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    • 14. 发明专利
    • Retainer made of synthetic resin for conical roller bearing
    • 合成滚子轴承合成树脂的保持器
    • JPS5950224A
    • 1984-03-23
    • JP16181682
    • 1982-09-16
    • Koyo Seiko Co Ltd
    • WAKAMATSU YOSHIAKITSUMURA MASATAKAASHIDA SHIGETAKA
    • F16C33/46
    • F16C33/4635F16C19/364F16C33/4676
    • PURPOSE:To reduce the cost of a bearing by preparing the titled retainer from a synthetic resin so as to enable the assembly of conical rollers easily and rapidly, and simplifying and facilitating the molding of the retainer. CONSTITUTION:When the interval between ridgelines 16 and 16 is assumed to be L1 and the interval between ridgelines 17 and 17 is assumed to be L2, the dimensions L1 and L2 are set to values slightly smaller than the diameter (d) at said positions of the conical roller 10, so that the conical roller 10 has such a dimension that the conical roller 10 can be forced into the pocket part 14 by utilizing the elastic deformation of the ridge part from any of the outer diameter and the inner diameter, and the conical roller 10 does not drop out of any of the inner and outer sides. By constructing the molding by assembling and fitting female and male molding metal dies in a manner operable and slidable in the axial direction on the border of the ridgeline, the injection molding of the retainer can be effected extremely easily.
    • 目的:通过从合成树脂制备标题保持器来降低轴承的成本,以便能够容易且快速地组装圆锥滚子,并且简化和便于保持器的模制。 构成:将棱线16,16之间的间隔设为L1,将棱线17,17的间隔设为L2时,将尺寸L1,L2设定为略小于所述位置的直径(d)的值, 锥形辊10,使得锥形辊10具有这样的尺寸,即通过利用脊部从外径和内径中的任何一个的弹性变形,锥形辊10能够被迫进入袋部14,并且 圆锥滚子10不会脱离任何内侧和外侧。 通过以在脊线的边界上沿轴向可操作和可滑动的方式组装和配合阴模成型金属模具来构造模制件,可以非常容易地实现保持器的注塑。
    • 15. 发明专利
    • Tapered roller bearing
    • 圆锥滚子轴承
    • JP2005098412A
    • 2005-04-14
    • JP2003333818
    • 2003-09-25
    • Koyo Seiko Co Ltd光洋精工株式会社
    • ASHIDA SHIGETAKAKOMURA TAKENORI
    • F16C43/04F16C19/36F16C33/46F16C33/58
    • F16C19/364F16C33/4605F16C33/467F16C33/543F16C2300/02
    • PROBLEM TO BE SOLVED: To improve productivity in a tapered roller bearing 1 by forming an inner ring 3 in such a form as to be easily machined to reduce manufacturing cost, and making it possible to incorporate a tapered roller 4 and a retainer 5 with the inner ring 3 to be inseparable.
      SOLUTION: The inner ring 3 is formed in a simple form having a large flange 3b on the large end side only, without a small flange on the small end side. The tapered roller 4 is held on the retainer 5 to be inseparable, and the tapered roller 4 incorporated with the retainer 5 is further incorporated with the inner ring 3 to be inseparable. Work of incorporating the inner ring 3, the tapered roller 4, and the retainer 5 to each other can thus be easily and speedily conducted.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:通过以容易加工的形式形成内圈3来提高圆锥滚子轴承1的生产率以降低制造成本,并且可以将圆锥滚子4和保持架 5与内圈3是不可分割的。 解决方案:内圈3形成为仅在大端侧具有大凸缘3b的简单形式,而在小端侧没有小凸缘。 圆锥滚子4保持在保持器5上是不可分离的,并且与保持器5结合的圆锥滚子4进一步与内圈3并入,以使其不可分离。 因此能够容易且快速地进行将内圈3,圆锥滚子4和保持器5相互并入的工作。 版权所有(C)2005,JPO&NCIPI
    • 16. 发明专利
    • Rolling bearing device and rotary ring thereof
    • 滚动轴承装置及其旋转环
    • JP2005001591A
    • 2005-01-06
    • JP2003169375
    • 2003-06-13
    • Koyo Seiko Co Ltd光洋精工株式会社
    • ASHIDA SHIGETAKATAKASAKI SHINNOSUKE
    • B60B27/00
    • PROBLEM TO BE SOLVED: To easily suppress run-out of a brake disk with a simple configuration.
      SOLUTION: When manufacturing a rolling bearing device 1, a thin-walled part 25 is formed between thick-walled parts 24 of a hub flange 10 of a hub shaft 5 to form a rim 28 on an outer circumferential edge part in a simple configuration. Even when a hub bolt 21 is press-fitted in each through hole 22, deformation of areas corresponding to an outer circumferential part between the through holes 22 in the hub flange 10 is suppressed, and run-out of a brake disk 14 can be effectively and easily suppressed.
