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    • 4. 发明授权
    • Change-speed gearbox with three epicyclic partial gear trains
    • 具有三个行星部分齿轮系的变速齿轮箱
    • US5435791A
    • 1995-07-25
    • US153191
    • 1993-11-17
    • Wolfgang ZaiserHans Merkle
    • Wolfgang ZaiserHans Merkle
    • F16H3/66F16H3/62F16H47/08
    • F16H3/66F16H2200/0047F16H2200/201
    • In a change-speed gearbox with three epicyclic partial gear trains, an input shaft is connected directly to a co-axial gearwheel of the input-end partial gear train and, by means of a drive clutch, to a co-axial gearwheel of the output-end partial gear train. In the input-end partial gear train, two gear elements are connected by means of a lock-up clutch, the planet carrier being still connected with the one co-axial gearwheel of the third partial gear train. In the output-end partial gear train, the planet carrier is directly connected to an output shaft and the outer co-axial gearwheel is connected to a forward gear brake. In the third partial gear train, the planet carrier is connected both to the co-axial gearwheel of the output-end partial gear train, which can be connected to the input shaft, and to a reverse gear brake and the other co-axial gearwheel can be brought, by means of a second drive clutch, into drive connection with the co-axial gearwheel, of the output-end partial gear train, connected to the forward gear brake.
    • 在具有三个周向部分齿轮系的变速齿轮箱中,输入轴直接连接到输入端部分齿轮系的同轴齿轮,并且通过驱动离合器连接到同轴齿轮 输出端部分齿轮系。 在输入端部分齿轮系中,两个齿轮元件通过锁止离合器连接,行星架仍与第三部分齿轮系的同轴齿轮连接。 在输出端部分齿轮系中,行星架直接连接到输出轴,外同轴齿轮与前齿轮制动器连接。 在第三部分齿轮系中,行星架连接到输出端部分齿轮系的同轴齿轮上,该齿轮可以连接到输入轴,并且连接到倒车齿轮制动器,而另一个同轴齿轮 可以通过第二驱动离合器与输出端部分齿轮系的同轴齿轮的驱动连接,连接到前进档制动器。
    • 7. 发明授权
    • Planet wheel power divider for motor vehicles
    • 用于汽车的行星轮功率分配器
    • US4722246A
    • 1988-02-02
    • US3458
    • 1987-01-15
    • Hermann GausWolfgang Zaiser
    • Hermann GausWolfgang Zaiser
    • F16H3/00B60K17/346F16H3/44F16H3/66F16H37/08F16H37/06F16H1/42
    • F16H37/0813B60K17/3462F16H3/663F16H2200/2005
    • A planet-wheel power divider operates with a planet carrier and other transmission members in the form of three central wheels, with an input shaft connected to one central wheel, with an output shaft drivingly connected to one central wheel, with an output shaft drivingly connected to one of the other three transmission members and arranged centrally relative to the main axis. A second coaxial output shaft in the form of a hollow shaft is used to drive a parallel auxiliary drive shaft and can be coupled alternately to two of the three transmission members by shiftable clutches. A main planet meshes with an auxiliary planet and an outer central wheel, used for the constant connection to the input shaft, and an inner central wheel meshes with the main planet and a further inner central wheel meshes with the auxiliary planet.So that the power divider can be shifted under load to change the torque distribution to the output shafts and to ensure the same torque direction on both output shafts, the hollow shaft is connected to the planet carrier and to the inner central wheel meshing with the main planet by means of respective frictional clutches shiftable under load and the central output shaft is connected to the inner central wheel which meshes with the auxiliary planet.
