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    • 1. 发明申请
    • TENSIONING DEVICE FOR A TRACTION MECHANISM DRIVE
    • 牵引机构牵引装置
    • US20100029423A1
    • 2010-02-04
    • US12519368
    • 2007-11-14
    • Rainer PflugBernd HartmannThorsten LiebelScott Thompson
    • Rainer PflugBernd HartmannThorsten LiebelScott Thompson
    • F16H7/12F16H7/08
    • F16H7/1218F16H7/1281F16H2007/081
    • A tensioning device for a traction mechanism drive, in particular for a belt drive. The tensioning device can be produced in an advantageous manner from production and design aspects and which offers advantages over known concepts with regard to the wear of the friction surface element in that it has a base part, having a pivot arm, having a torsion spring, which is designed as a coil spring, for imparting a pivoting torque which acts between the base part and the pivot arm and which forces the pivot arm in a tensioning direction, and having a damping device for generating a damping force which counteracts a pivoting movement of the pivot arm counter to the tensioning direction. The damping device includes a friction surface element which, as such, forms a friction surface which serves to impart a friction force, and which is seated on a mating friction surface, wherein the friction surface element is designed as a ring-shaped or ring-segment-shaped component and is forced outward, in a radial direction with respect to the pivot axis, against the mating friction surface by the torsion spring, and wherein the torsion spring has a coil end section which bears against an inner surface of the friction surface element. The torsion spring is designed, at least in the coil end section which bears against the inner surface of the friction surface element, with regard to the spring cross section such that said coil end section is in areal contact with the inner surface of the friction surface element.
    • 用于牵引机构的张紧装置驱动,特别是用于皮带传动。 张紧装置可以以生产和设计方面的有利方式生产,并且相对于摩擦表面元件的磨损而言,其优点在于具有基座部分,具有枢转臂,扭转弹簧, 其被设计为螺旋弹簧,用于施加枢转扭矩,其作用在所述基部和所述枢转臂之间,并且所述枢转扭矩迫使所述枢转臂处于张紧方向,并且具有用于产生阻尼力的阻尼装置,所述阻尼力抵消所述枢转运动的枢转运动 枢轴臂与张紧方向相反。 阻尼装置包括摩擦表面元件,因此摩擦表面元件形成用于赋予摩擦力并且位于配合摩擦表面上的摩擦表面,其中摩擦表面元件被设计为环形或环形元件, 并且通过扭转弹簧在相对于枢转轴线的径向方向上被迫向外相对于配合摩擦表面,并且其中扭转弹簧具有支承在摩擦表面的内表面上的线圈端部分 元件。 扭转弹簧至少在相对于弹簧横截面抵靠摩擦面元件的内表面的线圈端部中被设计成使得所述线圈端部与摩擦面的内表面面接触 元件。
    • 2. 发明授权
    • Tensioning device
    • 张紧装置
    • US09005061B2
    • 2015-04-14
    • US13696173
    • 2011-04-04
    • Thorsten LiebelBernd Hartmann
    • Thorsten LiebelBernd Hartmann
    • F16H7/12F16H7/00F16H7/10
    • F16H7/10F16H7/1218
    • A clamping device (1) of a traction mechanism drive, comprising a fixedly positioned base part (2), with which a pivot arm (3) is associated. The pivot arm (3) can be pivoted via a rotary bearing, consisting of a hub (9), a pin (5) of the base part (2) and a sliding bearing (10). A spring means (12) inserted between the base part (2) and the pivot arm (3) exerts an expansion force and effects a non-positive support of a tensioning roller (11) that is connected to the pivot arm (3) on a traction mechanism. In order to damp adjusting movements of the pivot arm (3), a damping device (13) is provided, which comprises two separate spring-loaded friction elements. For this purpose, a friction disk (14) is supported with form fit on the supporting disk (8) connected to the pin (5) of the base part (2) and with friction fit on the pivot arm (3). The damping device (13) further comprises a friction ring (17), which is fixed to the pivot arm (3) and is supported with friction fit on an inner wall (19) of the crucible-shaped base part (2) and which directly cooperates with the spring means (12).
