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    • 1. 发明专利
    • Thin plate cage and spherical roller bearing equipped therewith
    • 薄板笼和球形轴承装备
    • JP2008032224A
    • 2008-02-14
    • JP2007198759
    • 2007-07-31
    • Snr Roulementsエス.エヌ.エール.ルールマンS.N.R.Roulements
    • POLLIER VIVIEN
    • F16C33/46F16C23/08
    • F16C23/086F16C19/38F16C33/485F16C33/543F16C43/04F16C2300/02
    • PROBLEM TO BE SOLVED: To provide a spherical roller bearing with a thin plate bearing cage easy to be mounted and free of a removal risk. SOLUTION: The spherical bearing 10 comprises a unit outer ring 12 having a spherical rolling raceway 20 formed thereon, an inner ring 14 having two rolling raceways 22 formed thereon, and the thin plate cage 16 with two recessed portions having rollers 18 in two rows. The cage 16 has two terminal rings, and a radial outside face whose enveloping surface is a rotational surface 60 composed of three portions, namely a cylindrical inside portion 62, a truncated cone shaped outside portion 66, and a truncated cone shaped intermediate portion connecting the inside portion to the outside portion. The truncated cone shaped portion is gradually wider toward the inside portion at a solid angle which is not so much opened as that of the outside portion. COPYRIGHT: (C)2008,JPO&INPIT
    • 要解决的问题:提供一种具有容易安装的薄板轴承座的球面滚子轴承,并且没有去除危险。 < P>解决方案:球面轴承10包括:单元外圈12,其上形成有球面滚动轨道20,内环14具有形成在其上的两个滚动滚道22;以及具有两个凹部的薄板保持架16, 两排。 保持架16具有两个端子环和径向外表面,其包络面是由三个部分组成的旋转表面60,即圆柱形内部部分62,截头锥形外部部分66和连接 内部到外部。 截头圆锥形部分以与外部部分不那么开放的立体角朝向内部逐渐变宽。 版权所有(C)2008,JPO&INPIT
    • 2. 发明专利
    • Spherical rotating cage and spherical bearing with such a cage
    • 球形旋转笼和带有这种笼的球形轴承
    • JP2013002633A
    • 2013-01-07
    • JP2012133963
    • 2012-06-13
    • Ntn-Snr Roulementsエヌテエヌ−エスエヌエール ルルモン
    • POLLIER VIVIEN
    • F16C33/48F16C19/28F16C23/08F16C33/54
    • F16C23/086F16C19/38F16C33/4605F16C33/467F16C33/485F16C33/54
    • PROBLEM TO BE SOLVED: To solve the problem of a cage for a spherical bearing wherein positioning of rollers housed in a recessed part is unstable.SOLUTION: Bridges 32 of the retainer 16 respectively include: two end parts 82, 86 respectively connected to one of two end rings 28, 30; and an intermediate part 84 connecting the two end parts 82, 86 to each other. The intermediate parts 84 of the bridge 32 mutually set a single intermediate truncated cone shaped geometric surface which includes the whole of the inside surface 74 of the intermediate part 84. The intermediate part 84 includes at least two projection parts 90 projecting toward a recessed part 40 housing rollers. The projection parts 90 respectively include a side edge guide small surface 94 to be rotated toward the recessed part 40, and form an inside pleat 96 together with the inside surface 74. The side edge guide small surface 94 is brought into contact with the same rotating surface rotating around a proper geometric axis 92 of the recessed part 40, and the proper geometric axis 92 forms an angle equal to a half of a solid angle of the intermediate truncated cone geometric surface together with a rotary axis of the retainer 16.
    • 要解决的问题:为了解决用于球形轴承的保持架的问题,其中容纳在凹进部分中的辊的定位是不稳定的。 解决方案:保持器16的桥接件32分别包括:分别连接到两个端环28,30中的一个的两个端部82,86; 以及将两个端部部分82,86彼此连接的中间部分84。 桥梁32的中间部分84相互设定包括中间部分84的整个内表面74的单个中间截头圆锥形几何表面。中间部分84包括至少两个向凹部40突出的突出部分90 外壳辊。 突出部90分别包括朝向凹部40旋转的侧缘引导小表面94,并且与内表面74一起形成内部褶皱96.侧边缘引导小表面94与相同的旋转 表面围绕凹部40的适当的几何轴线92旋转,并且适当的几何轴线92形成等于中间截头圆锥几何表面的立体角的一半的角度以及保持器16的旋转轴线。

      版权所有(C)2013,JPO&INPIT