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    • 7. 发明授权
    • Device for actuating a shifting element with two shifting element halves
    • 用于致动具有两个变速元件半部的换档元件的装置
    • US08726750B2
    • 2014-05-20
    • US13430783
    • 2012-03-27
    • Detlef BaaschUlrich Mair
    • Detlef BaaschUlrich Mair
    • F16H63/14F16H63/18
    • F16D28/00F16D27/004F16H63/3043F16H2063/3056Y10T74/19251Y10T74/20018Y10T74/20177
    • A mechanism for actuating a shifting element. A first shifting element half of a brake is axially fixedly connected to a drive machine output shaft, which, when rotational movement of the output shaft equals the disengaging movement of the shifting element, is rotationally fixed to the output shaft. In the event of an engaging force, opposite the disengaging movement of the shifting element, an axial force acts on the output shaft, such that the first shifting element half frictionally engages with an axially and rotationally fixed second shifting element half. In the event of a disengaging force that acts in the disengaging direction of the shifting element, an axial force acts on the motor output shaft such that the first shifting element half of the brake is moved out of frictional engagement with the second shifting element half.
    • 用于致动换档元件的机构。 制动器的第一变速元件半体轴向地固定地连接到驱动机械输出轴,当输出轴的旋转运动等于变速元件的分离运动时,其被旋转地固定到输出轴。 在与移动元件的脱离移动相反的啮合力的情况下,轴向力作用在输出轴上,使得第一移动元件与轴向和旋转固定的第二移动元件半部摩擦地接合。 在作用于变速元件的分离方向的分离力的情况下,轴向力作用在电动机输出轴上,使得制动器的第一变速元件半部移动离开与第二变速元件半部的摩擦接合。
    • 8. 发明申请
    • DEVICE FOR ACTUATING A SHIFTING ELEMENT WITH TWO SHIFTING ELEMENT HALVES
    • 用于激活具有两个移位元件的转换元件的装置
    • US20120255387A1
    • 2012-10-11
    • US13430783
    • 2012-03-27
    • Detlef BAASCHUlrich MAIR
    • Detlef BAASCHUlrich MAIR
    • F16H63/30F16H63/44
    • F16D28/00F16D27/004F16H63/3043F16H2063/3056Y10T74/19251Y10T74/20018Y10T74/20177
    • A mechanism for actuating a shifting element. A first shifting element half of a brake is axially fixedly connected to a drive machine output shaft, which, when rotational movement of the output shaft equals the disengaging movement of the shifting element, is rotationally fixed to the output shaft. In the event of an engaging force, opposite the disengaging movement of the shifting element, an axial force acts on the output shaft, such that the first shifting element half frictionally engages with an axially and rotationally fixed second shifting element half. In the event of a disengaging force that acts in the disengaging direction of the shifting element, an axial force acts on the motor output shaft such that the first shifting element half of the brake is moved out of frictional engagement with the second shifting element half.
    • 用于致动换档元件的机构。 制动器的第一变速元件半体轴向地固定地连接到驱动机械输出轴,当输出轴的旋转运动等于变速元件的分离运动时,其被旋转地固定到输出轴。 在与移动元件的脱离移动相反的啮合力的情况下,轴向力作用在输出轴上,使得第一移动元件与轴向和旋转固定的第二移动元件半部摩擦地接合。 在作用于变速元件的分离方向的分离力的情况下,轴向力作用在电动机输出轴上,使得制动器的第一变速元件半部移动离开与第二变速元件半部的摩擦接合。
    • 9. 发明授权
    • Electro-mechanical torque control-acceleration of return motion
    • 机电转矩控制 - 返回运动加速
    • US06715375B2
    • 2004-04-06
    • US10027283
    • 2001-12-21
    • Frank Nestler
    • Frank Nestler
    • F16H338
    • F16H48/22F16D27/004F16D27/115F16D28/00F16H48/295F16H48/30F16H48/34F16H63/3043F16H2048/343Y10T74/19288
    • A method of returning an electro-mechanical axial setting device, wherein the axial setting device includes two setting rings centered on a common axis, one of which is axially held, and one of which is rotationally fixedly held in a housing. The two setting rings each include circumferentially extending grooves. Each of the grooves define a depth which rises in the circumferential direction. Pairs of grooves in the setting rings each accommodate a ball. The rotatingly drivable setting ring is connected to an electric drive motor. The axially displaceable setting ring is loaded by pressure springs towards the axially held setting ring. When applying a positive voltage to the electric motor, the axial setting device moves into an advanced position and when the voltage is disconnected from the electric motor, the axial setting device is returned into a starting position.
    • 一种返回机电轴向调节装置的方法,其中所述轴向调节装置包括以公共轴线为中心的两个定位环,其中一个设置环轴向保持,其中一个设置环可旋转地固定地保持在壳体中。 两个定位环均包括周向延伸的凹槽。 每个槽限定在圆周方向上上升的深度。 设置环中的凹槽对可容纳一个球。 旋转驱动的设定环与电动马达连接。 可轴向移动的固定环通过压力弹簧朝向轴向保持的设置环加载。 当向电动机施加正电压时,轴向调整装置移动到前进位置,当电压与电动机断开时,轴向调节装置返回到起始位置。