      COPYRIGHT: (C)2005,JPO&NCIPI
    • 要解决的问题:以简单的结构容易地抑制制动盘的跳动。 解决方案:当制造滚动轴承装置1时,在轮毂轴5的轮毂凸缘10的厚壁部分24之间形成薄壁部分25,以在轮毂轴5的外周边缘部分上形成轮缘28 简单配置。 即使将轮毂螺栓21压入各贯通孔22,也能够抑制与轮毂凸缘10的贯通孔22的外周部对应的区域的变形,能够有效地制动盘14的止回 并容易抑制。 版权所有(C)2005,JPO&NCIPI
    • 17. 发明专利
    • SYNTHETIC RESIN HOLDER FOR CYLINDRICAL ROLLER BEARING
    • JPH10153217A
    • 1998-06-09
    • JP31171796
    • 1996-11-22
    • KOYO SEIKO CO
    • HARIMA MASAYOSHIKAWAKAMI TOSHIKAZUASHIDA SHIGETAKA
    • F16C33/46
    • PROBLEM TO BE SOLVED: To reduce roller inclination at the time of assembling into a bearing and reduce temperature rise at the time of operation by forming projections on an inner wall of a circular member in a pocket. SOLUTION: A projection 7 having specified thickness is formed on an inner wall 2a of a circular member 2 of a pocket 4 of a holder 1. The projection 7 may be preferably formed inside the pocket 4 by two across its center axis with equal spacings therefrom in view of stability of the cylindrical rollers. The projections 7 may be on both sides of the inner wall of the pocket 4. An end face of the cylindrical roller fitted into the pocket 4 is slightly inclined and abutted against the projections 7. The inclination of the roller itself is reduced. The roller is not in contact with the side surface of an inner ring, so that it is easily assembled. Lubricant is kept in a recession 6 between the projections 7, and a recession 8 around them. Lubrication shortage is not generated at the time of operation even when a gap between the projections 7 and the cylindrical roller end face is decreased. Temperature rise is suppressed at the time of operation, and performance is improved.
    • 18. 发明专利
    • SYNTHETIC RESIN CAGE FOR ROLLER BEARING
    • JPH09222126A
    • 1997-08-26
    • JP5383796
    • 1996-02-16
    • KOYO SEIKO CO
    • TERADA TADAHIROKAWAGUCHI TOSHIHIROUENO HIROSHIASHIDA SHIGETAKATAKAHASHI KATSUYOSHIHARIMA MASAYOSHI
    • F16C33/46
    • PROBLEM TO BE SOLVED: To prevent a sliding contact surface from being worn out or prevent an inner ring from being hardly inserted due to inclination of a roller by a method wherein a sliding contact surface of a roller stopper is formed into a diverged shape with its column facing part being widely spreaded and the maximum width of the sliding contact surface is made substantially equal to the maximum width of the roller stopper part. SOLUTION: A column part 2 of a pocket 1 is formed with a roller stopper 3 expanding at a side of the pocket 1, a roller stopper 3 is formed with a flat top end surface, 32 which is continuous with a slant sliding contact surface 31 slidingly contacted with the roller. The sliding contact surface 31 is formed into a diverging shape which is gradually widened from the top surface 32 toward a side of the base part 33, and a base part width having the maximum width of the sliding contact surface 31 is equal to the maximum width of the roller stopper 3. Accordingly, the synthetic resin cage A can expand a contact width with the roller along with a feature that a middle part of the sliding contact surface 31 is contacted with the roller and then a wear of the sliding contact surface 31 can be prevented. In addition, an inclination of the roller can be prevented and in the case that the cage A is applied in the roller bearing having an outer ring flange, the roller is held by the cage A and when the inner ring is inserted into an inner circumference of the roller row, it is possible to prevent disadvantage that it may be hardly inserted into it.
    • 20. 发明专利
    • BEARING
    • JPS62200021A
    • 1987-09-03
    • JP4348986
    • 1986-02-28
    • KOYO SEIKO CO
    • ARITOME MASATOASHIDA SHIGETAKAIKEDA NOBUO
    • F16C35/077
    • PURPOSE:To secure a bearing at the specified accuracy by means of injection molding alone, by opening a gate in a bridging part bridging two-strip paired rings, and molding these rings. CONSTITUTION:Two-strip rings 5 of plastics are molded on an outer circumferential (setting) surface 7 of the ball bearing constituted of an outer ring 1, an inner ring 2, a cage 3 and a ball 4, but these elements are embedded in an annular groove 6 at the base, and projected out of the outer circumferential surface 7. And, both these rings 5 are connected with each other by a bridging part 13 constituted of synthetic resin burying a depression part 11 in depth H installed on the outer circumferential surface 7. These rings 5 are molded by means of injection molding of synthetic resin, between a metal mold 10 and the outer circumferential surface 7 via a runner 8 and a gate 9, by this metal mold 10. And, the gate 9 is opened at the center of the bridging part 13. With this constitution like that, a bearing at the specified accuracy is securable by means of injection molding alone, without entailing any polishing work afterward.