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    • 44. 发明授权
    • Planetary gear type multistage transmission for vehicle
    • 行星齿轮式多级车辆传动
    • US07186203B2
    • 2007-03-06
    • US10893922
    • 2004-07-20
    • Atsushi TabataAkira HoshinoTerufumi MiyazakiAtsushi HondaAkiharu AbeHirofumi Ota
    • Atsushi TabataAkira HoshinoTerufumi MiyazakiAtsushi HondaAkiharu AbeHirofumi Ota
    • F16H3/44
    • F16H3/666F16H3/663F16H37/04F16H2200/006F16H2200/0086F16H2200/2007F16H2200/201
    • The transmission 10 is constructed so that, in the first transmission portion 36, the rotation of the input shaft 16 is outputted to the second transmission portion 38 via the first intermediate output path M1 and the second intermediate output path M2 accelerated and rotated with respect to the first intermediate output path M1, and, in the second transmission portion 38, the first rotary element RE1 (S2 and S3) is selectively connected to the first driven gear CG1B via the first clutch C1 and is selectively connected to the second driven gear CG2B via the third clutch C3, the second rotary element RE2 (CA1 and CA2) are selectively connected to the first driven gear CG1B via the second clutch C2 and are selectively connected to the transmission case 12 operating as a non-rotating member via the first brake B1, the third rotary element RE3 (R1, R2 and CA3) is connected to the output gear 28 operating as an output rotating member, the fourth rotary element RE4 (S1) is selectively connected to the transmission case 12 via the second brake B2, and the fifth rotary element RE5 (R3) is selectively connected to the second driven gear CG2B via the fourth clutch C4. A forward multistage transmission can be obtained by engagement operations of the friction engagement devices.
    • 变速器10构成为,在第一变速部36中,输入轴16的旋转经由第一中间输出路径M 1输出到第二变速部38,第二中间输出路径M 2以 相对于第一中间输出路径M 1,并且在第二传递部38中,第一旋转元件RE 1(S 2和S 3)经由第一离合器C 1选择性地连接到第一从动齿轮CG 1B, 通过第三离合器C3选择性地连接到第二从动齿轮CG2B,第二旋转元件RE 2(CA 1和CA 2)经由第二离合器C2选择性地连接到第一从动齿轮CG 1B,并且是 选择性地连接到通过第一制动器B 1作为非旋转构件操作的变速器壳体12,第三旋转元件RE 3(R 1,R 2和CA 3)连接到作为输出转动构件工作的输出齿轮28 ,第四旋转元件 t RE 4(S 1)经由第二制动器B 2选择性地连接到变速器壳体12,并且第五旋转元件RE 5(R 3)经由第四离合器C4选择性地连接到第二从动齿轮CG2B 。 可以通过摩擦接合装置的接合操作获得前进的多级变速器。
    • 45. 发明授权
    • Shift control apparatus for vehicle step-variable automatic transmission
    • 用于车辆可变自动变速箱的换档控制装置
    • US07076355B2
    • 2006-07-11
    • US10939377
    • 2004-09-14
    • Hirofumi OtaAtsushi HondaAkiharu AbeAtsushi Tabata
    • Hirofumi OtaAtsushi HondaAkiharu AbeAtsushi Tabata
    • B60K17/06F16H59/66
    • F16H61/0213F16H3/663F16H3/666F16H59/52F16H59/66F16H61/10F16H61/686F16H61/70F16H2059/084F16H2059/142F16H2059/663F16H2061/6642F16H2200/006F16H2200/0086F16H2200/201F16H2200/2023F16H2200/2025F16H2200/2048Y10T477/60
    • A shift control apparatus for controlling shifting actions of a step-variable automatic transmission for a vehicle, which has a plurality of selectable groups of forward-drive positions having respective different sets of speed ratios, each one of the selectable groups of forward-drive positions including at least one high-speed position each having a speed ratio which is different from that of each high-speed position of any other of the selectable groups, the shift control apparatus including a drive-force-increase determining portion operable to determine whether it is necessary to increase a drive force of the vehicle with the automatic transmission placed in any high-speed position, and a drive-position-group selecting portion operable to select one of the selectable groups of forward-drive positions which includes the at least one high-speed position each having the speed ratio higher than that of each high-speed position of any other of the selectable groups, when the drive-force-increase determining portion has determined that it is necessary to increase the drive force of the vehicle with the automatic transmission placed in any high-speed position.
    • 一种用于控制车辆的可变自动变速器的换档动作的变速控制装置,其具有多个可选择的具有各自不同速度比的组的正向驱动位置组,每个可选择的前进档位置组 包括至少一个高速位置,每个高速位置各自具有与任何其他可选择组的每个高速位置不同的速比,所述变速控制装置包括驱动力增加确定部分,其可操作以确定是否 是必要的,以增加设置在任何高速位置的自动变速器的车辆的驱动力,以及驱动位置组选择部分,其可操作以选择一组可选择的前进驱动位置,其中包括至少一个 高速位置,其速度比率高于任何其他可选择组的每个高速位置的速度比,当驱动器 e增加判定部判定为了使自动变速器处于任何高速位置时增加车辆的驱动力。
    • 47. 发明申请
    • Planetary-gear-type multiple-step transmission for vehicle
    • 行星齿轮式多级车辆传动
    • US20050090362A1
    • 2005-04-28
    • US10964996
    • 2004-10-15
    • Akiharu AbeAkira HoshinoAtsushi TabataAtsushi HondaTerufumi MiyazakiHirofumi Ota
    • Akiharu AbeAkira HoshinoAtsushi TabataAtsushi HondaTerufumi MiyazakiHirofumi Ota
    • F16H3/62F16H3/66
    • F16H3/666F16H2200/006F16H2200/0065F16H2200/201F16H2200/2046F16H2200/2097
    • A planetary-gear-type multiple-step transmission including a stationary member, an input rotary member, an output rotary member, and first and second transmission units. The first transmission unit has first and second intermediate transmitting paths through which a rotary motion of the input rotary member is transmittable to the second transmission unit such that a speed of the rotary motion transmitted through the second intermediate transmitting path is lower than a speed of the rotary motion transmitted through the first intermediate transmitting path. The second transmission unit constitutes first, second, third and fourth rotary modules, each of which is provided by at least one of sun gears, carriers and ring gears of two planetary gear sets. The first rotary module is selectively connected to the second intermediate transmitting path, while being selectively connected to the stationary member. The second rotary module is selectively connected to the first intermediate transmitting path, while being selectively connected to the stationary member. The third rotary module is connected to the output rotary member. The fourth rotary module is selectively connected to the first intermediate transmitting path, while being selectively connected to the second intermediate transmitting path.
    • 行星齿轮型多级变速器,包括固定构件,输入旋转构件,输出旋转构件以及第一和第二传动单元。 第一传输单元具有第一和第二中间传输路径,输入旋转构件的旋转运动可以通过其传送到第二传输单元,使得通过第二中间传输路径传输的旋转运动的速度低于 通过第一中间传送路径传送的旋转运动。 第二传动单元构成第一,第二,第三和第四旋转模块,每个旋转模块由两个行星齿轮组的太阳齿轮,载体和环形齿轮中的至少一个提供。 第一旋转模块选择性地连接到第二中间传输路径,同时选择性地连接到固定构件。 第二旋转模块选择性地连接到第一中间传输路径,同时选择性地连接到固定构件。 第三旋转模块连接到输出旋转构件。 第四旋转模块选择性地连接到第一中间传输路径,同时选择性地连接到第二中间传输路径。