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    • 1. 发明申请
    • TENSIONING DEVICE FOR A TRACTION MECHANISM DRIVE
    • 牵引机构牵引装置
    • US20080119311A1
    • 2008-05-22
    • US11943709
    • 2007-11-21
    • Manfred WilhelmHorst AdelScott RibeyFred SeebeckScott Thompson
    • Manfred WilhelmHorst AdelScott RibeyFred SeebeckScott Thompson
    • F16H7/12
    • F16H7/1218F16H2007/081
    • Tensioning device (1) for a traction mechanism drive, such as a belt or a chain drive, with a tensioning arm (4), which can pivot about a pivot axle (3) relative to a body (2) and on whose distal end there is a roller (5) supported so that it can rotate for tensioning the traction mechanism, for the purpose of which there is a torsion spring (6) acting between the pivot axle (3) of the tensioning arm (4) and the body (2). The pivot axle (3) is supported in a sliding manner by at least one radial bearing arrangement (7) and at least one axial bearing arrangement (8) separated from this radial bearing arrangement, and the axial bearing (8) is constructed as a cone friction bearing and includes a cone bearing disk (9), which is locked in rotation with the pivot axle (3) and is guided subjected to friction on the end against a cone bearing surface (10) formed in the hub section of the tensioning arm (4).
    • 用于牵引机构驱动的张紧装置(1),例如带或链条驱动装置,具有张紧臂(4),其可相对于主体(2)围绕枢转轴(3)枢转,并且其远端 有一个支撑的滚轮(5),以便它可以转动以张紧牵引机构,为此目的是在张力臂(4)的枢转轴(3)和主体 (2)。 枢转轴(3)通过至少一个径向轴承装置(7)和与该径向轴承装置分离的至少一个轴向轴承装置(8)滑动地支撑,并且轴向轴承(8)被构造为 锥形摩擦轴承,并包括锥形轴承盘(9),该圆锥轴承盘(9)与枢转轴(3)锁定在一起旋转,并被引导抵靠在形成在张紧轮毂部分中的锥形轴承表面(10) 手臂(4)。
    • 2. 发明授权
    • Tensioning device for a traction element drive with an improved axial-bearing arrangement
    • 具有改进的轴向布置的牵引元件驱动器的张紧装置
    • US07850561B2
    • 2010-12-14
    • US11945298
    • 2007-11-27
    • Manfred WilhelmHorst AdelScott RibeyFred SeebeckScott Thompson
    • Manfred WilhelmHorst AdelScott RibeyFred SeebeckScott Thompson
    • F16H7/10F16H7/12F16H7/14
    • F16H7/1218F16H7/1281F16H2007/081
    • Tensioning device (1) for a traction element drive, such as a belt or chain drive, with a tensioning arm (4), which can pivot relative to a body (2) about a pivot axle (3) and on whose distal end a roller (5) supported rotatably is arranged for tensioning the traction element, for the purpose of which there is a torsion spring (6) acting between the pivot axle (3) of the tensioning arm (4) and the body (2), and the pivot axle (3) is supported so that it can slide by at least one radial-bearing arrangement (7) and at least one axial-bearing arrangement (8), wherein the axial-bearing arrangement (8) comprises a friction disk (9) arranged concentric to the pivot axle (3), wherein the friction disk (9) has an axial stop surface (11), which comprises at least one radial circumferential key groove (12) and that at least one radial circumferential friction spring, which extends into the key groove (12), is constructed in the surface adjacent to the stop surface (11) of the friction disk (9).
