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    • 1. 发明申请
    • SELF ADJUSTING PIVOT TYPE TENSIONER
    • 自调式派生型张力器
    • WO2006096407A1
    • 2006-09-14
    • PCT/US2006/007263
    • 2006-03-01
    • TIMKEN US CORPORATIONBOBER, Thomas, R.MCLARTY, Daniel, R.HAYWARD, John, S.
    • BOBER, Thomas, R.MCLARTY, Daniel, R.HAYWARD, John, S.
    • F16H7/08
    • F16H7/129F16H2007/0808F16H2007/0851
    • An automatic pivot tensioner for maintaining a desired tension on a drive member includes a one-way clutch configured to be supported adjacent the drive member and including a first clutch member and a second clutch member. The clutch is configured to allow rotation of the first clutch member with respect to the second clutch member in a first direction and to inhibit rotation of the first clutch member with respect to the second clutch member in a second opposite direction. A clutch lever is supported on one of the first clutch member and the second clutch member for rotation therewith. An idler member is supported on a first portion of the clutch lever and is configured for contact with the drive member. A biasing member is attached to the clutch lever for biasing the clutch lever for rotation in the first direction.
    • 一种用于在驱动构件上保持所需张力的自动枢轴张紧器包括:一个单向离合器,被构造成邻近该驱动构件被支撑并且包括第一离合器构件和第二离合器构件。 离合器构造成允许第一离合器构件相对于第二离合器构件在第一方向上旋转并且禁止第一离合器构件相对于第二离合器构件沿相反方向旋转。 离合器杆支撑在第一离合器构件和第二离合器构件中的一个上用于与其一起旋转。 空转构件被支撑在离合器杆的第一部分上并构造成与驱动构件接触。 偏压构件附接到离合器杆,用于偏压离合器杆以沿第一方向旋转。
    • 3. 发明申请
    • SEALED BEARING ASSEMBLY
    • 密封轴承总成
    • WO2006091449A1
    • 2006-08-31
    • PCT/US2006/005331
    • 2006-02-15
    • TIMKEN US CORPORATIONHAYWARD, John, S.BOBER, Thomas, R.MCLARTY, Daniel, R.
    • HAYWARD, John, S.BOBER, Thomas, R.MCLARTY, Daniel, R.
    • F16C19/16F16C33/78
    • F16C33/78F16C19/163
    • A sealed bearing assembly (10) includes an outer ring (16) , an inner ring (12) , a plurality of rolling elements (28) , and an interference member (35) . The outer ring has an inwardly presented raceway (18) with a primary shoulder (24) at one axial end of the raceway and an outer ring portion (26) at the other axial end of the raceway. The inner ring is coaxial with the outer ring and has an outwardly presented raceway (14) with a primary shoulder (20) axially aligned with and radially within the outer ring portion (22) and an inner ring portion axially aligned with and radially within the primary shoulder of the outer ring. One of the inner ring portion and the outer ring portion includes an interference surface. The rolling elements are located in a circular row defined by the inwardly and the outwardly presented raceways and between the primary shoulders of the inner and outer rings . The interference member is engaged in a groove (36) in one of the interference surface and the primary shoulder that is axially aligned with the interference surface and projects therefrom to effect an interference between the interference surface and that primary shoulder to prevent the inner ring from being separated from the outer ring, thus unitizing the bearing assembly.
    • 密封的轴承组件(10)包括外圈(16),内圈(12),多个滚动元件(28)和干涉构件(35)。 外圈具有内向呈现的滚道(18),在滚道的一个轴向端处具有主肩部(24),在滚道的另一个轴向端部具有外环部分(26)。 所述内环与所述外环同轴并且具有向外展开的滚道(14),所述滚道与所述外环部分(22)轴向对准并且径向位于所述外环部分(22)内的主肩部(20) 外环的主肩。 内环部分和外环部分中的一个包括干涉表面。 滚动元件位于由向内和向外呈现的滚道以及内圈和外圈的主肩之间限定的圆形排中。 干涉构件接合在与干涉面轴向对齐并从其突出的一个干涉表面和主肩部中的凹槽(36)中,从而在干涉表面和该主肩部之间产生干涉,以防止内圈 与外圈分离,从而使轴承组件成为一体。