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    • 5. 再颁专利
    • Bearing sealing device and bearing sealing mechanism capable of
preventing the leakage of grease
    • 轴承密封装置和轴承密封机构,能够防止油脂渗漏
    • USRE36804E
    • 2000-08-01
    • US213900
    • 1998-12-17
    • Kazuhisa KajiharaMasatosi TaniyamaKunio YanaiHiroshi Ueno
    • Kazuhisa KajiharaMasatosi TaniyamaKunio YanaiHiroshi Ueno
    • F16C33/72F16C33/78F16C33/80
    • F16C33/6603F16C33/726F16C33/782F16C33/7846F16C33/7853F16C33/80
    • There is provided a bearing sealing device capable of substantially completely preventing a leak of grease. A taper end portion of an axial extension of the bearing sealing device has an opposite surface and a rake face that forms a specified rake angle with the opposite surface. The opposite surface forms a narrow passage between the opposite surface and an outer peripheral surface of an inner ring. The narrow passage allows air to pass easily, but it allows grease to hardly pass therethrough. Further, the axial extension includes part of a core metal that extends axially and has its foremost end located axially inside an axial outermost end of the outer peripheral surface of the inner ring. Grease moving axially outwardly on the outer peripheral surface is moved along the rake face of the taper end portion and then guided along a cover portion of the bearing sealing device to an outer ring. The part of the core metal prevents the axial extension from being bent radially outwardly by a centrifugal force.
    • 提供了能够基本上完全防止润滑脂泄漏的轴承密封装置。 轴承密封装置的轴向延伸部的锥形端部具有相对的表面和与相对表面形成指定前角的前刀面。 相对的表面在相对表面和内环的外周表面之间形成窄通道。 狭窄的通道允许空气容易通过,但它允许油脂几乎不通过。 此外,轴向延伸部包括轴向延伸的一部分芯体,其最前端位于内圈的外周面的轴向最​​外端的轴向内侧。 在外周面上沿轴向向外移动的润滑脂沿着锥形端部的前刀面移动,然后沿着轴承密封装置的盖部被引导到外圈。 芯金属的一部分防止轴向延伸通过离心力径向向外弯曲。
    • 7. 发明授权
    • Bearing sealing device and bearing sealing mechanism capable of
preventing the leakage of grease
    • 轴承密封装置和轴承密封机构,能够防止油脂渗漏
    • US5607240A
    • 1997-03-04
    • US595248
    • 1996-02-01
    • Kazuhisa KajiharaMasatosi TaniyamaKunio YanaiHiroshi Ueno
    • Kazuhisa KajiharaMasatosi TaniyamaKunio YanaiHiroshi Ueno
    • F16C33/72F16C33/78F16C33/80
    • F16C33/6603F16C33/726F16C33/782F16C33/7846F16C33/7853F16C33/80
    • There is provided a bearing sealing device capable of substantially completely preventing a leak of grease. A taper end portion of an axial extension of the bearing sealing device has an opposite surface and a rake face that forms a specified rake angle with the opposite surface. The opposite surface forms a narrow passage between the opposite surface and an outer peripheral surface of an inner ring. The narrow passage allows air to pass easily, but it allows grease to hardly pass therethrough. Further, the axial extension includes part of a core metal that extends axially and has its foremost end located axially inside an axial outermost end of the outer peripheral surface of the inner ring. Grease moving axially outwardly on the outer peripheral surface is moved along the rake face of the taper end portion and then guided along a cover portion of the bearing sealing device to an outer ring. The part of the core metal prevents the axial extension from being bent radially outwardly by a centrifugal force.
