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    • 1. 发明授权
    • Data entry devices
    • 数据录入设备
    • US4077036A
    • 1978-02-28
    • US718982
    • 1976-08-30
    • Emik A. AvakianDavid Laizerovich
    • Emik A. AvakianDavid Laizerovich
    • G06F3/023G06F3/038H01H13/83H03M11/20H01H9/00
    • G06F3/0386G06F3/0238H01H13/83H03M11/20Y10S200/29
    • Apparatus for generating coded signals commensurate with information to be entered into associated equipment includes a matrix of magnetically operated switches. The switches are disposed beneath a generally planar data entry area and transparent indicia bearing overlays are received on the data entry area; the overlays including target points aligned with individual switches and there typically being fewer target points than switches whereby the overlay has space for the indicia and a plurality of overlays are utilized to take full advantage of the capability of the matrix. The apparatus may also include light emitting devices associated with the switches to provide operator feedback or guidance.
    • 用于产生与输入相关设备的信息相称的编码信号的装置包括一个磁力操作的开关矩阵。 开关设置在大致平面的数据输入区域的下方,并且在数据输入区域上接收透明标记轴承覆盖层; 覆盖层包括与各个交换机对准的目标点,并且通常比开关更少的目标点,由此覆盖层具有用于标记的空间,并且利用多个覆盖层充分利用矩阵的能力。 该装置还可以包括与开关相关联的发光装置,以提供操作者的反馈或指导。
    • 2. 发明申请
    • Flexible Rotor Sequentially Actuated Motor/Generator
    • 柔性转子顺序驱动电动机/发电机
    • US20110298310A1
    • 2011-12-08
    • US13151522
    • 2011-06-02
    • David A. RossEmik A. Avakian
    • David A. RossEmik A. Avakian
    • H02K7/07
    • H02K41/06
    • This motor/generator produces rotational torque and/or electrical energy employing a flexible magnetically permeable circular band as a rotor that in operation is in physical contact with the stator, arching and curving forward in response to advancing magnetic fields along the stator surface. The stator may be comprised of either a typical three-phase winding, or a series of magnetic actuators arranged in a toroid for which the rotor band acts as a continuous armature. The rotor rotates as follows: an actuator to the left or right of an active actuator is activated to pull a rotor arch down to the stator surface; as this occurs, the previously active actuator is turned off and that part of the rotor springs away; the rotor moves clockwise or counterclockwise as the arches of the rotor are advanced forward or backward, respectively. Differential rotor movement provides speed reduction and torque enhancement without gears.
    • 该电动机/发电机产生旋转扭矩和/或电能,其采用柔性导磁圆形带作为转子,其在运行中与定子物理接触,响应于沿定子表面的前进磁场向前弯曲和弯曲。 定子可以由典型的三相绕组或布置在环形中的一系列磁性致动器组成,转子带用作连续的电枢。 转子旋转如下:一个主动执行器左侧或右侧的致动器被启动,以将转子弓向下拉到定子表面; 当这种情况发生时,先前有效的致动器被关闭,并且转子的该部分弹开; 当转子的拱形分别向前或向后前进时,转子顺时针或逆时针移动。 差速转子运动提供无齿轮减速和扭矩增强。
    • 4. 发明授权
    • Flexible rotor sequentially actuated motor/generator
    • 柔性转子顺序驱动电机/发电机
    • US08760030B2
    • 2014-06-24
    • US13151522
    • 2011-06-02
    • David A. RossEmik A. Avakian
    • David A. RossEmik A. Avakian
    • H02K1/22H02K7/10H02K21/12H02K21/24
    • H02K41/06
    • This motor/generator produces rotational torque and/or electrical energy employing a flexible magnetically permeable circular band as a rotor that in operation is in physical contact with the stator, arching and curving forward in response to advancing magnetic fields along the stator surface. The stator may be comprised of either a typical three-phase winding, or a series of magnetic actuators arranged in a toroid for which the rotor band acts as a continuous armature. The rotor rotates as follows: an actuator to the left or right of an active actuator is activated to pull a rotor arch down to the stator surface; as this occurs, the previously active actuator is turned off and that part of the rotor springs away; the rotor moves clockwise or counterclockwise as the arches of the rotor are advanced forward or backward, respectively. Differential rotor movement provides speed reduction and torque enhancement without gears.
    • 该电动机/发电机产生旋转扭矩和/或电能,其采用柔性导磁圆形带作为转子,其在运行中与定子物理接触,响应于沿着定子表面的前进磁场向前弯曲和弯曲。 定子可以由典型的三相绕组或布置在环形中的一系列磁性致动器组成,转子带用作连续的电枢。 转子旋转如下:一个主动执行器左侧或右侧的致动器被启动,以将转子弓向下拉到定子表面; 当这种情况发生时,先前有效的致动器被关闭,并且转子的该部分弹开; 当转子的拱形分别向前或向后前进时,转子顺时针或逆时针移动。 差速转子运动提供无齿轮减速和扭矩增强。