动中锁定用于制动的轮盘来由ECU控制的主制动器,以及 安装在轮盘上的副制动器,通过控制检测到主制动器故障的ECU的锁定,实现副制动功能,实现紧急制动以实现安全。 因此,当主制动器的电动机失效时,可以通过实现F-S(故障保护)实现紧急制动来提高安全性。 此外,如在液压制动系统中一样,也可以实际应用于车辆的EWB或EMB中实现稳定的FR(故障率),并且可以加速通常使用BBW(制动线 )技术,如EMB和EWB。
    • 49. 发明申请
    • Compensated Wedge Control
    • 补偿楔形控制
    • US20100070147A1
    • 2010-03-18
    • US12518535
    • 2007-11-20
    • Akos Semsey
    • Akos Semsey
    • G06F19/00F16D65/14
    • B60T8/1766B60T13/74B60T2201/04B60T2201/06B60T2270/83F16D2127/10
    • In a method for controlling electromechanical brakes of a vehicle brake system, the brakes have at least one self-boosting device and the method has steps for switching a first sub-group of the electromechanical brakes (10) from a first operating position (27) into a second operating position (28) and for varying the brake force (41) of a second sub-group of the electromechanical brakes (10) during the switch of the first sub-group of the electromechanical brakes (10) such that the overall brake force applied by the vehicle brake system substantially always corresponds to the brake force setpoint value (46) for the vehicle brake system.
    • 在一种用于控制车辆制动系统的机电制动器的方法中,制动器具有至少一个自增压装置,并且该方法具有用于从第一操作位置(27)切换机电制动器(10)的第一子组的步骤, 在机电制动器(10)的第一子组的切换期间,改变第二操作位置(28)并且用于改变机电制动器(10)的第二子组的制动力(41),使得整体 由车辆制动系统施加的制动力基本上总是对应于用于车辆制动系统的制动力设定值(46)。