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    • 23. 发明申请
    • CONTINUOUS CAMSHAFT PHASE-SHIFTING APPARATUS
    • 连续的凸轮相移设备
    • WO2008036650A1
    • 2008-03-27
    • PCT/US2007/078755
    • 2007-09-18
    • THE TIMKEN COMPANYAI, Xiaolan
    • AI, Xiaolan
    • F01L1/352
    • F01L1/352
    • A phase shift mechanism (A) for controlling a phase shift angle between a camshaft (12) and a drive (10) comprises a planetary gear train ( 20). The planetary gear train (20) has first and second planet gears (34, 26) that are united to rotate about a common axis at the same angular velocity, and a carrier (32) which includes a first planet bearing (62) and a second planet bearing (64) on which the united first and second planet gears ( 34, 36) respectively rotate and a locking mechanism (24) carried by the carrier (32) for locking the planetary gear train (20) in a locked condition by preventing the planet gears (34, 36) from rotating relative to the carrier (32 ) such that the phase shift angle remains the same and the output shaft 26 rotates with the input shaft (18) at the same angular velocity.
    • 用于控制凸轮轴(12)和驱动器(10)之间的相移角的相移机构(A)包括行星齿轮系(20)。 行星齿轮系(20)具有第一和第二行星齿轮(34,26),所述第一和第二行星齿轮以相同的角速度绕公共轴线旋转地联接,所述行星齿轮架包括第一行星轴承(62)和第二行星齿轮 第一行星齿轮34和第二行星齿轮36分别在其上旋转的第二行星轴承64以及由所述行星架32承载的用于将所述行星齿轮系20锁定在锁定状态的锁定机构24, 防止行星齿轮34,36相对于齿轮架32旋转,使得相移角保持不变,并且输出轴26与输入轴18以相同的角速度旋转。
    • 25. 发明申请
    • AN ELECTRO-MECHANICAL MECHANICAL GEAR SELECTOR
    • 电机械机械齿轮选择器
    • WO2005068865A1
    • 2005-07-28
    • PCT/US2005/001381
    • 2005-01-14
    • THE TIMKEN COMPANYAI, Xiaolan
    • AI, Xiaolan
    • F16D21/04
    • F16D27/118F16D21/04F16D27/102F16H63/304F16H2063/305
    • An electromagnetic gear-clutch assembly (1) is disclosed. The device comprises a gear (10) having grooves (10c) that open inwardly toward the axis and extend axially. A hub (12) is located within the gear (10) where it is capable of rotating within the gear (10). The hub (12) has grooves (12k) that open outwardly away from the axis and extend axially. Keys (17) are located within the grooves (12k) of the hub (12) and are capable of moving radially toward and away from the axis, the arrangement being such that when the keys (17) are permitted to move away from the axis, at least one will enter one of the grooves (10c) in the gear (10) to couple the gear (10) and hub (12) so that they will rotate in unison. The device also comprises an actuator assembly (3) for effecting radial displacement of the keys (17).
    • 公开了一种电磁齿轮离合器组件(1)。 该装置包括齿轮(10),齿轮(10)具有向轴向内侧朝向轴向延伸的凹槽(10c)。 轮毂(12)位于齿轮(10)内,其能够在齿轮(10)内旋转。 轮毂(12)具有从轴线向外开口并且轴向延伸的凹槽(12k)。 键(17)位于轮毂(12)的凹槽(12k)内并且能够径向地朝向和远离轴线移动,该布置使得当键(17)被允许远离轴线移动时 至少一个将进入齿轮(10)中的一个凹槽(10c),以将齿轮(10)和轮毂(12)联合起来使得它们将一致地旋转。 该装置还包括用于实现键(17)的径向位移的致动器组件(3)。
    • 26. 发明申请
    • METHOD AND APPARATUS FOR POWER FLOW MANAGEMENT IN ELECTRO-MECHANICAL TRANSMISSION
    • 电力机械传动中电力流量管理的方法与装置
    • WO2005021310A1
    • 2005-03-10
    • PCT/US2004/027393
    • 2004-08-24
    • THE TIMKEN COMPANYAI, XiaolanANDERSON, Scott
    • AI, XiaolanANDERSON, Scott
    • B60K6/04
    • B60W20/10B60K1/02B60K6/365B60K6/445B60K6/543B60W10/08B60W10/10B60W20/00F16H3/727F16H3/728F16H2037/102F16H2200/2007Y02T10/6239Y10T477/337
    • A method for power management in an electro-mechanical power-split infinitely variable transmission (102) designed to operate within a designated speed ratio range for vehicular applications. The transmission (102) is comprised of an input shaft (103) coupled to the output shaft of a drive engine (100) to receive power, a drive shaft (104), two electric machines, E1, E2 and a pair of planetary trains U1, U2, each having a sun member S, a ring member R, a set of planetary members P, and a planet carrier C. The transmission (102) further contains one or more torque transfer devices L to connect or disconnect members of the planetary trains U1, U2 for transferring torque. The drive shaft (104) is coupled with a final drive (106) of a vehicle for delivering or recapturing power to or from the vehicle drive wheels (105). The two electric machines E1, E2 are interconnected electronically via a power control unit (120) and are coupled respectively with members of the planetary trains U1, U2. The method of power management in the transmission (102) is selected based on the current speed and torque of the input shaft (103) and drive shaft (104), and upon the desired operating parameters.
