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    • 3. 发明授权
    • Flexible drive shaft for an eccentric weight-driven personal care appliance
    • 用于偏心重量驱动的个人护理用具的柔性驱动轴
    • US09084659B2
    • 2015-07-21
    • US13812896
    • 2011-08-01
    • Marc Darrin Bovenkamp
    • Marc Darrin Bovenkamp
    • A61C17/34A61C17/16F16H23/00
    • A61C17/16A61C17/3481F16H23/00Y10T74/18344
    • The appliance includes a DC motor (12) having a rotating output shaft (14). A flexible coupling member (22) is connected at one end to the output shaft, and at the other end is connected to an eccentric mass (24). The end of the coupling member with the eccentric mass is connected to a V-spring assembly (16) which drives a workpiece assembly (18) on a distal end of which is mounted a workpiece (19). The spring assembly constrains the rotational movement of the coupling member to produce an oscillating, back-and-forth action of the workpiece shaft and the workpiece through a desired angle. The coupling member is elongated, and is elliptical in cross-section in an active region (34), having a thin dimension (38) in the direction in which the active portion bends during operation of the motor and rotation of the motor output shaft.
    • 该器具包括具有旋转输出轴(14)的DC马达(12)。 柔性联接构件(22)的一端连接到输出轴,另一端连接到偏心质量块(24)。 具有偏心质量块的联接构件的端部连接到V形弹簧组件(16),该弹簧组件驱动其远端安装有工件(19)的工件组件(18)。 弹簧组件限制联接构件的旋转运动,以产生工件轴和工件通过所需角度的摆动,前后动作。 联接构件是细长的,并且在有源区域(34)中具有椭圆形的横截面,其在活动部分在电动机操作期间弯曲并且电动机输出轴的旋转的方向具有薄的尺寸(38)。
    • 5. 发明授权
    • Steer by wire apparatus
    • 绕线装置转向
    • US08789647B2
    • 2014-07-29
    • US12876479
    • 2010-09-07
    • Sungwook HwangMin Woo HanUn Koo Lee
    • Sungwook HwangMin Woo HanUn Koo Lee
    • B62D5/04B62D7/16F16H23/00F01B3/02F01B3/00
    • F01B3/02B62D5/001B62D5/04F01B3/007F16D3/48F16H23/00Y10T74/18336
    • A steer by wire apparatus performing steering operation by turning a wheel when a vehicle turns, may include a tie rod provided with one end pivotally connected to a knuckle of the wheel, a coupling unit rotatably mounted at a sub-frame of a vehicle body, connected to the other end of the tie rod, and converting rotation direction of torque from a first rotation direction to a second rotation direction which is substantially perpendicular to the first rotation direction so as to slidably move the tie rod from the coupling unit and control a steering angle of the wheel, and a motor unit fixed to the sub-frame and supplying the torque to the coupling unit according to a control signal of a vehicle ECU, the rotation direction of the torque being the same as the first rotation direction or being opposite to the first rotation direction.
    • 通过在车辆转向时转动车轮进行转向操作的线控装置的转向装置可以包括设置有可枢转地连接到车轮的转向节的一端的连杆,可旋转地安装在车身的副车架上的联接单元, 连接到所述拉杆的另一端,并且将转矩的旋转方向从第一旋转方向转换到基本上垂直于所述第一旋转方向的第二旋转方向,以便使所述拉杆从所述联接单元滑动地移动,并且控制 车轮的转向角以及固定在副车架上的马达单元,并根据车辆ECU的控制信号向联轴器提供转矩,转矩的旋转方向与第一旋转方向相同或者是 与第一旋转方向相反。
    • 7. 发明授权
    • Friction independent continuously variable transmission
    • 摩擦独立无级变速器
    • US5140864A
    • 1992-08-25
    • US534163
    • 1990-06-06
    • Durwood L. Creed
    • Durwood L. Creed
    • F16H23/00
    • F16H23/00Y10T74/18336
    • The face angle dependent force versus displacement properties of the double faced, asymmetrical inclined plane are extended to a three dimensional rotating machine which exhibits the properties of continuously variable torque versus speed ratios in both forward and reverse directions. These desired properties are obtained in the three dimensional model through the use of circular disks which are tilted on their axes of rotation to create the force versus angle properties of the inclined plane. The selection of desired torque-speed ratios including transitioning through a zero speed or "frictionless clutch" operation. Ratio selection is accomplished by setting the tilt angles of three disks around their respective axes of rotation. Two of these disks are mounted through universal joint mounts to the transmission output shaft and the third disk is mounted, through a universal joint mount, to a non-rotating sleeve surrounding the output shaft. Orthogonal torque components are coupled between adjacent disks by sets of rollers mounted at 90.degree. increments around each disk and rotating in synchronism with the disk's motion.Since all force and motion coupling surfaces are, in the preferred embodiment, positive displacement rolling contact types, power transfer efficiency is very high. Also, since tapered roller to disk coupling surfaces can be non-slip for all contact surface ratios, the transmission of the invention is inherently robust and scalable to all size and power regimes.
    • 双面非对称倾斜面的面角依赖力与位移特性延伸到三维旋转机器,其呈现前后方向上连续可变转矩与速度比的性质。 通过使用在其旋转轴线上倾斜的圆盘形成倾斜平面的力对角度特性,在三维模型中获得这些所需的性质。 选择期望的转速比,包括通过零速或“无摩擦离合器”操作过渡。 比例选择是通过设置三个盘绕其各自的旋转轴的倾斜角来实现的。 这些盘中的两个通过万向接头安装件安装到变速器输出轴上,第三个盘通过万向接头安装到围绕输出轴的非旋转套筒上。 正交扭矩分量通过在每个盘周围以90度增量安装并且与盘的运动同步旋转的一组辊耦合在相邻盘之间。 由于在优选实施例中,所有力和运动耦合表面均为正位移滚动接触类型,所以功率传递效率非常高。 而且,由于圆锥滚子对圆盘连接表面可以防滑所有的接触表面比,所以本发明的传动本质上是坚固的并且可以适应所有的尺寸和功率状态。
    • 8. 发明授权
    • Mechanical movement
    • 机械运动
    • US3785213A
    • 1974-01-15
    • US3785213D
    • 1972-03-24
    • BERGGREN J
    • BERGGREN J
    • F16H23/00
    • F16H23/00Y10T74/18336
    • This invention is a mechanical movement for converting reciprocating linear motion to rotary motion. An arm is pivotally connected at one end to a source of reciprocating motion. The opposite end of the arm is connected to a driving member mounted on a rotatable shaft at approximately a 45* angle to the longitudinal axis of the member. As the arm moves in response to the reciprocating motion, corresponding movement of the opposite end of the arm is effected, producing actuation of the driving member to rotate the shaft on which the driving member is mounted.
    • 本发明是用于将往复直线运动转换成旋转运动的机械运动。 臂在一端枢转地连接到往复运动源。 臂的相对端连接到安装在可旋转轴上的驱动构件,该驱动构件与构件的纵向轴线大致成45度角。 当臂响应于往复运动而移动时,臂的相对端的相应运动被实现,从而产生驱动构件的致动以使安装有驱动构件的轴旋转。