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    • 1. 发明授权
    • Cross roller bearing and coriolis gear device
    • 十字滚子轴承和科里奥利齿轮装置
    • US5961221A
    • 1999-10-05
    • US991989
    • 1997-12-17
    • Ichirou Kamimura
    • Ichirou Kamimura
    • F16H1/32F16C19/34F16C19/38F16C19/50F16C25/06F16C33/36F16C33/60F16C19/40
    • F16C33/60F16C19/364F16C19/38F16C25/06F16C33/36F16C2240/34
    • A cross roller that may rotate at a high speed with high precision is provided. A first conical roller 7 for receiving loads in a first axial direction B and a radial direction and a second conical roller 8 for receiving loads in a second axial direction A and the radial direction are alternatively held by an inner race 3 and an outer race 4. Also, a predetermined space 9 is provided between large end faces 7b and 8b of the first and second conical rollers 7 and 8 and orbital surfaces 4a and 4b of the outer race 4. Then, a seat ring 10 that is elastically deformable is provided in the space 9. By using the conical rollers 7 and 8, a slippage between the orbital surfaces 3a, 3b, 4a and 4b and the rollers 7 and 8 is prevented. Also, the seat ring 10 is elastically deformed so that a suitable pre-pressure is applied to the first and second conical rollers 7 and 8 by its restoring force. Accordingly, it is possible to always impart a suitable pre-pressure to the conical rollers 7 and 8 to thereby perform the rotational operation at a high speed with high precision. (FIG. 1)
    • 提供可以高精度地高速旋转的交叉滚子。 用于接收第一轴向方向B和径向方向的负载的第一锥形辊7和用于接收第二轴向方向A和径向方向上的载荷的第二锥形辊8由内座圈3和外座圈4交替地保持 此外,在第一和第二锥形辊7和8的大端面7b和8b以及外圈4的轨道表面4a和4b之间设置预定的空间9.然后,设置可弹性变形的座圈10 通过使用圆锥滚子7,8,能够防止轨道面3a,3b,4a,4b与滚子7,8之间的滑动。 此外,座环10弹性变形,使得通过其恢复力将适当的预压施加到第一和第二锥形辊7和8。 因此,总是可以向锥形辊7和8赋予合适的预压力,从而高精度地进行旋转操作。 (图。1)
    • 2. 发明授权
    • Speed change gear assembly
    • 变速齿轮总成
    • US5954610A
    • 1999-09-21
    • US32997
    • 1998-03-02
    • Ichirou Kamimura
    • Ichirou Kamimura
    • B23F5/02B23F9/02F16H1/32F16H55/08F16H1/00
    • B23F5/02B23F9/02F16H1/321F16H55/0846Y10T409/10795
    • In order to miniaturize a speed change gear assembly, the respective gears are arranged in the order of the first gear A.sub.1, the second gear A.sub.2, the fourth gear A.sub.4 and the third gear A.sub.3 in an axial direction (X-axis direction). A center of the common spherical surface passing through each pitch circle of the first and second gears is made in accordance with the center of the common spherical surface passing through each pitch circle of the fourth and third gears. The center is used as the origin O. An XY coordinate is provided on the origin O. An axis line of an input shaft is arranged on the X-axis of the XY coordinate. An engagement point between the first and second gears A.sub.1 and A.sub.2 and an engagement point of the fourth and third gears A.sub.3 and A.sub.4 are arranged in the same quadrant of the XY coordinate. The first to fourth gears are arranged on the same axial direction surface of a rotary member 3. It is therefore possible to thereby reduce the axial directional dimension of the gear assembly.
    • 为了使变速齿轮组件小型化,各齿轮沿轴向(X轴方向)按照第一齿轮A1,第二齿轮A2,第四齿轮A4和第三齿轮A3的顺序排列。 根据通过第四和第三齿轮的每个节圆的公共球面的中心,制成穿过第一和第二齿轮的每个节圆的公共球面的中心。 中心用作原点O.在原点O上提供XY坐标。输入轴的轴线布置在XY坐标的X轴上。 第一和第二齿轮A1和A2之间的接合点和第四和第三齿轮A3和A4的接合点布置在XY坐标的同一象限中。 第一至第四齿轮布置在旋转构件3的相同轴向表面上。因此,可以减小齿轮组件的轴向尺寸。
    • 3. 发明授权
    • Working apparatus provided with rotary table for mass-production of gears
    • 配有旋转台的工作装置,可大量生产齿轮
    • US5967883A
    • 1999-10-19
    • US991988
    • 1997-12-17
    • Ichirou Kamimura
    • Ichirou Kamimura
    • B23F5/02B23F9/02B23F23/12B24B19/00
    • B23F5/02B23F23/1293B23F9/02F16H1/321
    • Coriolis motion gears can be produced in a mass-production manner and in low cost as follows: A ceiling surface of a body 8 is formed into a rotary table 9 and a drive shaft 11 is projected from a center of the rotary table. A slant portion 11a is formed at its end, and a turntable 12 on which a workpiece 13 is mounted is supported rotatably to the slant portion. The turntable 12 is rotated by the tooth number difference between the Coriolis motion gear pair A.sub.1 ' and A.sub.2 ' per one turn of the drive shaft 11 to determine a working position of the workpiece. Also, the workpiece 13 is maintained on the turntable 12 so that a swivel center P.sub.1 of the Coriolis motion gear pair is identical with a swivel center when the workpiece is installed into a gear device to take a Coriolis motion. As a result, the work surface of the workpiece takes a moving locus of the Coriolis motion gears integral with the turntable 12. When a cutter wheel 18 is moved in a direction of a tooth in synchronism with the turntable, the cutter wheel 18 is brought into contact therewith so that the gear that forms the couple with the workpiece is engaged with the working surface of the workpiece to form a desired tooth shape.
    • 科里奥利运动齿轮可以如下生产批量生产,成本低廉:主体8的顶面形成旋转台9,驱动轴11从旋转台的中心突出。 在其端部形成有倾斜部分11a,并且其上安装有工件13的转盘12可旋转地支撑在倾斜部分上。 转盘12在驱动轴11的每转一周旋转科里奥利运动齿轮对A1'和A2'之间的齿数差,以确定工件的工作位置。 此外,工件13保持在转台12上,使得科里奥利运动齿轮对的旋转中心P1在将工件安装到齿轮装置中以采取科里奥利运动时与旋转中心相同。 结果,工件的工作面采用与转盘12成一体的科里奥利运动齿轮的移动轨迹。当刀轮18与转台同步地沿齿的方向移动时,刀轮18被带入 与其接触,使得与工件形成耦合的齿轮与工件的工作表面接合以形成期望的齿形。