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    • 1. 发明申请
    • Roller bearing cage and method of producing the same
    • 滚子轴承保持架及其制造方法
    • US20050185874A1
    • 2005-08-25
    • US11055632
    • 2005-02-11
    • Yasunori YokotaKengo HidanoShouji Nagao
    • Yasunori YokotaKengo HidanoShouji Nagao
    • F16C19/46F16C33/46F16C33/48
    • F16C19/46F16C9/04F16C19/463F16C33/4629F16C2360/22
    • A roller bearing cage is disclosed, which is provided inexpensively from basic minimum quantity of row material. The roller bearing cage is made with a production method using rolling operations, which is the absence of the formation of chips, while ensuring the strength and stiffness of the cage. A circular inside surface of the cage is made to give an advantage to the rolling operations. The circular inside surface is circularly recessed to have a concaved surface of just one radius of curvature R. A diametral dimension across diametrically opposing bottoms of the circular recess is made larger than the pitch circle distance P.C.D. Pillars of the cage have inside retainer lips, which are hard to make any engagement with their associated rollers, which might worsen the engine performance.
    • 公开了一种滚子轴承保持架,其从基本最小量的行材料廉价地提供。 滚子轴承保持架采用轧制操作的制造方法制造,这是不存在切屑形成,同时确保保持架的强度和刚度。 保持架的圆形内表面被制成以给出滚动操作的优点。 圆形内表面是圆形凹陷的,以具有仅一个曲率半径R的凹面。圆形凹槽的直径相对的底部的直径尺寸被制成大于节圆距离P.C.D. 保持架的支柱具有内侧保持器唇部,其难以与其相关联的辊子进行任何接合,这可能会使发动机性能恶化。
    • 2. 发明授权
    • Roller bearing cage and method of producing the same
    • 滚子轴承保持架及其制造方法
    • US07252436B2
    • 2007-08-07
    • US11055632
    • 2005-02-11
    • Yasunori YokotaKengo HidanoShouji Nagao
    • Yasunori YokotaKengo HidanoShouji Nagao
    • F16C33/46
    • F16C19/46F16C9/04F16C19/463F16C33/4629F16C2360/22
    • A roller bearing cage is disclosed, which is provided inexpensively from basic minimum quantity of row material. The roller bearing cage is made with a production method using rolling operations, which is the absence of the formation of chips, while ensuring the strength and stiffness of the cage. A circular inside surface of the cage is made to give an advantage to the rolling operations. The circular inside surface is circularly recessed to have a concaved surface of just one radius of curvature R. A diametral dimension across diametrically opposing bottoms of the circular recess is made larger than the pitch circle distance P.C.D. Pillars of the cage have inside retainer lips, which are hard to make any engagement with their associated rollers, which might worsen the engine performance.
    • 公开了一种滚子轴承保持架,其从基本最小量的行材料廉价地提供。 滚子轴承保持架采用轧制操作的制造方法制造,这是不存在切屑形成,同时确保保持架的强度和刚度。 保持架的圆形内表面被制成以给出滚动操作的优点。 圆形内表面是圆形凹陷的,以具有仅一个曲率半径R的凹面。圆形凹槽的直径相对的底部的直径尺寸被制成大于节圆距离P.C.D. 保持架的支柱具有内侧保持器唇部,其难以与其相关联的辊子进行任何接合,这可能会使发动机性能恶化。
    • 3. 发明授权
    • Roller and cage assembly
    • 滚子和保持架组件
    • US5482385A
    • 1996-01-09
    • US321611
    • 1994-10-12
    • Yasunori YokotaKengo HidanoTakashi Yatsu
    • Yasunori YokotaKengo HidanoTakashi Yatsu
    • F16C33/30F16C33/46F16C33/56F16C33/66
    • F16C33/565F16C33/30F16C33/4629F16C33/6681F16C19/46Y10S384/913
    • Firstly, a roller and cage assembly is disclosed that achieves improved lubricating property while maintaining or increasing rigidity. While concave portions are formed so as to extend the width of the central portion of pockets to allow these to act as oil grooves, on the other hand, padding equivalent to lightening holes that are removed by providing said concave portions is performed in columns to obtain high rigidity.Secondly, a roller and cage assembly is disclosed that together with being inexpensive and having high wear resistance, suppresses the generation of heat resulting from high-speed rotation. The above-mentioned effects are obtained by forming a composite plated film at prescribed sites by uniform dispersed coprecipitation of fine particles of fluororesin.Thirdly, a roller and cage assembly is disclosed that together with suppressing the generation of heat resulting from high-speed rotation, also achieves light weight. The above-mentioned effects are obtained by using ceramic rollers.
