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    • 1. 发明授权
    • Roller cage assembly for use in a bearing
    • 用于轴承的滚子保持架组件
    • US4797015A
    • 1989-01-10
    • US124331
    • 1987-11-20
    • Kengo HidanoSusumu Amano
    • Kengo HidanoSusumu Amano
    • F16C33/46
    • F16C33/4623F16C19/463
    • A roller-cage assembly for use in a bearing includes a cylindrical cage provided with a plurality of openings extending axially and spaced apart from one another circumferentially and a plurality of rollers, each of which is received in a corresponding one of the openings. Each opening is defined by a pair of oppositely disposed side guide surfaces and a pair of oppositely disposed end guide surfaces, whereby the distance between the pair of oppositely disposed side guide surfaces is larger than the diameter of the roller and the distance between the pair of opposite end guide surfaces is larger than the length of the roller, so that the roller may rotate freely within the opening. Also provided are at least a pair of oppositely disposed outer projections, which project oppositely from the pair of oppositely disposed side guide surfaces at their outermost locations, and at least a pair of oppositely disposed inner projections, which project oppositely from the pair of oppositely disposed side guide surfaces at their innermost locations, whereby the distance between the tips of each pair of the oppositely disposed inner and outer projections is smaller than the diameter of the roller. Thus, the roller is prevented from being undesirably removed from the cage radially by the inner and outer projections, axially by the pair of end guide surfaces, and circumferentially by the pair of side guide surfaces.
    • 用于轴承的滚子保持架组件包括:圆柱形保持架,其设置有沿轴向轴向间隔开的多个开口,以及多个辊,每个辊容纳在相应的一个开口中。 每个开口由一对相对设置的侧引导表面和一对相对设置的端部引导表面限定,由此一对相对设置的侧引导表面之间的距离大于辊的直径和一对 相对端引导表面大于辊的长度,使得辊可以在开口内自由旋转。 还设置有至少一对相对设置的外突出部,其在最外侧位置与所述一对相对设置的侧引导表面相对地突出,以及至少一对相对设置的内突出部,所述内突起与所述一对相对布置 侧引导表面在其最内部位置处,由此每对相对设置的内部和外部突起的尖端之间的距离小于辊的直径。 因此,防止辊被内外凸出部沿轴向地由一对端引导表面沿周向不期望地从保持架中移除,并且被一对侧引导表面周向地移除。
    • 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。
    • 5. 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。
    • 6. 发明授权
    • Machine for testing centrifugal load of bearing
    • 用于测试轴承离心载荷的机器
    • US5159830A
    • 1992-11-03
    • US698849
    • 1991-05-13
    • Hiroshi InoueTakehiko HaraKengo Hidano
    • Hiroshi InoueTakehiko HaraKengo Hidano
    • G01M13/04
    • G01M13/04
    • A machine for testing a centrifugal load of a bearing including an outer race member, comprising a supporting frame including a sun ring, and a rotational main shaft. The rotational main shaft includes mounting portions for mounting the bearing to be tested. The mounting portions includes a mounting shaft for mounting the bearing to be tested and a supporting bracket for supporting the mounting shaft. The mounting shaft is arranged in the supporting bracket in parallel with the rotational main shaft in such a manner that a part of an outer peripheral surface of the outer race member is projected radially outwardly from the supporting bracket. The mounting shaft is journaled to a supporting bracket with a displacing margin in a radially outward direction to the rotational main shaft. An inner peripheral surface of the sun ring is used as a track to be rolled with the outer race members of the respective bearings to be tested. The bearings are rotated around the rotational shaft and around their own axes along the inner peripheral surface of the sun ring.
    • 一种机器,用于测试的轴承的离心载荷,包括外座圈构件,其包括支撑框架,包括一个太阳环,和一个旋转主轴。 旋转主轴包括用于安装待测试轴承的安装部分。 安装部分包括用于安装待测试轴承的安装轴和用于支撑安装轴的支撑托架。 该安装轴与以这样的方式旋转主轴,该外座圈构件的外周表面的一部分沿径向向外从该支撑托架突出布置在所述支撑托架在平行。 安装轴以一径向向着旋转主轴的方向移动的支承托架支承。 使用太阳环的内周面作为轨道与相应的轴承的外座圈构件被测试被卷起。 轴承围绕旋转轴旋转,并沿着太阳环的内周表面围绕它们自己的轴线旋转。
    • 7. 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。
    • 8. 发明授权
    • Linear motion guide units
    • 直线运动导向装置
    • US6102572A
    • 2000-08-15
    • US262037
    • 1999-03-04
    • Kengo Hidano
    • Kengo Hidano
    • F16C29/06F16C33/38F16C33/66
    • F16C29/064F16C33/3825F16C33/3831F16C33/6648F16C33/6651
    • A linear motion guide unit is disclosed wherein separators are arranged between any adjoining rolling elements, or balls, running along endless-circulating passages and interconnected with each other through strings in such an individually replaceable manner. The separators are each interposed between any adjoining balls so as to space apart them from each other. The separators each have a separator column formed with ball-contacting surfaces for carrying the balls thereon at opposite faces in a running direction of the balls, and webs formed integrally with the column and extended fore-and-aft along the running direction of the balls over the balls, and the webs being each provided therein with channels. The separators are arranged between the adjacent balls in series and interconnected with each other by the strings that thread through the channels in the webs.
    • 公开了一种直线运动导向单元,其中分隔件布置在任何相邻的滚动元件或滚珠之间,沿着循环循环通道延伸并且以这种可单独替换的方式通过弦线彼此互连。 分离器各自插入在任何相邻的球之间,以使它们彼此间隔开。 分离器各自具有形成有球接触表面的隔离柱,用于在滚珠的运行方向上的相对面处承载滚珠,并且与柱一体地形成并沿着滚珠的运行方向前后延伸的腹板 在球上,并且每个在其中设置有通道的腹板。 分离器被布置在相邻的球之间并串联并且通过穿过腹板中的通道的绳子彼此互连。