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    • 51. 发明授权
    • Cage and thrust roller bearing including cage
    • 笼和推力滚子轴承包括笼
    • US09039290B2
    • 2015-05-26
    • US14154793
    • 2014-01-14
    • JTEKT CORPORATION
    • Ryou Takahashi
    • F16C33/46F16C33/49F16C33/50F16C33/51
    • F16C33/4676F16C19/30F16C33/37F16C33/4682F16C33/49F16C33/50F16C33/502F16C33/51
    • A cage, which is annular, and is used in a thrust roller bearing, includes a plurality of cage segments arranged in a circumferential direction. Each of the cage segments includes an arc portion; and a bar portion that extends radially inward from the arc portion and that maintains a circumferential interval between rollers adjacent to each other. A groove portion extending along an axial direction is formed at each of end faces of the arc portions, the end faces facing each other in the circumferential direction. In the cage, elastic bodies are inserted into the groove portions and urge the arc portions in the circumferential direction, each of the elastic bodies is disposed between the end faces facing each other, and the cage segments are connected to each other by the elastic bodies.
    • 环形的并用于推力滚子轴承的保持架包括沿圆周方向布置的多个保持架部分。 每个笼形段包括弧形部分; 以及从圆弧部分径向向内延伸并且保持彼此相邻的辊之间的圆周间隔的杆部分。 在圆弧部的端面形成有沿轴向延伸的槽部,端面在圆周方向上彼此面对。 在保持架中,将弹性体插入凹槽部分中,并沿圆周方向推动圆弧部分,每个弹性体设置在彼此面对的端面之间,并且保持架部分通过弹性体彼此连接 。
    • 52. 发明授权
    • Self-aligning roller bearing with retainer and manufacturing method for self-aligning roller bearing retainer
    • 带保持架的自调心滚子轴承和自动调心滚子轴承保持架的制造方法
    • US08007184B2
    • 2011-08-30
    • US11631525
    • 2005-11-22
    • Takashi MuraiToshiyuki TanakaMasatake Ichimaru
    • Takashi MuraiToshiyuki TanakaMasatake Ichimaru
    • F16C23/08F16C33/49
    • F16C23/086F16C19/38F16C33/4676F16C33/48F16C33/485F16C33/497
    • There is realized a self-aligning roller bearing with retainer that stabilizes the orientation of spherical rollers and prevents these spherical rollers from skewing, and which can be rotated at high speed, and furthermore which enables efficient lubricant feed into pockets 9. By rotating a turning tool 14 as it revolves, the surfaces on both sides in the circumferential direction of respective column sections are processed into concave curved surfaces that oppose a rolling surface of the respective spherical rollers across a pocket clearance into which lubricant oil can be fed. The length of the column sections 8c is less than the length in the axial direction of the spherical rollers, and greater than a half of the length, and an end portion of the side surface in the circumferential direction of the respective column sections 8c projects further in the circumferential direction than an intermediate portion thereof, and the spherical rollers are embraced in the pockets 9.