    • 用于牵引元件驱动器(例如皮带或链条驱动器)的张紧装置(1)具有张紧臂(4),该张紧臂可绕枢轴(3)相对于主体(2)枢转,并且其远端a 布置用于张紧牵引元件的滚子(5),其目的是作用在张紧臂(4)的枢转轴(3)和主体(2)之间的扭簧(6),以及 枢转轴(3)被支撑成使得其可以通过至少一个径向轴承装置(7)和至少一个轴向轴承装置(8)滑动,其中轴向轴承装置(8)包括摩擦盘 9),其中所述摩擦盘(9)具有轴向止动表面(11),所述轴向止动表面包括至少一个径向周向键槽(12),并且所述至少一个径向周向摩擦弹簧 其延伸到键槽(12)中,构造在与摩擦盘(9)的止动表面(11)相邻的表面中。
    • 3. 发明申请
    • TENSIONING DEVICE FOR A TRACTION ELEMENT DRIVE WITH AN IMPROVED AXIAL-BEARING ARRANGEMENT
    • 具有改进轴向安装的跟踪元件驱动的张紧装置
    • US20080125260A1
    • 2008-05-29
    • US11945298
    • 2007-11-27
    • Manfred WilhelmHorst AdelScott RibeyFred SeebeckScott Thompson
    • Manfred WilhelmHorst AdelScott RibeyFred SeebeckScott Thompson
    • F16H7/12
    • F16H7/1218F16H7/1281F16H2007/081
    • Tensioning device (1) for a traction element drive, such as a belt or chain drive, with a tensioning arm (4), which can pivot relative to a body (2) about a pivot axle (3) and on whose distal end a roller (5) supported rotatably is arranged for tensioning the traction element, for the purpose of which there is a torsion spring (6) acting between the pivot axle (3) of the tensioning arm (4) and the body (2), and the pivot axle (3) is supported so that it can slide by at least one radial-bearing arrangement (7) and at least one axial-bearing arrangement (8), wherein the axial-bearing arrangement (8) comprises a friction disk (9) arranged concentric to the pivot axle (3), wherein the friction disk (9) has an axial stop surface (11), which comprises at least one radial circumferential key groove (12) and that at least one radial circumferential friction spring, which extends into the key groove (12), is constructed in the surface adjacent to the stop surface (11) of the friction disk (9).
    • 用于牵引元件驱动器(例如皮带或链条驱动器)的张紧装置(1)具有张紧臂(4),该张紧臂可绕枢轴(3)相对于主体(2)枢转,并且其远端a 布置用于张紧牵引元件的滚子(5),其目的是作用在张紧臂(4)的枢转轴(3)和主体(2)之间的扭簧(6),以及 枢转轴(3)被支撑成使得其可以通过至少一个径向轴承装置(7)和至少一个轴向轴承装置(8)滑动,其中轴向轴承装置(8)包括摩擦盘 9),其中所述摩擦盘(9)具有轴向止动表面(11),所述轴向止动表面包括至少一个径向周向键槽(12),并且所述至少一个径向周向摩擦弹簧 其延伸到键槽(12)中,被构造在与止动件s相邻的表面中 摩擦盘(9)的表面(11)。
    • 5. 发明申请
    • Friction Wheel Drive
    • 摩擦轮驱动
    • US20080268999A1
    • 2008-10-30
    • US11570380
    • 2005-05-19
    • Thomas KraftJohann SingerMichael BognerRalf WalterHorst AdelDiethard Sauermann
    • Thomas KraftJohann SingerMichael BognerRalf WalterHorst AdelDiethard Sauermann
    • F16H13/14
    • F16H13/14F02B67/06F16H7/02
    • A friction wheel drive, especially for driving an auxiliary unit of an internal combustion engine in a frictionally engaging manner is provided. The friction wheel drive includes an adjustable friction wheel (3, 3′) which can be pressed at least against a contact disk (7, 9) of an output member (8) and/or an input member (10). In order to create a particularly simple, mechanically operating friction wheel (3, 3′), the friction wheel is provided with a running disk (5) which is mounted on a rolling bearing (19) that is fixed to the engine. The running disk (5) includes a tapered annular groove (24) having a width that can be varied by axially movable, spring-force impinged sidewalls (21). Further, a friction ring (4, 4′) having a diameter that is larger than that of the tapered annular groove (24) is inserted into the groove such that the friction ring (4, 4′) is disposed eccentric to the same, is guided in a radially movable fashion, and is spring mounted.
    • 提供了一种摩擦轮驱动,特别是用于以摩擦接合的方式驱动内燃机的辅助单元。 摩擦轮驱动器包括可调节的摩擦轮(3,3'),其可以至少压靠在输出构件(8)和/或输入构件(10)的接触盘(7,9)上。 为了形成一个特别简单的机械操作的摩擦轮(3,3'),摩擦轮设置有一个安装在固定在发动机上的滚动轴承(19)上的行进盘(5)。 运行盘(5)包括锥形环形槽(24),其宽度可以通过轴向可移动的弹簧力撞击的侧壁(21)而改变。 此外,具有比锥形环形槽(24)的直径大的直径的摩擦环(4,4'')插入到槽中,使得摩擦环(4,4')偏心设置, 以径向移动的方式被引导,并且是弹簧安装的。