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    • 3. 发明授权
    • Relubricatable idler bushing assembly
    • 可润滑惰轮套管总成
    • US06325545B1
    • 2001-12-04
    • US09497384
    • 2000-02-03
    • Richard J. StanglFrank E. Stangl
    • Richard J. StanglFrank E. Stangl
    • F16C3366
    • F16C33/6622
    • A relubricatable idler bushing assembly includes an idler bushing having a hub which is dimensioned to receive an idler pulley. The idler bushing is journaled to an inner bushing by bearings which are disposed in fluid communication with a lubricant passageway. The inner bushing is mounted on a spindle adapted to mount the idler bushing assembly to a support surface. The spindle includes and axial passageway and a radial bore communicating the axial passageway with the exterior of the spindle. One end of the spindle is adapted to be connected to a source of lubricant under pressure for supplying the lubricant to an axial passageway. The radial bore is communicated through a radial bore of the inner bushing with the lubricant passageway to allow lubricant supplied to the spindle to be flow to the lubricant passageway.
    • 一种可再润滑惰轮衬套组件包括具有轮毂的惰轮衬套,所述毂的尺寸被设计成容纳惰轮。 惰轮轴承通过与润滑剂通道流体连通地设置的轴承轴颈连接到内衬套。 内衬套安装在适于将惰轮衬套组件安装到支撑表面上的主轴上。 主轴包括轴向通道和将轴向通道与主轴外部连通的径向孔。 主轴的一端适于连接到压力下的润滑剂源,以将润滑剂供应到轴向通道。 径向孔通过内衬套的径向孔与润滑剂通道连通,以允许供应到主轴的润滑剂流入润滑剂通道。
    • 5. 发明授权
    • Bearing unit
    • 轴承单元
    • US06733181B2
    • 2004-05-11
    • US10045613
    • 2001-10-25
    • Yu KoiwaNaoki MatsuyamaTamotsu Misawa
    • Yu KoiwaNaoki MatsuyamaTamotsu Misawa
    • F16C3366
    • F16C33/6662F16C19/163F16C33/6681F16C2322/39
    • A bearing unit is provided, wherein the outer peripheral surface of the inner race extends outward in the axial direction beyond the end surface of the outer race, and is formed such that the diameter of the outer peripheral surface of the inner race increases in the direction toward the rolling elements, such that when lubrication oil is ejected together with air on the outer peripheral surface of the inner race, the lubrication oil moves over the outer peripheral surface due to centrifugal force and is supplied to the rolling elements, making it possible to secure the amount of lubrication oil supplied per unit time to the inside of the bearing, and thus making it possible to reduce wind noise.
    • 提供一种轴承单元,其中,内圈的外周面在轴向上向外延伸超过外圈的端面,并且形成为使得内圈的外周面的直径沿着方向 使得当润滑油与内圈的外周表面一起喷射润滑油时,润滑油由于离心力而在外周表面上移动并被供应到滚动元件,使得可以 将每单位时间供给的润滑油的量确保在轴承内部,从而可以减少风噪声。
    • 8. 发明授权
    • Roller bearing for bearing unit
    • 滚子轴承用于轴承单元
    • US06328478B1
    • 2001-12-11
    • US09581434
    • 2000-06-13
    • Shinji FukudaShizuaki Hashimoto
    • Shinji FukudaShizuaki Hashimoto
    • F16C3366
    • F16C33/6674F16C19/163F16C19/548F16C33/58F16C33/6651F16C33/6677
    • A rolling bearing for a bearing unit is applicable to so-called under-race lubrication employing an oil air method or an oil mist method. A lubrication oil is supplied toward rolling elements (10) through oil supply channels (21) from a bottom (18) of an annular groove (14) formed in one end face (13) of an inner ring (5). A V-shaped groove (20) is provided along an edge of a raceway groove (8) of the inner ring (5) circumferentially of the inner ring. Outlet ports (25) of the oil supply channels (21) are provided in a recess defined by one of inclined surfaces of the V-shaped groove (20). A space (S) is defined between the outlet ports (25) and the rolling elements (10). A sufficient amount of air flows through the space (S), whereby the lubrication oil is supplied to the rolling elements (10) and the raceway groove (8).
    • 用于轴承单元的滚动轴承适用于使用油空气法或油雾法的所谓的下滚式润滑。 从形成在内圈(5)的一个端面(13)中的环形槽(14)的底部(18)通过供油通道(21)向滚动元件(10)供给润滑油。 沿着内圈周向的内圈(5)的滚道槽(8)的边缘设置V形槽(20)。 供油通道(21)的出口(25)设置在由V形槽(20)的一个倾斜表面限定的凹部中。 在出口(25)和滚动元件(10)之间限定空间(S)。 足够量的空气流过空间(S),由此将润滑油供应到滚动元件(10)和滚道槽(8)。