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    • 3. 发明授权
    • Hydraulically actuable vehicle brake
    • 液压可动车辆制动器
    • US07370735B2
    • 2008-05-13
    • US11268353
    • 2005-11-07
    • Leo GillesMarcus JansonRalf LeiterGregor PoertzgenRalf ErbenKarl-Heinz SchaustManfred Meyer
    • Leo GillesMarcus JansonRalf LeiterGregor PoertzgenRalf ErbenKarl-Heinz SchaustManfred Meyer
    • F16D55/08
    • B60T7/107F16D65/18F16D2121/02F16D2121/14F16D2123/00F16D2125/36
    • In a vehicle brake having a brake piston accommodated in a housing, a blocking device for securing the brake piston inside the housing and an actuating device for controlling the blocking device, it is provided that the brake piston together with the housing delimits a fluid chamber, which is chargeable with hydraulic fluid, so that the brake piston for actuating the vehicle brake is displaceable hydraulically inside the housing along a piston longitudinal axis, that moreover the blocking device comprises a ramp arrangement and a blocking element that is displaceable relative to the housing, and that by means of the actuating device the blocking element in interaction with the ramp arrangement for securing the brake piston inside the housing is displaceable and connectable to the brake piston. In this vehicle brake, it is further provided that the actuating device comprises a motor drive, which is drive-connected to the ramp arrangement, wherein the blocking element upon activation of the motor drive is displaced to secure and release the brake piston inside the housing.
    • 在具有容纳在壳体中的制动器活塞的车辆制动器中,用于将制动器活塞固定在壳体内的阻挡装置和用于控制阻塞装置的致动装置,其中制动活塞与壳体一起限定流体室, 其可以用液压流体充电,使得用于致动车辆制动器的制动器活塞沿着活塞纵向轴线在壳体内液压地位移,此外,阻塞装置包括相对于壳体可移位的斜坡装置和阻塞元件, 并且通过致动装置,与用于将制动器活塞固定在壳体内的斜面装置相互作用的阻挡元件可移位并可连接到制动活塞。 在这种车辆制动器中,进一步地,致动装置包括驱动连接到斜坡装置的电动机驱动器,其中在电动机驱动器启动时的阻挡元件被移位以将制动器活塞固定并释放在壳体内 。
    • 4. 发明申请
    • Hydraulically actuable vehicle brake
    • 液压可动车辆制动器
    • US20060054431A1
    • 2006-03-16
    • US11268353
    • 2005-11-07
    • Leo GillesMarcus JansonRalf LeiterGregor PoertzgenRalf ErbenKarl-Heinz SchaustManfred Meyer
    • Leo GillesMarcus JansonRalf LeiterGregor PoertzgenRalf ErbenKarl-Heinz SchaustManfred Meyer
    • F16D55/08
    • B60T7/107F16D65/18F16D2121/02F16D2121/14F16D2123/00F16D2125/36
    • In a vehicle brake having a brake piston accommodated in a housing, a blocking device for securing the brake piston inside the housing and an actuating device for controlling the blocking device, it is provided that the brake piston together with the housing delimits a fluid chamber, which is chargeable with hydraulic fluid, so that the brake piston for actuating the vehicle brake is displaceable hydraulically inside the housing along a piston longitudinal axis, that moreover the blocking device comprises a ramp arrangement and a blocking element that is displaceable relative to the housing, and that by means of the actuating device the blocking element in interaction with the ramp arrangement for securing the brake piston inside the housing is displaceable and connectable to the brake piston. In this vehicle brake, it is further provided that the actuating device comprises a motor drive, which is drive-connected to the ramp arrangement, wherein the blocking element upon activation of the motor drive is displaced to secure and release the brake piston inside the housing.