    • 首先,公开了一种在保持或提高刚性的同时实现改进的润滑性能的辊和保持架组件。 虽然形成凹部以使凹部的中央部分的宽度延伸以允许它们作为油槽,但是另一方面,相当于通过设置所述凹部去除的减光孔的填充在列中进行,以获得 刚性好 其次,公开了一种滚子和保持架组件,其一起廉价并且具有高耐磨性,抑制由高速旋转产生的热量的产生。 通过在氟树脂的细颗粒的均匀分散共沉淀中,通过在规定位置形成复合镀膜而获得上述效果。 第三,公开了一种滚子和保持架组件,其与抑制由高速旋转产生的热量一起也实现了轻量化。 通过使用陶瓷辊获得上述效果。
    • 6. 发明授权
    • Roller bearing cage
    • US06666584B2
    • 2003-12-23
    • US10028829
    • 2001-12-28
    • Yasunori Yokota
    • Yasunori Yokota
    • F16C3346
    • F16C33/516F16C19/26F16C33/4629F16C33/467F16C33/66
    • A roller bearing cage is disclosed in which a pair of semicircular cage halves is assembled with their mating ends thereof coming into abutment against each other. The mating ends are chamfered off to stave off bearing failure resulting from any deformation that might occur at the areas nearby the mating ends owing to large centrifugal force imposed by high-speed engines. The roller bearing cage may be completed by only joining together the semicircular cage halves with their diametral mating ends coming into engagement with one another. Each of the semicircular cage halves is composed of axially opposing semicircular rims and cage bars interposed between the rims, thus helping ensure stiffness with even weighing less. The chamfering operation is done to make even any outer peripheral areas nearby the mating ends, preparatory to cutoff operation to split a cylindrical cage stock into two halves. This helps the process management of material-removal work to make the chamfered even areas.
    • 7. 发明授权
    • Roller bearing cage
    • 滚子轴承保持架
    • US06767135B2
    • 2004-07-27
    • US10246697
    • 2002-09-19
    • Yasunori Yokota
    • Yasunori Yokota
    • F16C3346
    • F16C33/467F16C19/463F16C33/4623F16C2361/00
    • A roller bearing cage having load capacity large enough to bear severe conditions imposed by high-speed engines, with even lighter in weight. In the roller bearing cage, the cage bars are each made up of axially opposite thick ends and a slim mid-area lying midway the thick ends to define a recess between them. The cage bar has radially outside projections on an outside periphery thereof while radially inside projections on an inside periphery thereof to keep the rollers against escape out of the cage. The radially inside projections extend circumferentially of the cage, especially, at a circular edge of the thick end, which lies nearby or neighboring or closer to the recess. The radially inside projections are made by forcing material at the edge to move circumferentially by plastic flow into the projections that extend circumferentially towards pockets on a radially inside circular surface of the thick end.
    • 一种滚子轴承保持架,其承载能力足以承受高速发动机施加的严重条件,重量更轻。 在滚子轴承保持架中,保持杆各自由轴向相对的较厚端部和位于较厚端部的中间的细长中间部分构成,以在它们之间形成凹部。 笼杆在其外周边上具有径向外侧的突出部,同时在其内周的径向内侧突出部分,以防止滚子从保持架中脱出。 径向内侧的突起在保持架的周向延伸,特别是在位于附近或邻近或更靠近凹部的厚端的圆形边缘处。 径向内部的突出部分是通过在边缘处强迫材料通过塑性流沿周向移动到沿圆周方向延伸到厚端部的径向内部圆形表面上的凹穴的突起中制成的。
    • 8. 发明授权
    • Joint
    • 联合
    • US07125192B2
    • 2006-10-24
    • US10782888
    • 2004-02-23
    • Yasunori Yokota
    • Yasunori Yokota
    • E16D1/12
    • F16C11/0604B21J9/025B21K1/762F16C11/0671F16C2326/24Y10T403/32721Y10T403/32737Y10T403/32754
    • A ball-stud joint having a flange on a stud thereof, the flange having a sloping side for making it easy to locate centrally the stud relatively to a lower die jig. The ball stud is comprised of a ball fit for pivoting movement into a major body, a stud having a plain end adapted to be formed into a rivet head to joint the stud with any counterpart, and a flange formed integrally around the stud to provide a surface coming into abutment against the counterpart. The flange has a sloping side extending radially outwardly from a flat surface facing on to the ball to an outside periphery of the flange in such a way that the sloping side comes into engagement with a slantwise bearing area on a lower die jig when the plain end of the stud is formed into rivet head.
