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    • 6. 发明申请
    • Torque Split Dual-Clutch Transmission
    • 扭矩分离双离合器传动
    • US20160146320A1
    • 2016-05-26
    • US14941484
    • 2015-11-13
    • AVL Powertrain Engineering, Inc.
    • Gregory MORDUKHOVICH
    • F16H37/04F16H3/093F16H37/06F16H3/00
    • F16H3/097F16H3/006F16H37/043F16H37/046F16H2003/0931
    • A torque split dual-clutch transmission assembly is disclosed that splits the torque generated by an engine between at least two sets of transfer gears that are selectively coupled to first and second layshafts or intermediate shafts. A first input hub is connected to the first layshaft by a first clutch and a second input hub is connected to the second layshaft by a second clutch. A first gearset is carried on the first layshaft and a second gearset is carried on the second layshaft. Each set of transfer gears receives torque from either the transmission input shaft or the first and second layshafts in response to contemporaneous engagement of the first clutch and the second clutch, which can be used during vehicle launch to split the torque applied to the first and second clutches.
    • 公开了一种扭矩分离双离合器变速器组件,其将由发动机产生的扭矩分成至少两组选择性地联接到第一和第二副轴或中间轴的传动齿轮组。 第一输入轮毂通过第一离合器连接到第一副轴,第二输入轮毂通过第二离合器连接到第二副轴。 第一齿轮组承载在第一副轴上,第二齿轮组承载在第二副轴上。 响应于第一离合器和第二离合器的同时接合,每组传动齿轮从变速器输入轴或第一和第二副轴接收扭矩,其可以在车辆启动期间使用以分离施加到第一和第二离合器的扭矩 离合器
    • 8. 发明授权
    • Gear change transmission having axially adjusting countershafts
    • 齿轮变速器具有轴向调节中间轴
    • US09234567B2
    • 2016-01-12
    • US13569423
    • 2012-08-08
    • Jianwen LiPeiling DouJunyi Jesse Li
    • Jianwen LiPeiling DouJunyi Jesse Li
    • F16H3/08F16H3/095F16H37/04
    • F16H3/095F16H37/043F16H2200/0052F16H2200/0078Y10T74/19233
    • A change-gear transmission having an input shaft, a main shaft having at least one main shaft gear, a plurality of countershafts spanning between the input shaft and main shaft gear, and gear synchronizers between selectable gears. The bore of main shaft gears have a minimal radial clearance fit with its mating parts to prevent gear synchronizer wear, while the meshing between the input shaft gears and countershaft gears is equally distributed using a means to equalize the torque transfer between countershafts. The countershafts are rotatably supported and displace axially between bearing or bushing supports, while the meshed gears comprise a helical gear tooth arrangement to create axial load on the countershaft if excessive and uneven load is sensed in one countershaft over another. This presents a new and unique countershaft meshing design that allows multiple countershafts to achieve equal load sharing while permitting gear synchronizers use on the main shaft.
