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    • 2. 发明授权
    • Pin and chain
    • 针和链
    • US07568334B2
    • 2009-08-04
    • US11650576
    • 2007-01-08
    • Akira FujiwaraMorinobu Kawamura
    • Akira FujiwaraMorinobu Kawamura
    • B21L9/02F16G13/06
    • F16G13/06F16G13/02F16G13/04
    • A pin is relatively rotatably fitted into a pin hole formed in an outer link plate of a chain. A plurality of helical grooves are formed on an outer circumferential surface of the pin. A pitch P between adjacent helical grooves in the axial direction is equal to or less than a width in the axial direction of the pin hole of the outer link plate. At least one helical groove is arranged to oppose an arbitrary generatrix on an inner circumferential surface of the pin hole. Also, when a radius of the pin is R and a relative rotation angle with the mating member is θ, a pitch P′ in the circumferential direction between adjacent helical grooves is Rθ or less. Thus, at least one helical groove is arranged to always pass each position in a sliding range between the pin and the pin hole.
    • 销相对可旋转地装配到形成在链的外链板中的销孔中。 在销的外周面上形成有多个螺旋槽。 相邻螺旋槽之间的轴向间距P等于或小于外链板的销孔的轴向宽度。 至少一个螺旋槽布置成与销孔的内周表面上的任意母线相对。 此外,当销的半径为R并且与配合构件的相对旋转角为θ时,相邻螺旋槽之间的圆周方向上的间距P'为Rθ以下。 因此,至少一个螺旋槽布置成总是在销和销孔之间的滑动范围内通过每个位置。
    • 3. 发明申请
    • Pin and chain
    • 针和链
    • US20080015071A1
    • 2008-01-17
    • US11650576
    • 2007-01-08
    • Akira FujiwaraMorinobu Kawamura
    • Akira FujiwaraMorinobu Kawamura
    • F16G13/02
    • F16G13/06F16G13/02F16G13/04
    • A pin is relatively rotatably fitted into a pin hole formed in an outer link plate of a chain. A plurality of helical grooves are formed on an outer circumferential surface of the pin. A pitch P between adjacent helical grooves in the axial direction is equal to or less than a width in the axial direction of the pin hole of the outer link plate. At least one helical groove is arranged to oppose an arbitrary generatrix on an inner circumferential surface of the pin hole. Also, when a radius of the pin is R and a relative rotation angle with the mating member is θ, a pitch P′ in the circumferential direction between adjacent helical grooves is Rθ or less. Thus, at least one helical groove is arranged to always pass each position in a sliding range between the pin and the pin hole.
    • 销相对可旋转地装配到形成在链的外链板中的销孔中。 在销的外周面上形成有多个螺旋槽。 相邻螺旋槽之间的轴向间距P等于或小于外链板的销孔的轴向宽度。 至少一个螺旋槽布置成与销孔的内周表面上的任意母线相对。 此外,当销的半径为R并且与配合构件的相对旋转角为θ时,相邻螺旋槽之间的圆周方向上的间距P'为Rθ以下。 因此,至少一个螺旋槽布置成总是在销和销孔之间的滑动范围内通过每个位置。
    • 9. 发明申请
    • SEALING DEVICE FOR AXLE BEARING
    • 轴承密封装置
    • US20140093200A1
    • 2014-04-03
    • US14115045
    • 2012-05-25
    • Tasuku SakuraiMorinobu Kawamura
    • Tasuku SakuraiMorinobu Kawamura
    • F16C33/66F16C33/76
    • F16C33/6681F16C33/76F16C33/7863F16C33/7883F16C2233/00F16J15/3264
    • In the present invention, disclosed is a sealing device for an axle bearing wherein a lubricant is maintained on sliding contact surfaces, thereby suppressing elevation of torque due to the depletion of grease. A lubricant-adsorbing layer (40) comprises a thickener (41) and a binder (42). The lubricant (25) comprises a base oil (43) and a thickener (41B). The thickener (41) and the thickener (41B) are mutually attracted. A lubricant layer (44) of a prescribed thickness is formed on the lubricant-adsorbing layer (40). This lubricant layer (44) adheres closely to the lubricant-adsorbing layer (40) making it difficult to separate the lubricant layer from the lubricant-adsorbing layer (40).
    • 在本发明中,公开了一种用于轴承的密封装置,其中润滑剂保持在滑动接触表面上,由此抑制由于润滑脂的消耗而导致的转矩升高。 润滑剂吸附层(40)包括增稠剂(41)和粘合剂(42)。 润滑剂(25)包括基础油(43)和增稠剂(41B)。 增稠剂(41)和增稠剂(41B)相互吸引。 在润滑剂吸附层(40)上形成规定厚度的润滑剂层(44)。 该润滑剂层(44)紧密地附着在润滑剂吸附层(40)上,难以将润滑剂层与润滑剂吸附层(40)分离。