    • 在具有容纳在壳体中的制动器活塞的车辆制动器中,用于将制动器活塞固定在壳体内的阻挡装置和用于控制阻塞装置的致动装置,其中制动活塞与壳体一起限定流体室, 其可以用液压流体充电,使得用于致动车辆制动器的制动器活塞沿着活塞纵向轴线在壳体内液压地位移,此外,阻塞装置包括相对于壳体可移位的斜坡装置和阻塞元件, 并且通过致动装置,与用于将制动器活塞固定在壳体内的斜面装置相互作用的阻挡元件可移位并可连接到制动活塞。 在这种车辆制动器中,进一步地,致动装置包括驱动连接到斜坡装置的电动机驱动器,其中在电动机驱动器启动时的阻挡元件被移位以将制动器活塞固定并释放在壳体内 。
    • 7. 发明申请
    • Electrically actuatable vehicle brake and method for controlling an electrically actuatable vehicle brake
    • US20050212355A1
    • 2005-09-29
    • US11126902
    • 2005-05-11
    • Gregor GodlewskyThomas MaurMichael KellerRalf LeiterRalf KinderGregor Poertzgen
    • Gregor GodlewskyThomas MaurMichael KellerRalf LeiterRalf KinderGregor Poertzgen
    • B60T8/00B60T8/48B60T13/66B60T13/74B60T17/22F16D65/14F16D65/18
    • B60T13/662B60T8/00B60T8/48B60T13/741B60T17/22F16D65/18F16D2055/0062F16D2065/386F16D2121/24F16D2125/40F16D2200/006
    • An electrically driven vehicle brake comprises a brake piston, which acts on at least one friction lining and can be displaced out of an initial position into an actuation position, in which the brake piston abuts the friction lining against a rotating member of the vehicle brake which is to be connected, fixed against rotation, to a wheel of the motor vehicle, and a transmission unit, driven by an electric motor and acting on the brake piston to actuate the brake piston, wherein the electric motor is to be triggered by an electronic control unit, which is also set up to detect performance parameters of the vehicle, the electric motor and/or the vehicle brake. The electronic control unit is set up and programmed to trigger the electric motor by means of a control and evaluation program running in it in such a way that the brake piston is displaced in response to the detecting of at least one predetermined operating condition in a first direction into its actuation position, in which the at least one friction lining abuts against the rotating member, and the brake piston is then displaced by a path corresponding to a predetermined, desired brake release play in a second direction opposite the first direction, into its initial position. If the vehicle brake additionally comprises a device for fixing the initial position of the brake piston, which fixes the initial position of the brake piston in such a way that a predetermined, desired brake release play is kept constant during the operating life of the brake, the electronic control unit is set up and programmed to trigger the electric motor by means of a control and evaluation program running in it in such a way that an element of the transmission unit acting on the brake piston on electrical actuation of the brake is displaced in response to the detecting of at least one predetermined operating condition in a first direction into its actuation position, in which the brake piston actuated by the element abuts the at least one friction lining against the rotating member. The element is then displaced by a path corresponding to a sum made up of the predetermined, desired brake release play and a predetermined, desired distance between the element and the brake piston when the brake is not actuated in a second direction opposite the first direction into its initial position.
    • 8. 发明申请
    • Electrically actuatable vehicle brake and method for controlling an electrically actuatable vehicle brake
    • US20050035653A1
    • 2005-02-17
    • US10946497
    • 2004-09-21
    • Gregor GodlewskyThomas MaurMichael KellerRalf LeiterRalf KinderGregor Poertzgen
    • Gregor GodlewskyThomas MaurMichael KellerRalf LeiterRalf KinderGregor Poertzgen
    • B60T8/00B60T8/48B60T13/66B60T13/74B60T17/22F16D65/14F16D65/18B60T8/88
    • B60T13/662B60T8/00B60T8/48B60T13/741B60T17/22F16D65/18F16D2055/0062F16D2065/386F16D2121/24F16D2125/40F16D2200/006
    • An electrically driven vehicle brake comprises a brake piston, which acts on at least one friction lining and can be displaced out of an initial position into an actuation position, in which the brake piston abuts the friction lining against a rotating member of the vehicle brake which is to be connected, fixed against rotation, to a wheel of the motor vehicle, and a transmission unit, driven by an electric motor and acting on the brake piston to actuate the brake piston, wherein the electric motor is to be triggered by an electronic control unit, which is also set up to detect performance parameters of the vehicle, the electric motor and/or the vehicle brake. The electronic control unit is set up and programmed to trigger the electric motor by means of a control and evaluation program running in it in such a way that the brake piston is displaced in response to the detecting of at least one predetermined operating condition in a first direction into its actuation position, in which the at least one friction lining abuts against the rotating member, and the brake piston is then displaced by a path corresponding to a predetermined, desired brake release play in a second direction opposite the first direction, into its initial position. If the vehicle brake additionally comprises a device for fixing the initial position of the brake piston, which fixes the initial position of the brake piston in such a way that a predetermined, desired brake release play is kept constant during the operating life of the brake, the electronic control unit is set up and programmed to trigger the electric motor by means of a control and evaluation program running in it in such a way that an element of the transmission unit acting on the brake piston on electrical actuation of the brake is displaced in response to the detecting of at least one predetermined operating condition in a first direction into its actuation position, in which the brake piston actuated by the element abuts the at least one friction lining against the rotating member. The element is then displaced by a path corresponding to a sum made up of the predetermined, desired brake release play and a predetermined, desired distance between the element and the brake piston when the brake is not actuated in a second direction opposite the first direction into its initial position.