    • 牵引机构驱动器的夹紧装置(1),包括固定定位的基部(2),与枢轴臂(3)相关联。 枢转臂(3)可以通过由轮毂(9),基部(2)的销(5)和滑动轴承(10)组成的旋转轴承枢转。 插入在基部(2)和枢转臂(3)之间的弹簧装置(12)施加膨胀力并且实现与枢转臂(3)连接的张紧辊(11)的非正向支撑, 牵引机构。 为了减轻枢转臂(3)的调节运动,设置有阻尼装置(13),其包括两个单独的弹簧加载的摩擦元件。 为此目的,摩擦盘(14)以配合的方式支撑在连接到基部(2)的销(5)的支撑盘(8)上并且摩擦配合在枢转臂(3)上。 阻尼装置(13)还包括摩擦环(17),该摩擦环固定到枢转臂(3)上并且以摩擦配合的方式支撑在坩埚形基部(2)的内壁(19)上,并且 与弹簧装置(12)直接配合。
    • 3. 发明申请
    • BELT TENSIONING UNIT
    • 皮带张紧单元
    • US20120028744A1
    • 2012-02-02
    • US13262731
    • 2010-04-26
    • Bernd HartmannThorsten LiebelJohann SingerChristine Thomann
    • Bernd HartmannThorsten LiebelJohann SingerChristine Thomann
    • F16H7/12
    • F16H7/1218F16H2007/081F16H2007/0893
    • A belt tensioning unit (1) having a rotatably fixed base part (2) and a tensioning part (3) which can be rotated in a limited manner in relation to the base part against the action of an energy storage unit (6) is provided. Between the base part (2) and the tensioning part (3) a friction device (8) is radially arranged between the energy storage unit (6) and a friction surface (10). The friction device is pre-tensioned by the energy storage unit (6) in a radial outward direction against the friction surface (10) when the base part (2) and the tensioning part (3) are rotated in relation to each other. In order to obtain a simple friction device (8) having improved friction properties, it is proposed to design the friction device (8) as a friction segment (9) that encloses two friction surfaces arranged symmetrically to each other and opposite of each other at the friction surface (10).
    • 提供一种具有可旋转地固定的基座部分(2)和张紧部分(3)的带张紧单元(1),该张紧部分(3)能克服所述能量存储单元(6)的作用而相对于所述基座以有限的方式旋转。 。 在基部(2)和张紧部(3)之间,在能量存储单元(6)和摩擦表面(10)之间径向布置有摩擦装置(8)。 当基部部分(2)和张紧部分(3)相对于彼此旋转时,摩擦装置由径向向外的方向由能量存储单元(6)预先张紧在摩擦表面(10)上。 为了获得具有改善的摩擦特性的简单的摩擦装置(8),提出将摩擦装置(8)设计为摩擦部分(9),该摩擦部件(9)包围彼此对称且彼此相对布置的两个摩擦表面 摩擦面(10)。
    • 4. 发明申请
    • CLAMPING DEVICE
    • 夹紧装置
    • US20130116073A1
    • 2013-05-09
    • US13696173
    • 2011-04-04
    • Thorsten LiebelBernd Hartmann
    • Thorsten LiebelBernd Hartmann
    • F16H7/10
    • F16H7/10F16H7/1218
    • A clamping device (1) of a traction mechanism drive, comprising a fixedly positioned base part (2), with which a pivot arm (3) is associated. The pivot arm (3) can be pivoted via a rotary bearing, consisting of a hub (9), a pin (5) of the base part (2) and a sliding bearing (10). A spring means (12) inserted between the base part (2) and the pivot arm (3) exerts an expansion force and effects a non-positive support of a tensioning roller (11) that is connected to the pivot arm (3) on a traction mechanism. In order to damp adjusting movements of the pivot arm (3), a damping device (13) is provided, which comprises two separate spring-loaded friction elements. For this purpose, a friction disk (14) is supported with form fit on the supporting disk (8) connected to the pin (5) of the base part (2) and with friction fit on the pivot arm (3). The damping device (13) further comprises a friction ring (17), which is fixed to the pivot arm (3) and is supported with friction fit on an inner wall (19) of the crucible-shaped base part (2) and which directly cooperates with the spring means (12).
    • 牵引机构驱动器的夹紧装置(1),包括固定定位的基部(2),与枢轴臂(3)相关联。 枢转臂(3)可以通过由轮毂(9),基部(2)的销(5)和滑动轴承(10)组成的旋转轴承枢转。 插入在基部(2)和枢转臂(3)之间的弹簧装置(12)施加膨胀力并且实现与枢转臂(3)连接的张紧辊(11)的非正向支撑, 牵引机构。 为了减轻枢转臂(3)的调节运动,设置有阻尼装置(13),其包括两个单独的弹簧加载的摩擦元件。 为此目的,摩擦盘(14)以配合的方式支撑在连接到基部(2)的销(5)的支撑盘(8)上并且摩擦配合在枢转臂(3)上。 阻尼装置(13)还包括摩擦环(17),该摩擦环固定到枢转臂(3)上并且以摩擦配合的方式支撑在坩埚形基部(2)的内壁(19)上,并且 与弹簧装置(12)直接配合。
    • 5. 发明申请
    • TENSIONING AND DAMPING DEVICE FOR TRACTION-MECHANISM DRIVES
    • 用于牵引机构驱动的张紧和阻尼装置
    • US20100081529A1
    • 2010-04-01
    • US12571635
    • 2009-10-01
    • Thorsten LiebelFred G. SeebeckScott Thompson
    • Thorsten LiebelFred G. SeebeckScott Thompson
    • F16H7/10
    • F16H7/1218F16H2007/081F16H2007/084
    • A tensioning device for a traction mechanism drive for a belt drive that is incorporated in an internal combustion engine, in order to drive components of the engine or installed accessories. The tensioning device has a construction that is advantageous under production and construction viewpoints, by a high degree of robustness, and also by an advantageous mechanical operating behavior. The tensioning device includes a base part, a swivel arm, a torsion spring with a first winding end section that is allocated to the swivel arm and a second winding section that is allocated to the base part for applying a pivoting moment acting between the base part and the swivel arm and forcing the swivel arm in a tensioning direction, and a damping device for generating a damping force that counteracts a pivoting of the swivel arm directed against the tensioning direction. This damping device includes a first friction surface element that is arranged in a region of the winding end section of the torsion spring allocated to the swivel arm, and forms a friction surface that is used for applying friction force and that sits on a counter friction surface. In the region of the second winding end of the torsion spring for the base part, there is a second friction surface element that forms a friction surface that sits on a counter friction surface, and the counter friction surface is formed by a friction surface structure that can pivot together with the swivel arm.