    • 实现了一种具有保持架的自调心滚子轴承,其可以稳定球面滚子的取向,并且防止这些球面滚子偏斜,并且可以高速旋转,此外,这使得有效的润滑剂能够进入凹槽9.通过旋转转动 工具14旋转时,各列部分的圆周方向两侧的表面被加工成凹形弯曲表面,其与各个球面滚子的滚动表面相对,穿过可以供给润滑油的袋口间隙。 柱部8c的长度小于球面滚子的轴向长度,大于长度的一半,各列部8c的圆周方向的侧面的端部进一步突出 在圆周方向上比其中间部分,并且球形辊子包围在凹穴9中。
    • 53. 发明申请
    • Roller bearing and double row cylindrical roller bearing
    • 滚子轴承和双列圆柱滚子轴承
    • US20050041901A1
    • 2005-02-24
    • US10489200
    • 2002-09-10
    • Kenji YakuraTaaki Anzai
    • Kenji YakuraTaaki Anzai
    • F16C19/28F16C33/41F16C33/46F16C33/48F16C33/49
    • F16C33/485F16C19/28F16C33/498
    • A cylindrical roller bearing with synthetic resin cages, in which heat generation of the bearing during high speed rotation is suppressed, while sufficient rigidity and strength is secured, so that the bearing is excellent in high speed performance. The cylindrical roller bearing (10) has synthetic resin cages (20) each including an annular portion (21) disposed in one axial end portion of the cage (20), and a plurality of columnar portions (25) extending from a side surface of the annular portion (21). The minimum inner diameter d1 of the annular portion (21) is set to be smaller than the maximum inner diameter d2 of each columnar portion (25), and the inner diameter of the columnar portion (25) is set to be equal to the inner diameter d1 of the annular portion (21) over a range of length not longer than ⅔ of the whole length of the columnar portion (25).
    • 具有合成树脂保持架的圆柱滚子轴承,其中抑制高速旋转期间轴承的发热,同时确保足够的刚度和强度,使得轴承具有优异的高速性能。 圆柱滚子轴承(10)具有合成树脂保持架(20),每个包括设置在保持架(20)的一个轴向端部的环形部分(21),以及多个柱状部分(25),其从侧面 环形部分(21)。 环状部分(21)的最小内径d1被设定为小于每个柱状部分(25)的最大内径d2,并且柱状部分(25)的内径设定为等于内部 在长度不大于柱状部分(25)的整个长度的2/3的范围内的环形部分(21)的直径d1。
    • 54. 发明授权
    • Roller bearing for use in oscillatory applications
    • 用于振荡应用的滚子轴承
    • US5667312A
    • 1997-09-16
    • US351029
    • 1994-12-07
    • Mark R. GrunzeRobert B. Warrick
    • Mark R. GrunzeRobert B. Warrick
    • F16C19/38F16C23/08F16C33/48F16C33/49F16C33/52F16C19/00
    • F16C33/52F16C23/086F16C33/48F16C33/495F16C19/38F16C2240/84
    • The invention provides a roller bearing apparatus including an inner ring member supported for rotation on a sleeve, an outer ring member, rollers in the raceway space defined between the inner and outer ring members, and a guide member having roller seats against which inboard end portions of the rollers are seated. To promote roller precession when the roller bearing apparatus is used in an oscillatory application, the roller seats are slanted or pitched in a circumferential direction and at least the inboard end portions of the rollers are provided with non-planar, and in one embodiment frustoconical, end faces. Cooperation between the non-planar end faces of the rollers and the pitched roller seats controls the mean skew axes of the rollers to promote consistent roller precession through the bearing load zone, and enables increased freedom of movement of the rollers to minimize friction. This increases the life of the roller bearing by reducing roller related failures. Additionally, when the rollers precess the inner ring member is encouraged to rotate relative to the sleeve to bring new inner race surface portions into the load zone. This reduces inner ring-related failures.
    • 本发明提供了一种滚子轴承装置,其包括支撑在套筒上的内圈构件,外圈构件,限定在内圈和外圈构件之间的滚道空间中的滚子和具有滚子座的引导构件,内侧端部 的辊子就座。 为了在滚动轴承装置用于振荡应用中促进辊进动,辊座在圆周方向上倾斜或倾斜,并且至少辊的内侧端部设置有非平面的,并且在一个实施例中为截头圆锥形, 端面。 辊子的非平面端面和倾斜辊座之间的协调控制辊的平均偏斜轴线,以促进通过轴承承载区域的一致的辊进动,并且能够增加辊的运动自由度以使摩擦力最小化。 通过减少滚筒相关的故障,可以延长滚子轴承的使用寿命。 此外,当滚子进入时,促使内环构件相对于套筒旋转,以使新的内圈表面部分进入加载区域。 这减少了与内圈相关的故障。