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    • 3. 发明授权
    • Rolling guide unit
    • 滚动导轨单元
    • US5411334A
    • 1995-05-02
    • US230686
    • 1994-04-20
    • Seiji TakeiTakehiko Hara
    • Seiji TakeiTakehiko Hara
    • B23Q7/08B23Q1/40B23Q5/38F16C19/50F16C29/06F16H19/04
    • F16C29/063B23Q1/40B23Q5/385F16C19/502F16C2300/14Y10T74/18808
    • A rolling guide unit in which the cross-section of a track rail is U-shaped wherein grinding processing of a track provided on the inside surface is facilitated. In addition, the thickness of the overall unit can be decreased by employing a self-traveling unit in which a motor is installed on a slider of a rolling guide unit. Grinding is facilitated by a split rail along one of the side walls of a track rail, and grinding can be performed with the split rail removed. In addition, since the entire outside surface of the side wall of the track rail can be used as a track for a rolling member, even if the track rail is flat, it is able to sufficiently transfer driving force, thereby allowing the thickness of the entire unit to be decreased.
    • 一种滚动导向单元,其中轨道轨道的横截面为U形,其中促进了设置在内表面上的轨道的研磨处理。 此外,通过使用其中电动机安装在滚动导向单元的滑块上的自行车单元,可以减小整体单元的厚度。 通过沿轨道轨道的一个侧壁的分割轨道来促进研磨,并且可以在拆下分离轨道的情况下进行研磨。 此外,由于轨道轨道的侧壁的整个外表面可以用作滚动构件的轨道,所以即使轨道平坦,也能够充分地传递驱动力,从而允许 整个单位要减少。
    • 5. 发明授权
    • Cross roller bearing
    • 交叉滚子轴承
    • US5423615A
    • 1995-06-13
    • US134589
    • 1993-10-12
    • Takehiko HaraIchiro Masuda
    • Takehiko HaraIchiro Masuda
    • F16C19/34F16C33/60F16C33/64
    • F16C19/362F16C33/60
    • A cross roller bearing is disclosed that achieves a long service life by reducing the effects of split surfaces formed in an outer ring in the direction that crosses a V-shaped groove of said outer ring. In addition, a cross roller bearing is disclosed that allows said effects to be reduced at low cost.The above-mentioned advantages are obtained by forming a recess in the outer surface of said outer ring corresponding to said split surfaces to reduce the preliminary pressure applied to rollers at that portion.In addition, the above-mentioned advantages are achieved at low cost by the filling of a filling member and the setting of the angle at which said split surfaces cross said V-shaped groove.
    • 公开了一种交叉滚子轴承,其通过减小在与所述外圈的V形槽交叉的方向上形成在外圈中的分裂面的影响而实现长的使用寿命。 此外,公开了允许以低成本降低所述效果的交叉滚子轴承。 上述优点是通过在对应于所述分裂表面的所述外环的外表面中形成凹部来获得,以减小施加到该部分处的辊的初步压力。 此外,通过填充填充构件的填充和所述分割面与所述V形槽交叉的角度的设定,可以以低成本实现上述优点。
    • 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
    • US5203200A
    • 1993-04-20
    • US698850
    • 1991-05-13
    • Hiroshi InoueTakehiko Hara
    • Hiroshi InoueTakehiko Hara
    • 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. Said rotational main shaft includes mounting portions for mounting the bearing to be tested. Said mounting portions includes a mounting shaft for mounting the bearing to be tested and a supporting bracket for supporting said mounting shaft. Said mounting shaft is arranged in said supporting bracket in parallel with the rotational main shaft in such a manner that a part of an outer peripheral surface of said outer race member is projected radially outwardly from said supporting bracket. An inner peripheral surface of said sun ring is used as a track to be rolled with the outer race members of said respective bearings to be tested. The bearings are rotated around the the rotational shaft and around their own axes along the inner peripheral surface of the sun ring.
    • 一种用于测试包括外圈构件的轴承的离心载荷的机器,包括包括太阳环的支撑框架和旋转主轴。 所述旋转主轴包括用于安装待测试轴承的安装部分。 所述安装部分包括用于安装待测试轴承的安装轴和用于支撑所述安装轴的支撑托架。 所述安装轴以与旋转主轴平行的方式布置在所述支撑托架中,使得所述外座圈构件的外周面的一部分从所述支撑托架径向向外突出。 所述太阳环的内周面用作要被测试的各个轴承的外圈构件滚动的轨道。 轴承围绕旋转轴旋转并围绕其自身的轴线沿着太阳环的内周表面旋转。
    • 7. 发明授权
    • Low friction roller member
    • 低摩擦辊构件
    • US4776710A
    • 1988-10-11
    • US82505
    • 1987-08-07
    • Takehiko Hara
    • Takehiko Hara
    • F16C33/34
    • F16C33/34F16C19/26
    • The low friction roller provided by the present invention is featured by the construction, wherein an end plate made of organic or inorganic low friction material is fitted onto each of the opposing end faces of a cylindrical roller body with the use of chemical or mechanical bonding method, thus in operation, the low friction roller member moves along and through a raceway track provided in a roller bearing with minimum friction being generated with not only the track surface but also the contacting surface of roller retainer members provided therefor, so that low friction and smooth circulation of a plurality of roller members in the bearing can be ensured for a prolonged period of time.
    • 本发明提供的低摩擦辊的特征在于,通过使用化学或机械粘合方法将由有机或无机低摩擦材料制成的端板安装在圆柱形辊体的每个相对的端面上 因此在操作中,低摩擦辊构件沿着并经过设置在滚动轴承中的滚道轨道移动,并且不仅轨道表面产生最小的摩擦,而且还为其设置的滚子保持器构件的接触表面产生摩擦, 轴承中的多个辊构件的平滑循环可以被确保较长的时间。
    • 9. 发明授权
    • Ball screw driven linear motion rolling contact guide unit
    • 滚珠丝杠驱动直线运动滚动导轨单元
    • US5273364A
    • 1993-12-28
    • US928812
    • 1992-08-12
    • Takehiko Hara
    • Takehiko Hara
    • B23Q1/26B23Q1/28B23Q1/40B23Q1/58B23Q5/44F16C29/00F16C29/06F16F15/02
    • F16C29/063B23Q1/58F16C29/007
    • A ball screw driven linear motion rolling contact guide unit includes a rail having a generally U-shaped cross section and a ball screw shaft and a slider received in the rail and operatively coupled to the ball screw shaft. A plurality of rolling members are interposed between the slider and the rail. The rail has a bottom wall formed with a trench in which a quantity of damping oil is reserved. The slider is provided with a projection which projects into the trench to thereby define a squeeze film damper mechanism. The slider is also provided with an endless circulating path, including a load path section, a return path section and a pair of curved connecting path sections, each connecting the corresponding ends of the load and return path sections, whereby the return path section is located lower in level than the load path section.
    • 滚珠丝杠驱动的直线运动滚动接触引导单元包括具有大致U形横截面的轨道和滚珠丝杠轴以及容纳在轨道中并可操作地联接到滚珠丝杠轴的滑块。 多个滚动部件插入滑块和导轨之间。 轨道具有形成有沟槽的底壁,其中预留有一定数量的阻尼油。 滑块设置有突出部,其突出到沟槽中,从而限定挤压膜阻尼机构。 滑块还设置有环形循环路径,其包括负载路径部分,返回路径部分和一对弯曲连接路径部分,每个连接路径部分连接负载和返回路径部分的相应端部,由此返回路径部分位于 电平低于负载路径部分。
    • 10. 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。