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    • 3. 发明授权
    • Hybrid transmission
    • 混合传输
    • US07001297B2
    • 2006-02-21
    • US10686585
    • 2003-10-17
    • Hirofumi ShimizuMasaki Nakano
    • Hirofumi ShimizuMasaki Nakano
    • F16H3/72H02K17/44
    • B60K6/365B60K1/02B60K6/405B60K6/445B60K6/543B60K2001/003F16H3/728H02K7/006Y02T10/6239
    • A hollow inner rotor shaft is connected with an inner rotor of a motor/generator unit and extends toward a differential speed change unit to be operatively connected to the same. An outer rotor shaft is rotatably received in the hollow inner rotor shaft and extends to the differential speed change unit to be operatively connected to the same. The outer rotor shaft is connected to the outer rotor through a circular drive plate which is positioned at one axial end of the motor/generator unit that is opposite to the other axial end that faces the differential speed change unit. An outer rotor assembly which substantially consists of the outer rotor, the circular drive plate and the outer rotor shaft is rotatably supported in the housing by means of at least three supporting members.
    • 中空的内转子轴与电动机/发电机单元的内转子连接,并且朝向与其可操作地连接的差动变速单元延伸。 外转子轴可旋转地容纳在中空的内转子轴中并延伸到差动变速单元以与其可操作地连接。 外转子轴通过圆形驱动板连接到外转子,圆形驱动板位于马达/发电机单元的与面对差速变速单元的另一个轴向端相对的一个轴向端。 由外转子,圆形驱动板和外转子轴基本上组成的外转子组件通过至少三个支撑构件可旋转地支撑在壳体中。
    • 5. 发明授权
    • Hybrid transmission
    • 混合传输
    • US06958027B2
    • 2005-10-25
    • US10686581
    • 2003-10-17
    • Hirofumi ShimizuMasaki Nakano
    • Hirofumi ShimizuMasaki Nakano
    • B60K1/02B60K6/365B60K6/405B60K6/445B60K6/543F16H3/72H02K7/00B60K1/00H02K47/04
    • B60K6/365B60K1/02B60K6/405B60K6/445B60K6/543B60K2001/003F16H3/728F16H2037/103F16H2200/2025H02K7/006Y02T10/6239
    • A differential speed change unit is installed in a housing at a position near an engine and arranged coaxial with a common axis, and a two-rotor type motor/generator unit is installed in the housing at a position away from the engine and arranged coaxial with the common axis. The motor/generator unit has inner and outer rotors and a wiring. An inner rotor shaft is connected with the inner rotor to rotate therewith. The inner rotor shaft extends coaxially with the common axis to be operatively connected to the differential speed change unit. An outer rotor shaft is connected with the outer rotor to rotate therewith. The outer rotor shaft extends coaxially with the common axis to be operatively connected to the differential speed change unit. The housing has a split section at which the housing is dividable into two housing parts, and the split section is positioned between the differential speed change unit and the motor/generator unit.
    • 差速变速单元安装在发动机附近的位置处,与公共轴线同轴设置的壳体中,并且双转子型电动机/发电机单元安装在壳体内远离发动机的位置并与 共轴。 电机/发电机组具有内外转子和接线。 内转子轴与内转子连接以与其一起旋转。 内转子轴与公共轴线同轴地延伸,以可操作地连接到差速变速单元。 外转子轴与外转子连接以与其一起旋转。 外转子轴与公共轴线同轴地延伸,以可操作地连接到差速变速单元。 壳体具有分隔部分,壳体可分离成两个壳体部分,并且分离部分位于差速变速单元和电动机/发电机单元之间。
    • 10. 发明授权
    • Infinite speed ratio transmission device and assembly method thereof
    • 无级变速传动装置及其装配方法
    • US06258003B1
    • 2001-07-10
    • US09502017
    • 2000-02-11
    • Hiroyuki HiranoMasaki Nakano
    • Hiroyuki HiranoMasaki Nakano
    • F16H1500
    • F16H15/38F16H37/086F16H2037/088F16H2037/0886
    • An upper link (100) connecting four trunnions (30) of a first toroidal unit (2A) and second toroidal unit (2B) is formed of a first part (102) corresponding to the first toroidal unit (2A) and a second part (101) corresponding to the second toroidal unit (2B). The first part (102) is supported in a casing (14) via a first upper link supporting member (27X), while the second part (101) is fixed to the casing (14) via a second upper link supporting member (27Y). The first part (102) is also fixed to the second part (101) by bolts 105). The rotation outputs of the first toroidal unit (2A) and second toroidal unit (2B) are transmitted to a planetary gear unit (5) via a chain (40) from an output sprocket (24) provided between the two toroidal units (2A, 2B).
    • 连接第一环形单元(2A)和第二环形单元(2B)的四个耳轴(30)的上连杆(100)由与第一环形单元(2A)相对应的第一部分(102)和第二部分 101)对应于第二环形单元(2B)。 第一部分(102)经由第一上连杆支撑构件(27X)被支撑在壳体(14)中,而第二部分(101)经由第二上连杆支撑构件(27Y)固定到壳体(14) 。 第一部分(102)也通过螺栓105)固定到第二部分(101)。 第一环形单元(2A)和第二环形单元(2B)的旋转输出通过链条(40)从设置在两个环形单元(2A)和第二环形单元(2B)之间的输出链轮(24)传递到行星齿轮单元(5) 2B)。