    • 具有输入轴的变速齿轮传动装置,具有至少一个主轴齿轮的主轴,跨越输入轴和主轴齿轮之间的多个副轴以及可选齿轮之间的齿轮同步器。 主轴齿轮的孔与其配合部件具有最小的径向间隙配合,以防止齿轮同步器磨损,而输入轴齿轮和中间轴齿轮之间的啮合通过均衡分配,以均衡中间轴之间的扭矩传递。 中间轴可旋转地支撑并在轴承或衬套支撑件之间轴向移动,而啮合齿轮包括斜齿轮齿配置,以在一个中间轴超过另一个中轴感测到过大且不均匀的负载时,在中间轴上产生轴向载荷。 这提供了一种新的独特的中间轴啮合设计,允许多个中间轴实现相等的负载分担,同时允许在主轴上使用齿轮同步器。
    • 9. 发明授权
    • Power transmission device of tractor
    • 拖拉机动力传动装置
    • US09032822B2
    • 2015-05-19
    • US13825742
    • 2011-09-27
    • Kenichiro Tsuji
    • Kenichiro Tsuji
    • B60K17/28F16H37/06F16H57/021F16H37/04F16H57/02
    • F16H37/065B60W2300/152F16H37/043F16H57/021F16H2037/049F16H2057/02056F16H2057/0216F16H2200/0004Y10T74/19079
    • The arrangement of driven gears on a countershaft in a main speed change mechanism is shortened in an axial direction, whereby the main speed change mechanism can be made compact in the axial direction. Driven gears on a countershaft of a main speed change mechanism are successively arranged from front to rear in descending order of speed. A sub-low-speed drive gear for a sub-speed change mechanism is provided in front of the highest-speed driven gear on the countershaft, and the next-highest-speed driven gear serves as a sub-high-speed drive gear for the sub-speed change mechanism. A sub-low-speed driven gear and a sub-high-speed driven gear for the sub-speed change mechanism are provided on an output shaft to be engaged with the sub-low-speed drive gear and the next-highest-speed driven gear, respectively, and the highest-speed driven gear, the sub-low-speed drive gear, and the next-highest-speed driven gear are caused to overlap in a fore-and-aft direction.
    • 在主变速机构中的中间轴上的从动齿轮的布置在轴向方向上缩短,从而可以使主变速机构在轴向方向上紧凑。 主变速机构的中间轴上的驱动齿轮从前到后依次以速度降序排列。 副变速机构的副低速驱动齿轮设置在中间轴上的最高速从动齿轮的前方,而次高速从动齿轮用作副高速驱动齿轮 子速度变化机制。 用于副变速机构的副低速从动齿轮和副高速从动齿轮设置在输出轴上以与次低速驱动齿轮接合,并且次高速驱动 分别使最高速从动齿轮,副低速驱动齿轮和次高速从动齿轮在前后方向上重叠。
    • 10. 发明授权
    • Working vehicle
    • 工作车辆
    • US09003908B2
    • 2015-04-14
    • US14024455
    • 2013-09-11
    • Iseki & Co., Ltd.
    • Noboru SagawaTakashi WakinoFumiaki NishikawaTatsuzo MurakamiSatoru Kinoshita
    • F16H61/32F16H63/44B60K17/08B60K20/00F16H3/093F16H37/04
    • B60K17/08B60K20/00F16H3/093F16H37/043F16H59/02F16H63/44F16H2037/044F16H2037/045F16H2059/0256Y10T74/19074Y10T74/19251Y10T74/20073
    • According to one embodiment, a working vehicle includes: a main change speed mechanism configured to transmit a rotating power, generated by a power source; a first auxiliary change speed mechanism configured to transmit the rotating power, transmitted through the main change speed mechanism, to drive wheels; a second auxiliary change speed mechanism configured to transmit the rotating power to the drive wheels; a first lever configured to operate the first auxiliary change speed mechanism to perform a first auxiliary shift operation; and a second lever configured to operate the second auxiliary change speed mechanism to perform a second auxiliary shift operation, wherein: the first auxiliary change speed mechanism is activated when the second auxiliary change speed mechanism in a neutral state; and the second auxiliary change speed mechanism is activated when the first auxiliary change speed mechanism is in the neutral state.
    • 根据一个实施例,工作车辆包括:主变速机构,被配置为传递由电源产生的旋转动力; 第一辅助变速机构,被配置为将通过主变速机构传递的旋转动力传递到驱动轮; 第二辅助变速机构,其构造成将所述旋转动力传递到所述驱动轮; 第一杆,其构造成操作第一辅助变速机构以执行第一辅助换档操作; 以及第二杆,其构造成操作所述第二辅助变速机构以执行第二辅助换档操作,其中:当所述第二辅助变速机构处于空档状态时,所述第一辅助变速机构被启动; 并且当第一辅助变速机构处于中立状态时,第二辅助变速机构被启动。