    • 用于牵引机构的张紧装置,用于装在内燃机中的皮带传动装置,以驱动发动机部件或安装附件。 张紧装置具有在生产和施工观点下,通过高度鲁棒性以及有利的机械操作特性的优点。 张紧装置包括基部,旋转臂,具有分配给旋转臂的第一卷绕端部的扭簧和分配给基部的第二卷绕部,用于施加作用在基部之间的枢转力矩 以及旋转臂,并且在张紧方向上迫使旋转臂,以及用于产生抵抗旋转臂相对于张紧方向枢转的阻尼力的阻尼装置。 该阻尼装置包括:第一摩擦面元件,其设置在分配给旋转臂的扭簧的卷绕端部的区域中,形成用于施加摩擦力的摩擦面,并且位于相对摩擦面 。 在用于基部的扭转弹簧的第二绕组端的区域中,存在形成位于相对摩擦表面上的摩擦表面的第二摩擦表面元件,并且相对摩擦表面由摩擦表面结构形成, 可以与旋转臂一起枢转。
    • 6. 发明授权
    • Tensioning and damping device for traction-mechanism drives
    • 用于牵引机构驱动的张紧和阻尼装置
    • US08517873B2
    • 2013-08-27
    • US12571635
    • 2009-10-01
    • Thorsten LiebelFred G. SeebeckScott Thompson
    • Thorsten LiebelFred G. SeebeckScott Thompson
    • F16H7/10
    • F16H7/1218F16H2007/081F16H2007/084
    • A tensioning device for a traction mechanism drive for a belt drive that is incorporated in an internal combustion engine, in order to drive components of the engine or installed accessories. The tensioning device has a construction that is advantageous under production and construction viewpoints, by a high degree of robustness, and also by an advantageous mechanical operating behavior. The tensioning device includes a base part, a swivel arm, a torsion spring with a first winding end section that is allocated to the swivel arm and a second winding section that is allocated to the base part for applying a pivoting moment acting between the base part and the swivel arm and forcing the swivel arm in a tensioning direction, and a damping device for generating a damping force that counteracts a pivoting of the swivel arm directed against the tensioning direction. This damping device includes a first friction surface element that is arranged in a region of the winding end section of the torsion spring allocated to the swivel arm, and forms a friction surface that is used for applying friction force and that sits on a counter friction surface. In the region of the second winding end of the torsion spring for the base part, there is a second friction surface element that forms a friction surface that sits on a counter friction surface, and the counter friction surface is formed by a friction surface structure that can pivot together with the swivel arm.
    • 用于牵引机构的张紧装置,用于装在内燃机中的皮带传动装置,以驱动发动机部件或安装附件。 张紧装置具有在生产和施工观点下,通过高度鲁棒性以及有利的机械操作特性的优点。 张紧装置包括基部,旋转臂,具有分配给旋转臂的第一卷绕端部的扭簧和分配给基部的第二卷绕部,用于施加作用在基部之间的枢转力矩 以及旋转臂,并且在张紧方向上迫使旋转臂,以及用于产生抵抗旋转臂相对于张紧方向枢转的阻尼力的阻尼装置。 该阻尼装置包括:第一摩擦面元件,其设置在分配给旋转臂的扭簧的卷绕端部的区域中,形成用于施加摩擦力的摩擦面,并且位于相对摩擦面 。 在用于基部的扭转弹簧的第二绕组端的区域中,存在形成位于相对摩擦表面上的摩擦表面的第二摩擦表面元件,并且相对摩擦表面由摩擦表面结构形成, 可以与旋转臂一起枢转。