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    • 1. 发明授权
    • Drive-wheel hub for a motor vehicle
    • 机动车辆的驱动轮毂
    • US5806936A
    • 1998-09-15
    • US710649
    • 1996-09-18
    • Pierre Louis Guimbretiere
    • Pierre Louis Guimbretiere
    • B60B27/00
    • B60B27/0005F16D1/076F16C19/187F16C2326/02F16C35/063F16D2003/22326
    • A driven-wheel hub (18) includes an axial cavity (36) for the passage of the body of a bolt (16) for fixing a driving member (14) onto the hub. This member (14) is provided with a tapped hole (17) into which the threaded end (16A) of the bolt body is screwed. The cavity (36) has a diameter which is very much larger than the diameter of the bolt body and is bordered at its rear end by a bearing surface (40) for the head (45) of the bolt. The hub (18) furthermore includes a way of ensuring that it rotates as one with the driving member. A guide for guiding the bolt (37) are provided in the cavity (36) between the said bearing surface (40) and the entry to the tapped hole (15). The guides (38) are spaced away from the said bearing surface (40) along the axis of the hub.
    • 从动轮毂(18)包括用于将驱动构件(14)固定到轮毂上的螺栓(16)的主体通过的轴向空腔(36)。 该构件(14)设置有螺纹孔(17),螺栓体的螺纹端部(16A)被螺纹拧入。 空腔(36)的直径比螺栓体的直径大得多,并且在其后端通过用于螺栓的头部(45)的支承面(40)边界。 毂(18)还包括确保其与驱动构件一体旋转的方式。 用于引导螺栓(37)的引导件设置在所述支承表面(40)和所述螺纹孔(15)的入口之间的空腔(36)中。 引导件(38)沿着毂的轴线与所述支承表面(40)间隔开。
    • 2. 发明授权
    • Transmission joint of the sliding type
    • 传动接头的滑动类型
    • US5135438A
    • 1992-08-04
    • US670173
    • 1991-03-14
    • Bernard PoulinMichel Margerie
    • Bernard PoulinMichel Margerie
    • B60K17/22F16D3/20F16D3/205
    • F16D3/205Y10S464/905
    • A transmission joint of the sliding type in which a first element (12) is connected to a first shaft (14) and comprises trunnion journals (20) distributed angularly in a regular manner about the geometrical axis (A1) of the first shaft (14), each trunnion journal (20) receives a rolling element (22) which is mounted so as to rotate and slide on the trunnion journal, the geometrical axis (AT) of the trunnion journal forms a first acute angle with respect to a reference line perpendicular to the axis (A1) of the first shaft (14) and contained within a plane containing the geometrical axes (A1, AT) of the first shaft (14) and of the trunnion journal (20), and in which a second element (16) is connected to a second shaft (18) and comprises rolling paths distributed angularly in a regular manner about the geometrical axis (A2) of the second shaft, each rolling path comprises two parallel tracks (34) between which is accommodated a rolling element (22), the center longitudinal axis (ACR) of the rolling path contained within a plane containing the geometrical axis (A2) of the second shaft (18) forms a second acute angle with the geometrical axis (A2) of the second shaft, characterized in that the value of each of the said acute angles is less than 15.degree..
    • 一种滑动型传动接头,其中第一元件(12)连接到第一轴(14)并且包括以规则方式围绕第一轴(14)的几何轴线(A1)成角度地分布的耳轴颈部(20) ),每个耳轴轴颈(20)接收滚动元件(22),该滚动元件(22)安装成在耳轴轴颈上旋转和滑动,耳轴轴颈的几何轴线(AT)相对于参考线路形成第一锐角 垂直于第一轴(14)的轴线(A1)并包含在包含第一轴(14)和耳轴轴颈(20)的几何轴线(A1,AT)的平面内,并且其中第二元件 (16)连接到第二轴(18)并且包括围绕第二轴的几何轴线(A2)以规则方式成角度地分布的滚动路径,每个滚动路径包括两个平行轨道(34),在该轨道之间容纳滚动 元件(22),中心纵轴(ACR)为 包含在包含第二轴(18)的几何轴线(A2)的平面内的滚动路径与第二轴的几何轴线(A2)形成第二锐角,其特征在于,每个所述锐角 小于15度。
    • 4. 发明授权
    • Method and device for finishing a concave spherical bearing surface on a
roller segment, particularly for a homokinetic joint
    • 用于整理滚子段上的凹形球面轴承表面的方法和装置,特别是用于同轴动力学接头
    • US5025595A
    • 1991-06-25
    • US430602
    • 1989-11-02
    • Michal Orain
    • Michal Orain
    • B24B15/00B24B11/00B24B19/00B24B19/02B24B19/26F16D3/20F16D3/205B24B1/00
    • B24B19/02B24B11/00F16D3/205
    • A segment (14) is held for the purpose of grinding its spherical internal bearing surface (10). A toric external surface (18) is supported by claws (21) against fixed (17) and movable (19) seats in such a manner as to have a center (T) and an axis (UU') accurately positioned relative to a mount (16). A cup type grinding wheel (23) having a spherical operative surface (23a) infeeds along its axis of rotation (MS), which intersects, at a center (S) desired for the spherical bearing surface, an axis (ZZ') about which the mount (16) and the segment (14) oscillate. A sensor in contact with the bearing surface (10) controls the halting of the infeed of the grinding wheel when the radial thickness dimension of the segment is reached. A surface suitable for hydrodynamic lubrication is directly obtained by grinding, with where desired, an eccentricity (e) between the toric surface and the spherical bearing surface.
