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    • 1. 发明授权
    • Friction clutch arrangement
    • 摩擦离合器装置
    • US6085885A
    • 2000-07-11
    • US333354
    • 1999-06-15
    • Stefan HerzigJurgen OsterlangerKark-Ludwig GrellErnst Strian
    • Stefan HerzigJurgen OsterlangerKark-Ludwig GrellErnst Strian
    • F16D25/08F16D19/00
    • F16D25/083F16D2300/18
    • A friction clutch arrangement for motor vehicles to control a clutch friction disk rotationally mounted on a transmission shaft which can be locked between two components has a clutch actuating device which includes a slave device adjacent to the clutch, a master device remote from the clutch and a force transmission system between the two devices. The slave device includes a fixed cylinder containing nonferromagnetic conductive material, a movable piston and a variable inductance travel sensor extending substantially parallel to the path of the piston which makes it possible to determine the position of the piston in the slave cylinder independently of external influences such as vibrations or dirt or of the influence of neighboring components.
    • 用于控制旋转地安装在传动轴上的离合器摩擦盘的摩擦离合器装置可以锁定在两个部件之间的离合器摩擦盘具有离合器致动装置,其包括与离合器相邻的从动装置,远离离合器的主装置和 两个设备之间的力传输系统。 从设备包括一个包含非铁磁导电材料的固定圆筒,一个可移动的活塞和一个基本上平行于活塞的路径延伸的可变电感行程传感器,这样可以独立于外部影响来确定活塞在从动缸中的位置, 作为振动或污垢或相邻部件的影响。
    • 5. 发明授权
    • Friction clutch arrangement
    • 摩擦离合器装置
    • US06098774A
    • 2000-08-08
    • US333355
    • 1999-06-15
    • Stefan HerzigJurgen OsterlangerKark-Ludwig GrellErnst StrianRainer Miersch
    • Stefan HerzigJurgen OsterlangerKark-Ludwig GrellErnst StrianRainer Miersch
    • F16D25/08
    • F16D25/083F16D2048/0212F16D2300/18
    • A friction clutch arrangement for motor vehicles to control a clutch friction disk rotationally mounted on a transmission shaft which can be locked between two components has a clutch actuating device which includes a slave device adjacent to the clutch, a master device remote from the clutch and a force transmission system between the two devices. The slave device has an annular housing having an axial extension with a radially outer part and a radially inner part which are arranged concentrically to form an annular space containing a movable piston which is engagable with the clutch friction disk. A piston sensor in the radially inner part of the axial housing extension makes it possible to determine the position of the piston in the slave cylinder independently of external influences such as vibrations or dirt or of the influence of neighboring components.
    • 用于控制旋转地安装在传动轴上的离合器摩擦盘的摩擦离合器装置可以锁定在两个部件之间的离合器摩擦盘具有离合器致动装置,其包括与离合器相邻的从动装置,远离离合器的主装置和 两个设备之间的力传输系统。 从设备具有环形壳体,其具有轴向延伸部,其具有径向外部部分和径向内部部分,其同心地布置以形成容纳可与离合器摩擦盘接合的可移动活塞的环形空间。 在轴向壳体延伸部的径向内部中的活塞传感器可以独立于诸如振动或污垢或相邻部件的影响的外部影响来确定活塞在从动缸中的位置。
    • 6. 发明授权
    • Machine part with improved surface texture for rolling contact and/or
sliding contact
    • 机器部件具有改善的滚动接触和/或滑动接触的表面纹理
    • US5643054A
    • 1997-07-01
    • US610711
    • 1996-03-04
    • Peter BachLudwig KernErnst Strian
    • Peter BachLudwig KernErnst Strian
    • B23P9/02B24B19/02F01L1/16F01L1/18F16C13/00F16C43/04B24B1/00
    • F01L1/16B24B19/028F01L1/181F16C13/006F01L2105/02
    • A machine part includes a surface suitable for rolling contact and/or sliding contact on another machine pad and made by an at least two-stage honing process, with a first honing step effecting a surface texture exhibiting a plurality of peaks and a plurality of pits and defining a mean profile line, and a second honing step for removal of the peaks to a level of the mean profile line for forming a plateau-like tenure that is interrupted by crossing pits, whereby the depth of the pits from the first honing step is maintained. Subsequently, abrasive grain is pushed into the surface for creating a crater-like recess, thereby displacing material at random in horizontal and venial directions for at least partially closing the pits. Mounds created during material displacement and positioned above the mean profile line are removed through a subsequent polishing process.
    • 机器部件包括适于在另一个机器垫上滚动接触和/或滑动接触并由至少两阶段珩磨过程制成的表面,第一珩磨步骤实现表现出多个峰的表面纹理和多个凹坑 并且限定平均轮廓线,以及第二珩磨步骤,用于将所述峰移除到所述平均轮廓线的水平面,以形成通过交叉凹坑中断的平台状的任期,由此来自所述第一珩磨步骤的凹坑的深度 被维护。 随后,将磨料颗粒推入表面以产生凹坑,从而在水平和垂直方向上随机移动材料,以至少部分地关闭凹坑。 在材料位移期间产生并位于平均轮廓线上方的土墩通过随后的抛光过程被去除。