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    • 26. 发明授权
    • Parallel shaft transmission
    • 平行轴传动
    • US07121162B2
    • 2006-10-17
    • US10898375
    • 2004-07-26
    • Kazuma HatakeyamaYoshihiro YoshimuraTakashi Hotta
    • Kazuma HatakeyamaYoshihiro YoshimuraTakashi Hotta
    • F16H3/08
    • F16H3/093F16H2003/0938F16H2200/0047F16H2200/0086Y10T74/19223Y10T74/19233Y10T74/19391Y10T74/194Y10T74/19405
    • An input shaft 10 is connected rotationally with an intermediary shaft 20 through a connecting drive gear GCV, a connecting first idle gear GC1, a connecting second idle gear GC2 and a connecting driven gear GCN. A fourth speed drive gear G4V, which is formed in a one-piece body with a reverse drive gear GRV, is provided rotatably over the input shaft 10, and a third speed drive gear G3V is provided rotatably over the intermediary shaft 20. Both the third speed drive gear G3V and the fourth speed drive gear G4V mesh with a third and fourth speed driven gear G34N, which is provided rotatably over an output shaft 40. Also, a reverse driven gear GRN, which is connected rotationally with the reverse drive gear GRV through a reverse idle gear GRI, is provided rotatably over the output shaft 40.
    • 输入轴10通过连接驱动齿轮GCV,连接第一空转齿轮GC1,连接第二怠速齿轮GC2和连接从动齿轮GCN与中间轴20旋转连接。 形成在具有倒档驱动齿轮GRV的一体式主体中的第四速驱动齿轮G 4 V可旋转地设置在输入轴10上,并且三速驱动齿轮G 3 V可旋转地设置在中间轴 20。 第三速度驱动齿轮G 3 V和第四速度驱动齿轮G 4 V与第三和第四速度从动齿轮G 34 N啮合,第三和第四速度从动齿轮G 34 N可旋转地设置在输出轴40上。 此外,通过反向惰轮GRI与倒档驱动齿轮GRV旋转连接的反向从动齿轮GRN可旋转地设置在输出轴40上。
    • 27. 发明申请
    • Parallel shaft transmission
    • 平行轴传动
    • US20050028622A1
    • 2005-02-10
    • US10898375
    • 2004-07-26
    • Kazuma HatakeyamaYoshihiro YoshimuraTakashi Hotta
    • Kazuma HatakeyamaYoshihiro YoshimuraTakashi Hotta
    • F16H3/093F16H47/04
    • F16H3/093F16H2003/0938F16H2200/0047F16H2200/0086Y10T74/19223Y10T74/19233Y10T74/19391Y10T74/194Y10T74/19405
    • An input shaft 10 is connected rotationally with an intermediary shaft 20 through a connecting drive gear GCV, a connecting first idle gear GC1, a connecting second idle gear GC2 and a connecting driven gear GCN. A fourth speed drive gear G4V, which is formed in a one-piece body with a reverse drive gear GRV, is provided rotatably over the input shaft 10, and a third speed drive gear G3V is provided rotatably over the intermediary shaft 20. Both the third speed drive gear G3V and the fourth speed drive gear G4V mesh with a third and fourth speed driven gear G34N, which is provided rotatably over an output shaft 40. Also, a reverse driven gear GRN, which is connected rotationally with the reverse drive gear GRV through a reverse idle gear GRI, is provided rotatably over the output shaft 40. Either the third and fourth speed driven gear G34N or the reverse driven gear GRN is connected to the output shaft 40 by a selective clutch CTD.
    • 输入轴10通过连接驱动齿轮GCV,连接第一空转齿轮GC1,连接第二怠速齿轮GC2和连接从动齿轮GCN与中间轴20旋转地连接。 形成在具有倒档驱动齿轮GRV的一体式主体中的第四速度驱动齿轮G4V可旋转地设置在输入轴10上,并且第三速度驱动齿轮G3V可旋转地设置在中间轴20上。 第三速度驱动齿轮G3V和第四速度驱动齿轮G4V与可转动地设置在输出轴40上的第三和第四速度从动齿轮G34N啮合。而且,反向从动齿轮GRN,其与倒档驱动齿轮 GRV通过倒档惰轮GRI可旋转地设置在输出轴40上。第三和第四速度从动齿轮G34N或反向从动齿轮GRN都通过选择性离合器CTD连接到输出轴40。
    • 29. 发明授权
    • Vehicle driving mechanism having a synchromesh gearbox with an
additional clutch in each of two power branches
    • 车辆驱动机构具有在两个动力分支中的每一个中具有附加离合器的同步啮合齿轮箱
    • US4827784A
    • 1989-05-09
    • US069326
    • 1987-07-02
    • Franz MullerErwin BaurHerbert SimonHubert Sailer
    • Franz MullerErwin BaurHerbert SimonHubert Sailer
    • F16D25/10F16D25/12F16H3/00
    • F16D25/123F16D25/10F16D25/12F16H3/006Y02T10/76Y10T74/19228Y10T74/19391Y10T74/194
    • In a mechanism for driving motor vehicles having a synchromesh gearbox with a friction clutch for each of two power branches with at least four power shiftable speeds and consecutive speeds are alternatively present on each one of the two power branches. Each friction clutch is a wet disc clutch with its inner discs having continuous radial grooves for a cooling oil flow supplied from a bore in a shaft. A switch piston shuts off the flow of cooling oil when the friction clutch is disengaged or almost completely disengaged. A prestressed cup spring in a compensating cylinder serves as a strong return spring thereby accelerating disengagement or delaying engagement of the friction clutch. Corrugated spring rings, axially situated between the inner discs and radially within the outer discs, serve as additional return springs. The wet clutch operates as a dry clutch and only has a low torque when it is disengaged. A large flow of cooling oil flows to the friction clutch and cools it as it engages and when it is engaged. The wet friction clutch replaces a conventional dry friction clutch, especially when starting up the motor vehicle.
    • 在具有至少四个功率可移动速度的两个功率分支中的每一个具有用于具有摩擦离合器的同步啮合齿轮箱的机动车辆的机构中,并且在两个动力分支中的每一个上交替存在连续的速度。 每个摩擦离合器是湿盘式离合器,其内圆盘具有用于从轴中的孔提供的冷却油流的连续径向凹槽。 当摩擦离合器脱离或几乎完全脱开时,开关活塞关闭冷却油的流动。 补偿气缸中的预应力杯形弹簧用作强回弹弹簧,从而加速摩擦离合器的分离或延迟啮合。 轴向位于内盘之间并且径向地位于外盘内的波纹弹簧环用作附加的复位弹簧。 湿式离合器作为干式离合器操作,当其脱离时仅具有低扭矩。 大量的冷却油流入摩擦离合器,并在它接合时和接合时将其冷却。 湿式摩擦离合器代替常规的干式摩擦离合器,特别是在起动机动车辆时。