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    • 55. 发明公开
    • Vehicle power output device
    • Fahrzeugleistungsausgabevorrichtung
    • EP2574538A1
    • 2013-04-03
    • EP12186503.4
    • 2012-09-28
    • Honda Motor Co., Ltd.
    • Ono, JunyaIto, AsukaAdachi, JunKajihara, EisukeKataoka, Dai
    • B62M7/12B60K6/383F16H3/72B60K6/365F16H3/00
    • B60K6/383B60K6/365B60L2200/12B60L2220/42B60L2240/486B60L2240/507B60Y2200/126B62K2204/00B62M7/12F16H3/725F16H2200/2005F16H2200/2084Y02T10/646
    • A vehicle power output device for driving a first and second rotary electric machine (24, 64) in an efficient range in a wide driving region and for eliminating the need for a complicated mechanism and control. A planetary gear mechanism (30) combines the rotational drive force of a first shaft (26) rotationally driven by a first rotary electric machine (24) and the rotational drive force of a second shaft (66) rotationally driven by a second rotary electric machine (64) and transmits the combined rotational drive force to a drive shaft (32) with the rotational speed increased. The rotational drive force of the second shaft (66) in the forward direction is transmitted to the planetary gear mechanism (30) via a first one-way clutch unit (72) and a first power transmitting mechanism. The rotational drive force of the second shaft (66) in the opposite direction is transmitted to the drive shaft via a second one-way clutch unit (74) and a second power transmitting mechanism.
    • 一种车辆动力输出装置,用于在宽的驾驶区域中有效地驱动第一和第二旋转电机(24,64),并且不需要复杂的机构和控制。 行星齿轮机构(30)将由第一旋转电机(24)旋转驱动的第一轴(26)的旋转驱动力与由第二旋转电机(21)旋转驱动的第二轴(66)的旋转驱动力相结合, (64),并且将组合的旋转驱动力传递到旋转速度增加的驱动轴(32)。 第二轴(66)向前方的旋转驱动力经由第一单向离合器单元(72)和第一动力传递机构传递到行星齿轮机构(30)。 第二轴(66)沿相反方向的旋转驱动力经由第二单向离合器单元(74)和第二动力传递机构传递到驱动轴。
    • 59. 发明申请
    • HYDROMECHANICAL TRANSMISSION WITH SPLIT TORQUE AND REGENERATIVE TORQUE FLOW PATHS
    • 具有分段扭矩和再生扭矩流量的水力传动
    • WO1985001785A1
    • 1985-04-25
    • PCT/US1983001591
    • 1983-10-11
    • FORD-WERKE AKTIENGESELLSCHAFTFORD FRANCE S.A.FORD MOTOR COMPANY LIMITEDFORD MOTOR COMPANYPLASENCIA, David, B.MAXWELL, Stewart, P.
    • FORD-WERKE AKTIENGESELLSCHAFTFORD FRANCE S.A.FORD MOTOR COMPANY LIMITEDFORD MOTOR COMPANY
    • F16H47/08
    • F16H47/085F16H3/663F16H2041/246F16H2200/2005F16H2200/2084
    • A multiple speed ratio hydrokinetic transmission for a wheeled vehicle comprising a planetary gear set (20) having two input torque flow paths and a hydrokinetic torque converter (18) having an impeller element (38) connected to one flow path and a turbine element (40) connected to the other flow path; a friction lockup clutch (164) which, under relatively high speed driving conditions, establishes a mechanical torque bypass path for engine torque in parallel with a torque path established by the hydrokinetic unit (18); and an overrunning coupling (152) located between the friction clutch and the turbine element (40) to adapt the transmission for a direct mechanical torque transfer from the vehicle engine to a driven member or a split torque path that is partly mechanical and partly hydrokinetic; provision being made during high speed ratio operation for a regenerative torque distribution between the input elements through the friction clutch (164) and the overrunning coupling (152) thereby providing improved driveline efficiency and improved driveability for the driveline with reduced harshness in ratio changes.
    • 一种用于轮式车辆的多速比水动力传动装置,其包括具有两个输入扭矩流动路径的行星齿轮组(20)和具有连接到一个流动路径的叶轮元件(38)和涡轮机元件(40)的动力学变矩器(18) )连接到另一个流路; 摩擦锁止离合器(164),其在相对高速的驾驶条件下,与由所述动力学单元(18)建立的转矩路径平行地建立用于发动机扭矩的机械转矩旁路路径; 以及位于所述摩擦离合器和所述涡轮机元件(40)之间的超越联接器(152),以使所述变速器适于从所述车辆发动机到被驱动构件或部分机械和部分水动力的分离转矩路径的直接机械扭矩传递; 通过摩擦离合器(164)和超越联接器(152)在输入元件之间的再生扭矩分配的高速比操作期间进行设置,由此提供更好的传动系效率,并且改善传动系的驾驶性能,同时减小比例变化的粗糙度。
    • 60. 发明授权
    • 차량용 자동 변속기의 6속 변속 제어방법
    • 차량용자동변속기의6속변속제어방법
    • KR100412738B1
    • 2003-12-31
    • KR1020010085557
    • 2001-12-27
    • 현대자동차주식회사
    • 박성훈장재덕심휴태
    • F16H3/44
    • F16H3/64F16H3/66F16H2200/0047F16H2200/0052F16H2200/201F16H2200/2048F16H2200/2069F16H2200/2084
    • PURPOSE: A six-speed shifting method for an automatic transmission of a vehicle is provided to reduce development cost for a new power train by operating six-speed drive with an existing five-speed power train and to improve durability by controlling a side shifting unit of fifth and sixth gears in a direct coupling. CONSTITUTION: A power train of an automatic train for a vehicle includes a main shifting unit and a side shifting unit. The main shifting unit hooks up with three clutches, two brakes and an one-way clutch as two single pinion planetary gear sets. The side shifting unit hooks up with a clutch, a brake and a one-way clutch as the single pinion gear set. The main shifting unit outputs same deceleration in forward one and two-speeds, deceleration in forward three-speed, same speed in forward four and five-speeds and acceleration in forward six-speed. The side shifting unit outputs deceleration in forward one, three and four-speeds and same speed in forward two, five and six-speeds. Therefore, Six-speed drive is operated by using an existing five-speed power train. Driving performance is improved by reducing shifting difference for each deceleration level. Shifting feeling is improved by limiting a shifting level between two-speed and three-speed and between four-speed and two-speed to control the main shifting unit and the side shifting unit at the same time.
    • 目的:提供一种用于车辆自动变速器的六速变速方法,通过用现有的五速动力传动系统操作六速驱动器以降低新动力传动系的开发成本,并通过控制侧移单元来提高耐久性 第五和第六档位在直接连接中。 构成:用于车辆的自动火车的动力传动系包括主变速单元和侧移单元。 主换档机构由三个离合器,两个制动器和一个单向离合器作为两个单小齿轮行星齿轮组。 侧移单元与单小齿轮组一起搭载离合器,制动器和单向离合器。 主变速单元输出相同的前进一档和双速减速,前进三速减速,前进四速五速,前进六速加速。 侧移单元在前进的两速,五速和六速中以前进一档,三速和四速以及相同的速度输出减速。 因此,六速驱动通过使用现有的五速动力传动系进行操作。 通过减少每个减速级别的换挡差异来提高驾驶性能。 通过限制两速和三速之间以及四速和双速之间的换档水平来改善换档感觉,以同时控制主换档单元和侧换档单元。