    • 一种用于机电动力分裂无级变速器(102)中的功率管理的方法,其被设计为在车辆应用的指定速比范围内操作。 传动装置(102)包括一个与驱动发动机(100)的输出轴连接以接收动力的输入轴(103),一个驱动轴(104),两个电机E1,E2和一对行星列车 U1,U2各自具有太阳构件S,环构件R,一组行星构件P和行星架C.传动装置(102)还包含一个或多个扭矩传递装置L,用于连接或断开 行星列车U1,U2用于传递扭矩。 驱动轴(104)与车辆的最终驱动器(106)联接,用于向车辆驱动轮(105)传递或重新捕获动力。 两个电机E1,E2通过功率控制单元(120)电连接并分别与行星列车U1,U2的构件相连。 基于输入轴(103)和驱动轴(104)的当前速度和扭矩以及期望的操作参数来选择变速器(102)中的功率管理方法。
    • 27. 发明申请
    • STEERING WHEEL MOUNTING ASSEMBLY
    • 转向轮安装组件
    • WO2005094528A2
    • 2005-10-13
    • PCT/US2005/009857
    • 2005-03-24
    • TIMKEN US CORPORATIONAI, XiaolanDEGRANGE, David, A.
    • AI, XiaolanDEGRANGE, David, A.
    • B62D1/10
    • B62D1/105F16H13/06Y10T74/20834
    • A steering wheel mounting assembly comprising first and second stationary rings, the second stationary ring being adapted for connection to a vehicle frame. The assembly further comprises a steering hub having a spindle with a radial flange extending therefrom. The spindle is adapted for connection with a steering shaft and the radial flange is adapted for connection with a steering wheel. The spindle has a first bearing raceway for engaging a bearing of the first stationary ring and a second bearing raceway for engaging a bearing of the second stationary ring. The steering hub has at least one opening that defines a bearing surface. A friction roller assembly, having a shaft with a third bearing thereabout, is positioned in the opening such that as the third bearing rotates relative to the bearing surface, the third bearing moves radially outward and the shaft engages the first and second cylindrical raceways.
    • 一种方向盘安装组件,包括第一和第二固定环,第二固定环适于连接到车辆框架。 该组件还包括具有从其延伸的径向凸缘的心轴的转向轮毂。 主轴适于与转向轴连接,并且径向凸缘适于与方向盘连接。 主轴具有用于接合第一固定环的轴承的第一轴承滚道和用于接合第二固定环的轴承的第二轴承滚道。 转向轮毂具有限定支承表面的至少一个开口。 具有在其周围具有第三轴承的轴的摩擦辊组件定位在开口中,使得当第三轴承相对于支承表面旋转时,第三轴承径向向外移动,并且轴接合第一和第二圆柱形滚道。
    • 29. 发明申请
    • ECCENTRIC PLANETARY DRIVE TRANSMISSION
    • 偏心行星传动
    • WO2003064891A1
    • 2003-08-07
    • PCT/US2003/000407
    • 2003-01-07
    • THE TIMKEN COMPANY
    • AI, Xiaolan
    • F16H13/08
    • F16H13/06F16H13/14
    • An eccentric planetary traction drive transmission (A) which includes at least two planetary rollers (3 & 4), sun roller member (2), and a carrier member (27). One of the planetary rollers (3, 4, or 5) is flexible and is positioned between and in contact with an outer ring member (1) and the sun roller member (2). Rotation of either the outer ring member (1) or the sun roller member (2) wedges the flexible planetary roller (3, 4, or 5) within a convergent wedge gap (23) which squeezes the flexible planetary roller (3, 4, or 5) between the outer ring member (1) and the sun roll member (2). Friction between the flexible planetary roller (3, 4, or 5), the sun roller member (2), and the outer ring member (1) transmits rotational motion and torque between the outer ring member (1) and the sun roller member (2). The other at least one supporting planetary roller (3, 4, or 5) is a supporting roller which supports the sun roller member (2) and the carrier member (27). A plurality of bearings (26) supports the sun roller member (2) within the outer ring member (1) and the at least one supporting planetary roller (3, 4, or 5).
    • 包括至少两个行星辊(3和4),太阳辊构件(2)和承载构件(27)的偏心行星牵引驱动传动装置(A)。 行星辊(3,4或5)中的一个是柔性的并且定位在外圈构件(1)和太阳辊构件(2)之间并且与外圈构件(1)和太阳辊构件(2)接触。 外环构件(1)或太阳辊构件(2)的旋转将柔性行星辊(3,4或5)楔入收敛的楔形间隙(23)内,该楔形间隙挤压柔性行星辊(3,4) 或5)在外圈构件(1)和太阳辊构件(2)之间。 柔性行星辊(3,4或5),太阳辊构件(2)和外圈构件(1)之间的摩擦在外圈构件(1)和太阳辊构件(1)之间传递旋转运动和扭矩 2)。 另一个至少一个支撑行星辊(3,4或5)是支撑太阳辊构件(2)和承载构件(27)的支撑辊。 多个轴承(26)支撑在外圈构件(1)内的太阳辊构件(2)和至少一个支撑行星滚柱(3,4或5)。