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    • 1. 发明授权
    • Coiled wave spring and production method thereof
    • 卷簧及其制作方法
    • US5803444A
    • 1998-09-08
    • US812004
    • 1997-03-05
    • Minoru ShibuyaMasayoshi ShimosekiMinoru SawayamaSeiichi Inukai
    • Minoru ShibuyaMasayoshi ShimosekiMinoru SawayamaSeiichi Inukai
    • F16F1/02F16F1/32F16F1/06
    • F16F1/328Y10T29/49609
    • A coiled wave spring obtained by winding a corrugated wire into a coil shape, wherein mutually overlapping top portions and mutually overlapping base portions of the spring are in mutual contact and predetermined gaps are defined between mutually overlapping slope portions which connect the top and base portions, the first loop of the spring, that is, on the upper side, and the second loop, that is, on the lower side, are in mutual contact in an axial direction thereof only between the top portions and between the base portions, and the gaps are defined between the slope portions to prevent mutual contact. When the spring receives a load and undergoes deformation, the top portions and the base portions come into mutual contact, respectively, but hardly generate friction. Since the gaps are defined between the mutually overlapping slope portions, friction does not occur at these portions, either.
    • 通过将波纹线卷绕成线圈形状而获得的线圈波形弹簧,其中弹簧的相互重叠的顶部和相互重叠的基部相互接触,并且在连接顶部和底部的相互重叠的倾斜部分之间限定预定的间隙, 弹簧的第一回路,即在上侧,第二回路,即下侧,仅在顶部之间和基部之间在其轴向方向上相互接触,并且, 在斜坡部分之间限定间隙以防止相互接触。 当弹簧受到载荷并发生变形时,顶部和基部分别相互接触,但几乎不产生摩擦。 由于在相互重叠的倾斜部分之间限定了间隙,因此也不会在这些部分产生摩擦。
    • 4. 发明授权
    • Continuously variable transmission
    • 连续可变传动
    • US06461269B1
    • 2002-10-08
    • US09658037
    • 2000-09-08
    • Atsushi TonohataMinoru SawayamaYoshihiro Ikushima
    • Atsushi TonohataMinoru SawayamaYoshihiro Ikushima
    • F16H3702
    • F16H37/022F16H61/662Y10T477/6242
    • A forward-speed/reverse-speed changeover mechanism 6, serving as a motive-force connection/disconnection mechanism, is accommodated into a housing member 8 fixed to a casing 1. To the forward-speed/reverse-speed changeover mechanism 6 an input end of a primary shaft 3 is connected. The housing member 8 rotatably supports the primary shaft 3 via a bearing member 11. On an imaginary line intersecting the primary shaft 3 perpendicularly and passing through the bearing member 11, a load-receiving element 1b, 8b is provided between the housing member 8 and the casing 1. The tension of a belt 17 is received by the load-receiving element 1b, 8b. As a result, it is possible to provide a bearing structure of a continuously variable transmission enabling holding the bearing members of the primary and secondary shafts at their regular positions against the tension of the belt and maintaining an optimum belt-alignment, thereby enhancing the durability of the continuously variable transmission.
    • 用作动力连接/断开机构的前进/后退速度切换机构6被容纳在固定在壳体1上的壳体部件8内。向前进/倒退速度切换机构6输入 连接主轴3的端部。 外壳构件8通过轴承构件11可旋转地支撑主轴3.在与主轴3相交并且穿过轴承构件11的假想线上,承载构件1b,8b设置在壳体构件8和 皮带17的张力由承载元件1b,8b接收。 结果,可以提供一种无级变速器的轴承结构,其能够将主轴和副轴的轴承部件保持在其规则位置以抵抗带的张力并保持最佳的带对准,从而提高耐久性 的无级变速器。