    • 提供了能够基本上完全防止润滑脂泄漏的轴承密封装置。 轴承密封装置的轴向延伸部的锥形端部具有相对的表面和与相对表面形成指定前角的前刀面。 相对的表面在相对表面和内环的外周表面之间形成窄通道。 狭窄的通道允许空气容易通过,但它允许油脂几乎不通过。 此外,轴向延伸部包括轴向延伸的一部分芯体,其最前端位于内圈的外周面的轴向最​​外端的轴向内侧。 在外周面上沿轴向向外移动的润滑脂沿着锥形端部的前刀面移动,然后沿着轴承密封装置的盖部被引导到外圈。 芯金属的一部分防止轴向延伸通过离心力径向向外弯曲。
    • 8. 发明授权
    • Pressed retainer and a ball bearing comprising the pressed retainer
    • 压紧保持器和包括按压保持器的滚珠轴承
    • US6010248A
    • 2000-01-04
    • US27911
    • 1998-02-23
    • Hiroshi UenoKazuhisa KajiharaIkuo Ito
    • Hiroshi UenoKazuhisa KajiharaIkuo Ito
    • F16C33/42F16C33/30F16C33/32F16C33/38F16C33/44F16C33/66F16C33/56
    • F16C33/427F16C33/30F16C33/32F16C33/3887F16C33/44F16C19/06Y10S384/913
    • The present invention is intended to provide a pressed retainer which can meet requirements for operation at high temperature and high speed, can sufficiently retain lubricant, does not allow ceramic balls, if used, to cut away track surfaces and is superior in wear resistance, and also intended to provide a ball bearing comprising the pressed retainer.In order to solve problems, in the pressed retainer, wherein two ring-shaped retainer plates, having ball retaining portions and flat portions at predetermined intervals in the circumferential direction thereof, are combined to face with each other so as to form pockets for accommodating balls, a first spherical concave portion and a second spherical concave portion having a curvature radius smaller than that of the first spherical concave portion are formed at the ball retaining portions, and a nitrided layer is formed on the surfaces of the ring-shaped retainer plates. The ball bearing of the present invention uses the pressed retainer and ceramic balls.
    • 本发明旨在提供一种能够满足高温高速运转要求的压紧保持器,可以充分保持润滑剂,如果使用陶瓷球,则不允许切割轨道表面,并且耐磨性优异, 还旨在提供一种包括按压保持器的滚珠轴承。 为了解决问题,在按压保持器中,其中具有球保持部分和在其圆周方向上以预定间隔的平坦部分的两个环形保持板彼此组合以形成用于容纳球的凹穴 在球保持部形成有具有小于第一球形凹部的曲率半径的第一球形凹部和第二球形凹部,在环状保持板的表面形成氮化层。 本发明的滚珠轴承使用压制保持架和陶瓷球。
    • 10. 发明授权
    • Bearing seal assembly with specially dimensioned sealing lip
    • 轴承密封组件,带有特殊尺寸的密封唇
    • US5544963A
    • 1996-08-13
    • US290306
    • 1994-08-12
    • Kazuhisa KajiharaMotoshi KawamuraKunio Yanai
    • Kazuhisa KajiharaMotoshi KawamuraKunio Yanai
    • F16C33/78F16J15/32
    • F16C33/726F16C33/7823F16C33/7853F16C2240/40
    • A seal assembly interposed annularly between the inner and outer rings of a bearing assembly to seal an annular cavity formed between the inner and outer rings of the bearing assembly, the seal assembly having an annular seal member fitted onto the inner peripheral surface of the outer ring, a first annular seal lip, and a second annular seal lip, the first annular seal lip being in elastic-contact with the sidewall of an annular groove formed in the inner peripheral surface of the inner ring. The first annular seal lip has a radial length and an axial thickness satisfying a ratio (A/B) of the radial length (A) to the axial thickness (B), the ratio (A/B) being in the range of not less than 4.5 and not more than 7.0 to obtain a moderate rigidity capable of following the relative movement of the inner and outer rings. Communicating grooves are formed in the lower end portion of the first annular seal lip for communicating between the inside and outside of the bearing assembly, in order to prevent an increase in pressure within the bearing assembly because of a rise in temperature within the bearing assembly.
    • 一种密封组件,其环形地插入在轴承组件的内圈和外圈之间,以密封形成在轴承组件的内圈和外圈之间的环形空腔,密封组件具有安装在外圈的内周表面上的环形密封件 第一环形密封唇和第二环形密封唇,所述第一环形密封唇与形成在所述内圈的内周表面中的环形槽的侧壁弹性接触。 第一环形密封唇具有径向长度和轴向厚度,其满足径向长度(A)与轴向厚度(B)的比(A / B),比率(A / B)在不小于 以获得能够跟随内圈和外圈的相对运动的中等刚性。 在第一环形密封唇缘的下端部形成有沟槽,用于在轴承组件的内部和外部之间连通,以防止由于轴承组件内的温度上升而导致轴承组件内的压力增加。