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    • 1. 发明授权
    • Traction coefficient measurement device
    • 牵引系数测量装置
    • US06691551B2
    • 2004-02-17
    • US10200220
    • 2002-07-23
    • Ryoichi OtakiHiroya AchihaShinichi Natsumeda
    • Ryoichi OtakiHiroya AchihaShinichi Natsumeda
    • G01N1902
    • G01N19/02G01N33/30G01N2203/0025G01N2203/005G01N2203/0676
    • The present invention provides a traction coefficient measurement device having a driving roller rotated around a driving shaft, a driven shaft is rotated together with a driven shaft, corresponding to the rotation of the driving roller, based on the engagement with the driving roller, and a load device for applying a resistance to the driven shaft against the rotation, wherein the driving shaft is fixed in position and the driven shaft is supported so as to move to and from the driving shaft, and a press apparatus is used to force the driven shaft to the driving shaft for measurement operation, and the driven shaft is positioned lower than the driving shaft in height, and the traction force acting on the engagement portion between the driving roller and the driven roller is directed in a direction to push the driven shaft downward.
    • 本发明提供了一种牵引系数测量装置,其具有围绕驱动轴旋转的驱动辊,与驱动辊的接合对应于驱动辊的旋转的从动轴与从动轴一起旋转从动轴, 负载装置,用于抵抗旋转而对从动轴施加阻力,其中驱动轴固定就位,从动轴被支撑以便从驱动轴移动到驱动轴上,并且使用压力装置来迫使从动轴 到驱动轴进行测量操作,从动轴的高度位于驱动轴的下方,并且作用在驱动辊和从动辊之间的接合部的牵引力被引导向下推动从动轴的方向 。
    • 2. 发明授权
    • Traction coefficient measurement device
    • 牵引系数测量装置
    • US06644094B1
    • 2003-11-11
    • US09547994
    • 2000-04-12
    • Ryoichi OtakiHiroya AchihaShinichi Natsumeda
    • Ryoichi OtakiHiroya AchihaShinichi Natsumeda
    • G01N1902
    • G01N19/02G01N33/30G01N2203/0025G01N2203/005G01N2203/0676
    • The present invention provides a traction coefficient measurement device having a driving roller rotated around a driving shaft, a driven shaft is rotated together with a driven shaft, corresponding to the rotation of the driving roller, based on the engagement with the driving roller, and a load device for applying a resistance to the driven shaft against the rotation, wherein the driving shaft is fixed in position and the driven shaft is supported so as to move to and from the driving shaft, and a press apparatus is used to force the driven shaft to the driving shaft for measurement operation, and the driven shaft is positioned lower than the driving shaft in height, and the traction force acting on the engagement portion between the driving roller and the driven roller is directed in a direction to push the driven shaft downward.
    • 本发明提供了一种牵引系数测量装置,其具有围绕驱动轴旋转的驱动辊,与驱动辊的接合对应于驱动辊的旋转的从动轴与从动轴一起旋转从动轴, 负载装置,用于抵抗旋转而对从动轴施加阻力,其中驱动轴固定就位,从动轴被支撑以便从驱动轴移动到驱动轴上,并且使用压力装置来迫使从动轴 到驱动轴进行测量操作,从动轴的高度位于驱动轴的下方,并且作用在驱动辊和从动辊之间的接合部的牵引力被引导向下推动从动轴的方向 。
    • 3. 发明授权
    • Toroidal-type continuously variable transmission
    • 环形无级变速器
    • US07104919B2
    • 2006-09-12
    • US10649726
    • 2003-08-28
    • Hiroshi KatoHirotoshi AramakiShinichi Natsumeda
    • Hiroshi KatoHirotoshi AramakiShinichi Natsumeda
    • F16H15/38
    • F16H15/38
    • A toroidal-type continuously variable transmission, has: first and second disks; a plurality of trunnions; a plurality of displacement shafts respectively supported on associated trunnions; a plurality of power rollers respectively interposed between the first and second disks; and, a plurality of thrust bearings respectively interposed between the power rollers and trunnions, each of the thrust bearings including an outer ring, an inner raceway formed in the outer end face of the power roller, a plurality of rolling elements, and a circular-ring-shaped retainer, wherein, in case where the density of a retainer material constituting the retainer is ρd, the elastic modulus of the retainer material is Ed, the density of rolling element materials is ρc and the elastic modulus of the rolling element materials is Ec, { ( ρ d · E d ) / ( ρ c · E c ) } 1 2 ≤ 0.6 is satisfied.
    • 环形无级变速器具有:第一和第二盘; 多个耳轴; 分别支撑在相关联的耳轴上的多个位移轴; 分别介于所述第一和第二盘之间的多个动力辊; 以及分别插入在动力辊和耳轴之间的多个推力轴承,每个推力轴承包括外圈,形成在动力辊的外端面中的内滚道,多个滚动元件, 环形保持器,其中,在构成保持器的保持器材料的密度为r 的情况下,保持器材料的弹性模量为E ,密度 的滚动体材料的弹性模量为C C,并且滚动体材料的弹性模量为E { d > > E c } 是满意的。