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    • 86. 发明授权
    • Transmission
    • 传输
    • US06354417B1
    • 2002-03-12
    • US09654059
    • 2000-09-01
    • Satoru NaritaNoriaki Takano
    • Satoru NaritaNoriaki Takano
    • F16H302
    • F16H3/089F16D11/10F16H63/30F16H2063/3093
    • The transmission includes a number of male dowels disposed on gear shifters for engaging female dowels on gears. The male dowels are arranged in sets of high and low male dowels, the high and low male dowels being alternately arranged on a side surface of a gear shifter. The male dowels have curved engaging surfaces for engaging respective female dowels. The contact point between the male dowels and the female dowels is radially outward from a radial center of the male dowels, so that a thicker portion of the male dowels absorbs the impact between male and female dowel. The low male dowels need not be machined, which reduces the cost of producing the transmission.
    • 变速器包括设置在齿轮换档器上的多个阳销,用于接合齿轮上的凹销。 男性销钉被布置成高低的男性销钉,高低的男性销钉交替地布置在换档器的侧表面上。 阳销具有弯曲的接合表面,用于接合相应的销钉。 阳销和阴销之间的接触点从阳榫的径向中心径向向外,使得阳榫的较厚部分吸收阳销和阴榫之间的冲击。 不需要加工低的阳销,这降低了传动装置的生产成本。
    • 89. 发明授权
    • Transmission
    • 传输
    • US5131285A
    • 1992-07-21
    • US647650
    • 1991-01-28
    • Peter H. WeismannPatrick L. Weismann
    • Peter H. WeismannPatrick L. Weismann
    • F16D5/00F16D41/08F16H3/10F16H61/04F16H63/16F16H63/30
    • F16H3/10F16D41/088F16D5/00F16H63/16F16H63/30F16H2063/3093F16H61/0403Y10T74/19242Y10T74/19279
    • A transmission having engagement mechanisms which employ an engagement inner having cam surfaces forming the race thereof, an engagement outer having a circular outer race and rollers therebetween. A cage mechanism angularly positions the rollers such that they may be wedged between the cam surfaces and the outer race so as to interlock the engagement inner and outer. Actuator mechanisms are employed which are axially movable to engage and angularly position the cages relative to the engagement inner for controlling the engagement mechanism. A plurality of control systems both electronic and mechanical control the operation of the engagement mechanism so as to require substantially synchronous movement between engaging elements. Alternately, nonsynchronous shifting may be accomplished under power for power or rapid shifting. Clutch inhibit may also be employed to prevent premature reengagement of the clutch before shift complete.
    • 具有接合机构的变速器,该接合机构采用具有形成其轮辋的凸轮表面的接合内部,具有圆形外圈的接合外部和在它们之间的辊。 笼式机构使辊子成角度地定位,使得它们可以楔入凸轮表面和外座圈之间,以使内啮合和外啮合。 使用致动器机构,其可轴向移动以相对于接合内啮合和定位笼,用于控制接合机构。 电子和机械的多个控制系统控制接合机构的操作,以便在接合元件之间需要基本上同步的运动。 或者,非功率转换可以在功率或功率快速移动的情况下完成。 离合器禁止也可用于防止离合器在换挡完成之前过早重新接合。
    • 90. 发明授权
    • Gear synchronizer for power transmission
    • 齿轮同步器用于动力传动
    • US4842112A
    • 1989-06-27
    • US191962
    • 1988-05-09
    • Masaki Inui
    • Masaki Inui
    • F16H3/12F16D23/02F16D23/06F16H63/30
    • F16D23/06F16D23/025F16H63/30F16D2023/0656F16D2023/0662F16D23/0612F16H2063/3093Y10T74/19284
    • In a gear synchronizer, a clutch sleeve has internal splines in continual engagement with external splines of a hub member fixed to a shaft and is axially shiftable to be engaged at its internal splines with external splines of a spline piece integral with a gear member rotatable on the shaft. The gear synchronizer includes a support ring encircling the spline piece and having a radial projection axially movable in a corresponding radial recess in the spline piece, a first synchronizer ring coupled with the support ring and having an external frustoconical surface for frictional engagement with an internal frustoconical surface formed on one side of the clutch sleeve, a second synchronizer ring axially movably coupled with the first synchronizer ring for relative rotation and coupled with the support ring for rotation therewith and having an internal frustoconical surface for frictional engagement with an external frustoconical surface formed on the one side of the clutch sleeve, and an annular waved spring disposed between the synchronizer rings. When shifting, the second synchronizer ring is brought into frictional engagement with the external frustoconical surface of the clutch sleeve against the waved spring after frictional engagement of the first synchronizer ring with the internal frustoconical surface of the clutch sleeve.