    • 行星轮功率分配器与三个中心轮的形式的行星架和其它传动构件一起操作,输入轴连接到一个中心轮,输出轴驱动地连接到一个中心轮,输出轴驱动连接 到另一个三个传动构件中的一个并且相对于主轴线居中布置。 以空心轴形式的第二同轴输出轴用于驱动并联的辅助驱动轴,并且可以通过可移动的离合器交替地耦合到三个传动构件中的两个。 主行星与辅助行星和外中心轮啮合,用于与输入轴恒定连接,内中心轮与主行星啮合,另一内侧中心轮与辅助行星啮合。 因此,功率分配器可以在负载下移动,以改变输出轴的转矩分配,并确保两个输出轴上的扭矩方向相同,空心轴连接到行星架,并与内侧中心轮连接,主轴 行星通过相应的摩擦离合器在负载下移动,并且中心输出轴连接到与辅助行星啮合的内部中心轮。
    • 8. 发明授权
    • Progressive torque transmission in leaf-spring coupling
    • 弹簧联轴器中的渐进扭矩传递
    • US4295348A
    • 1981-10-20
    • US69373
    • 1979-08-24
    • Friedrich HelferErnst ElsnerWolfgang Zaiser
    • Friedrich HelferErnst ElsnerWolfgang Zaiser
    • F16D3/56
    • F16D3/56Y10T403/54
    • The disclosure concerns a leaf-spring coupling comprising a hub and an outer ring around the hub and a plurality of leaf-spring assemblies clamped to the hub and extending into respective receiving grooves in the outer ring, such that relative rotation around the axis of the hub and the outer ring flexes the leaf-spring assemblies. Each leaf-spring assembly is comprised of a plurality of leaf-springs, including a longer principal spring that continuously engages in the groove in the outer ring and a plurality of flank springs next to the principal spring and which decrease in length stepwise moving out from the principal spring. A series of stops are arranged in the groove for each leaf-spring assembly. Each flank spring engages its respective stop as the hub and outer ring rotate relatively to each other and such engagement causes the respective leaf-spring to flex toward the principal spring. In all embodiments, prior to flexion, the leaf-springs are apart from the stops and they engage the stops upon relative rotation of the hub and the outer ring. In some embodiments, the stops are so placed that the individual flank springs engage their respective stops consecutively as the relative rotation of the hub and outer ring increases.
    • 本发明涉及一种叶簧联接器,其包括轮毂和围绕轮毂的外环,以及多个板簧组件,其夹紧到轮毂并延伸到外环中的相应的接收槽中,使得围绕轴线的相对旋转 轮毂和外环弯曲板簧组件。 每个板簧组件包括多个板簧,包括连续地接合在外环中的槽中的较长的主弹簧和在主弹簧旁边的多个侧翼弹簧,并且其长度逐渐地从 主要春天。 在每个板簧组件的槽中布置有一系列止动件。 当轮毂和外圈彼此相对旋转时,每个侧翼弹簧与其相应的止动件接合,并且这种接合使相应的板簧朝着主弹簧弯曲。 在所有实施例中,在弯曲之前,板簧与止动件分开,并且当毂和外圈相对旋转时,它们与止动件接合。 在一些实施例中,止动件被放置成使得当轮毂和外环的相对旋转增加时,各个侧翼弹簧连续地与它们各自的止挡接合。
    • 10. 发明授权
    • Drive arrangement for a motor vehicle with four-wheel drive
    • 具有四轮驱动的机动车辆的驱动装置
    • US4719985A
    • 1988-01-19
    • US935217
    • 1986-11-26
    • Wolfgang Zaiser
    • Wolfgang Zaiser
    • B60K17/344B60K17/346F16H3/66F16H37/08F16H48/30B60K17/354F16H1/44
    • B60K17/3467F16H3/663F16H37/0813F16H2200/0047
    • A drive arrangement for a motor vehicle having a four-wheel drive establishable by connecting one wheel axle with another drivable wheel axle, wherein one wheel axle can be driven via an auxiliary drive shaft and a gear shift transmission, arranged in parallel with respect to its input shaft from an engine.This auxiliary drive shaft can be used for forming at least one gear transmission when the input shaft and the auxiliary drive shaft are brought into direct driving connection with one another by means of an auxiliary transmission. At least one of these two shafts can be clutched into driving connection with the auxiliary transmission. The clutch can be engaged only when the torque transmission in the gear shift transmission is interrupted or an interaxle differential is in effect that is connected between the two wheel axles.
    • 一种用于具有四轮驱动的机动车辆的驱动装置,其通过将一个车轮轴与另一个可驱动的轮轴相连,其中一个车轮轴可以经由辅助驱动轴和变速传动装置驱动,所述辅助驱动轴和变速传动装置相对于其 输入轴从发动机。 该辅助驱动轴可以用于在输入轴和辅助驱动轴通过辅助变速器彼此直接驱动连接时形成至少一个齿轮传动装置。 这两个轴中的至少一个可以与辅助传动装置进行驱动连接。 只有当变速传动装置中的转矩传递被中断或连接在两个车轮轴之间的桥间差速器时,离合器才能接合。