    • 为了研磨其球形内部支承表面(10)的目的而保持节段(14)。 复曲面外表面(18)由爪(21)支撑在固定的(17)和可移动的(19)座上,以使得具有相对于安装座的座(T)和轴(UU')精确定位 (16)。 具有球形操作表面(23a)的杯型砂轮(23)沿着其旋转轴线(MS)进给,其在与球面轴承表面所需的中心(S)处相交,轴线(ZZ')绕其轴线 安装件(16)和段(14)振荡。 当达到节段的径向厚度尺寸时,与支承表面(10)接触的传感器控制砂轮进给的停止。 适合于流体动力学润滑的表面通过在需要时研磨复曲面和球面轴承表面之间的偏心率(e)直接获得。
    • 6. 发明授权
    • Homokinetic transmission joint having a tripod element connected to a
housing element by rolling elements on the tripod element and rolling
tracks in the housing element
    • 具有通过在三脚架元件上滚动元件和壳体元件中的滚动轨道连接到壳体元件的三脚架元件的均动传动接头
    • US4955847A
    • 1990-09-11
    • US260515
    • 1988-10-20
    • Michel A. Orain
    • Michel A. Orain
    • F16D3/20F16D3/205
    • F16D3/2055Y10S464/905
    • In a joint, each arm (22) of a tripod element (14) is provided with two rolling elements (24) disposed on opposite sides of the arm. According to the invention, each rolling element (24) has a spherical rolling surface (32) and a conical rolling surface (34) which respectively cooperate with a spherical surface (38) of the bowl element (20) and a conical surface (40) of a web (32) of the bowl element. Each rolling element (24) is mounted on the arm (22) by means of a half bush (54) which allows the axial sliding and pivoting of the rolling element relative to the arm. A spring device biasing the two rolling elements away from each other in a direction perpendicular to the axis common to the respective concave cylindrical surface portions of the rolling elements is also provided.
    • 在接头中,三脚架元件(14)的每个臂(22)设置有设置在臂的相对侧上的两个滚动元件(24)。 根据本发明,每个滚动元件(24)具有分别与碗元件(20)的球形表面(38)和锥形表面(40)配合的球形滚动表面(32)和锥形滚动表面(34) )碗元件的腹板(32)。 每个滚动元件(24)通过允许滚动元件相对于臂的轴向滑动和枢转的半衬套(54)安装在臂(22)上。 还提供了一种弹簧装置,其将两个滚动元件沿垂直于滚动元件的相应的凹形圆柱形表面部分的共同轴线的方向彼此偏离。
    • 10. 发明授权
    • Transmission shaft for a front wheel drive vehicle having an automatic
gear box
    • 具有自动变速箱的前轮驱动车辆的传动轴
    • US4365686A
    • 1982-12-28
    • US100405
    • 1979-12-05
    • Michel A. Orain
    • Michel A. Orain
    • F16C3/02B60K17/22B60K17/30F16D3/00F16D3/12
    • B60K17/22F16D3/00
    • This transmission shaft comprises a first transmission element having high torsional elasticity which is rigidly connected to rotate at its ends with the output shaft of the engine unit of the vehicle and a front wheel, and a second transmission element having a low torsional elasticity coaxial with the first transmission element. The second transmission element has one end rigidly connected to rotate with the wheel and another end connected to the shaft through a connection which has an angular play between two predetermined values of the torque applied to the shaft. The drag torque applied to the shaft when the engine is idling and the vehicle is held stationary by the brakes, is between these two values.
    • 该传动轴包括具有高扭转弹性的第一传动元件,该第一传动元件刚性地连接以在其端部处与车辆的发动机单元的输出轴和前轮一起旋转,并且具有低扭转弹性的第二传动元件 第一传输元件。 第二传动元件具有刚性地连接以与轮一起旋转的一端,另一端通过连接件连接到轴,该连接在施加到轴的扭矩的两个预定值之间具有角度间隙。 当发动机怠速并且车辆由制动器保持静止时施加到轴上的拖曳扭矩在这两个值之间。