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    • 1. 发明授权
    • Control apparatus
    • 控制装置
    • US3696686A
    • 1972-10-10
    • US3696686D
    • 1971-02-19
    • SUSQUEHANNA CORP
    • STEELE MICHAEL F
    • F16H63/18F16H5/08
    • F16H63/18Y10T74/19279
    • Control apparatus for effecting a plurality of output functions, comprising a drive member that is movable into driving engagement with each of a plurality of driven output members, a movable input member having a cam groove disposed on the outer surface thereof, and a pin mounted on the drive member and slidably engaged in the cam groove. Depending on the configuration of the cam groove, the movement of the input member may cause the pin to move along the cam groove and to effect movement of the drive member into driving engagement with one of the output members, or may cause the pin to move with the input member to thus effect movement of the drive member with the input member.
    • 用于实现多个输出功能的控制装置,包括可移动成与多个从动输出构件中的每一个驱动接合的驱动构件,具有设置在其外表面上的凸轮槽的可移动输入构件和安装在 驱动构件并且可滑动地接合在凸轮槽中。 根据凸轮槽的构造,输入构件的移动可以使销沿着凸轮槽移动并且使得驱动构件与其中一个输出构件的驱动接合的运动,或者可以使销移动 与输入构件因此实现驱动构件与输入构件的移动。
    • 2. 发明授权
    • Spring drive for toy vehicles
    • 弹簧驱动玩具车
    • US4683986A
    • 1987-08-04
    • US695071
    • 1985-01-25
    • Helmut DardaReinhold Schoch
    • Helmut DardaReinhold Schoch
    • A63H29/02A63H29/06A63H29/24F03G1/00F16H5/08
    • A63H29/24A63H29/06Y10S185/01Y10T74/19172Y10T74/19177
    • A spring drive mechanism has a spiral spring positioned in a spring encasement as a power source. Its ends are connected, on the one hand, to a spring encasement gear and, on the other hand, to a spring shaft gear. For the purpose of winding up the spring, the spring encasement gear is in mesh with a first drive pinion and the spring shaft gear is in mesh with a second drive pinion. These drive pinions has a stress-free connection to a wind down/wind up shaft across a unidirectional torque transmitters which each permits rotation in one direction; the directions being opposite. A reverse pinion has one pinion sprocket is mesh with the spring shaft gear. The other pinion sprocket is in mesh with the drive pinion in the wind up position. In this position, the spring drive mechanism is blocked in such a way that the tensioned driving spring cannot release. In order to maintain the reverse pinion in this position without any use of external force, an engaging lever is provided and is constructed in such a way that the blocking is released when the wind down/wind up shaft is turned counterclockwise.
    • 弹簧驱动机构具有螺旋弹簧,该螺旋弹簧位于作为动力源的弹簧装置中。 一方面,它的端部连接到弹簧装置齿轮,另一方面连接到弹簧轴齿轮。 为了卷起弹簧,弹簧装置齿轮与第一驱动小齿轮啮合,弹簧轴齿轮与第二驱动小齿轮啮合。 这些驱动小齿轮通过单向扭矩传递器与风向/卷绕轴无应力连接,每个扭矩传递器允许沿一个方向旋转; 方向相反。 反向小齿轮具有一个小齿轮链轮与弹簧轴齿轮啮合。 另一个小齿轮链轮与起动位置的驱动小齿轮啮合。 在该位置,弹簧驱动机构被阻挡,使得张紧的驱动弹簧不能释放。 为了将反转小齿轮保持在该位置而不会使用外力,设置有接合杆,并且构造成当风向/卷绕轴逆时针转动时阻挡被释放。
    • 3. 发明授权
    • Planetary gear with compensating coupling
    • 带补偿耦合的行星齿轮
    • US06080078A
    • 2000-06-27
    • US340214
    • 1999-06-25
    • Ludwig Jakob
    • Ludwig Jakob
    • F16H1/28F16H5/08
    • F16H1/28Y10T74/19009
    • A planetary gear is described, with a compensating coupling (9), a housing (1) enclosing the gear (2) and the compensating coupling and a planet wheel carrier (3), which has a shaft journal (4) rotatably mounted in the housing. The compensating coupling is provided on the input side of the gear (2) and its gear-side coupling part (10) at the same time forms a component of the gear and is rotatably mounted in the housing. A second compensating coupling (14) is provided on the output side of the gear (2), its gear-side coupling part (15) having a projection (17) which engages in frictional and/or interlocking manner in a recess (13) in the shaftjournal (4). The housing (1) has a housing section (1c) on the output side of the gear (2) which is an integral component of the housing (1) and encloses the second compensating coupling (14). (FIG. 1)
    • 描述了一种行星齿轮,其具有补偿联轴器(9),包围齿轮(2)和补偿联轴器的壳体(1)和行星轮架(3),其具有可旋转地安装在 住房。 补偿联轴器设置在齿轮(2)的输入侧及其齿轮侧联接部件(10)上,同时形成齿轮的部件,并可旋转地安装在壳体中。 第二补偿联轴器(14)设置在齿轮(2)的输出侧,其齿轮侧联接部分(15)具有在凹部(13)中以摩擦和/或互锁的方式接合的突起(17) 在轴刊(4)。 壳体(1)在齿轮(2)的输出侧具有壳体(1c),壳体(1)是壳体(1)的一体部件并且包围第二补偿联轴器(14)。 (图。1)
    • 6. 发明授权
    • Clutch actuator for a geared power transmission mechanism
    • 用于齿轮传动机构的离合器执行机构
    • US3719101A
    • 1973-03-06
    • US3719101D
    • 1971-08-30
    • FORD MOTOR CO
    • BANKS E
    • F16D23/02F16H63/30F16H5/08
    • F16H63/3023F16D23/02Y10T74/19279
    • A transmission clutch adapted to connect selectively a rotary gear member of a transmission mechanism to either a torque delivery shaft or a companion gear member during ratio changes comprising an actuator having an externally splined clutch element within an internally splined clutch sleeve, the former being connected to one torque delivery member, adjacent clutch elements carried by two other torque delivery members, a cam sleeve surrounding the internally splined clutch sleeve and pressure operated servo means for angularly adjusting the cam sleeve to effect axial shifting movement of the internally splined sleeve into and out of clutching engagement.
    • 一种传动离合器,其适于在变速比期间选择性地连接传动机构的旋转齿轮构件到扭矩输送轴或配对齿轮构件,该变速比包括在内花键离合器套筒内具有外花键离合器元件的致动器,前者连接到 一个扭矩传递构件,由两个其它扭矩传递构件承载的相邻离合器元件,围绕内花键离合器套筒的凸轮套筒和用于角度调节凸轮套筒的压力操作的伺服装置,以实现内部花键套筒进入和离开 紧抓合作