    • 一种在其螺柱上具有凸缘的球形螺柱接头,所述凸缘具有倾斜侧,用于相对于下模夹具容易地将螺柱定位在螺柱的中心。 球头螺栓由适于枢转运动进入主体的球体组成,具有适于形成为铆钉头的平端的螺柱和用于将螺柱与任何对应物接合的螺柱,以及一体地围绕螺柱形成的凸缘, 表面抵靠对方。 凸缘具有从面向球体的平坦表面径向向外延伸到凸缘的外周的倾斜侧,使得倾斜侧与下模具上的倾斜承载区域接合时,当平端 的螺柱形成铆钉头。
    • 9. 发明授权
    • Linear motion rolling contact bearing assembly
    • 直线运动滚动轴承总成
    • US4655613A
    • 1987-04-07
    • US778588
    • 1985-09-20
    • Yasunori Yokota
    • Yasunori Yokota
    • F16C29/04F16C33/38
    • F16C33/3856F16C29/04
    • A linear motion rolling contact bearing assembly includes a trough-shaped bed, a trough-shaped table which straddles the bed, a plurality of balls interposed between the table and the bed for providing a relative motion between the table and the bed along the longitudinal direction of the assembly, and a retainer for retaining the balls in position. The retainer includes an elongated plate provided with a plurality of holding holes for holding the balls in position and at least one side projection which projects sideways from the plate so as to maintain the retainer in its intended position. Preferably, the top and bottom side projections are provided on both sides of the plate so that the retainer has an I-shaped cross section. The retainer is also preferably provided with one or more tabs provided around each of the holding holes so as to securely hold the balls in position. The side projections may be provided also in the form of a plurality of dots.
    • 直线运动滚动接触轴承组件包括槽状床,跨过床的槽形台,插入在工作台和床之间的多个滚珠,用于沿着纵向方向提供工作台与床之间的相对运动 的组件,以及用于将球保持在适当位置的保持器。 保持器包括细长板,该细长板设置有用于将球保持在适当位置的多个保持孔和至少一个从板侧向突出以将保持器保持在其预定位置的侧面突起。 优选地,顶侧和底侧突起设置在板的两侧,使得保持器具有I形横截面。 保持器还优选地设置有围绕每个保持孔设置的一个或多个突出部,以便将球牢固地保持在适当位置。 侧突起也可以以多个点的形式设置。
    • 10. 发明授权
    • Roller bearing cage
    • US06981801B2
    • 2006-01-03
    • US10687800
    • 2003-10-20
    • Yasunori Yokota
    • Yasunori Yokota
    • F16C33/46
    • F16C33/516F16C19/26F16C33/4629F16C33/467F16C33/66
    • A roller bearing cage is disclosed in which a pair of semicircular cage halves is assembled with their mating ends thereof coming into abutment against each other. The mating ends are chamfered off to stave off bearing failure resulting from any deformation that might occur at the areas nearby the mating ends owing to large centrifugal force imposed by high-speed engines. The roller bearing cage may be completed by only joining together the semicircular cage halves with their diametral mating ends coming into engagement with one another. Each of the semicircular cage halves is composed of axially opposing semicircular rims and cage bars interposed between the rims, thus helping ensure stiffness with even weighing less. The chamfering operation is done to make even any outer peripheral areas nearby the mating ends, preparatory to cutoff operation to split a cylindrical cage stock into two halves. This helps the process management of material-removal work to make the chamfered even areas.