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    • 1. 发明申请
    • MULTIPLE POLE, MULTIPLE PHASE, PERMANENT MAGNET MOTOR AND METHOD FOR WINDING
    • 多点,多相,永磁电机及绕组方法
    • WO1997026699A1
    • 1997-07-24
    • PCT/US1996018976
    • 1996-11-27
    • MPC PRODUCTS CORPORATION
    • MPC PRODUCTS CORPORATIONANDREY, Boris, Daniel
    • H02K03/00
    • H02K3/28
    • A multiple pole, multiple phase, permanent magnet motor comprising a rotor having a plurality of permanent magnet poles, a stator having a plurality of stator slots and an equal number of stator teeth defined by adjacent stator slots, and a plurality of phase windings disposed on the stator, each phase winding including a plurality of coils having a non-uniform number of turns, such that the electromagnetic poles are developed in proximity to the stator, the electromagnetic poles for each phase being distributed symmetrically about the stator, equidistant from one another, and equal in number to the number of permanent magnet rotor poles. The number of turns of each of the plurality of coils of each phase winding is selected in accordance with a predetermined sinusoidal relation. A method for determining the number of turns and winding direction for each of the plurality of coils according to the steps 1401-1408 is also provided.
    • 一种多极,多相永磁电动机,包括具有多个永磁极的转子,具有多个定子槽的定子和由相邻的定子槽限定的相等数量的定子齿;以及多个相绕组, 定子,每个相绕组包括具有不均匀匝数的多个线圈,使得电磁极在定子附近展开,每相的电磁极相对于定子对称分布,彼此等距离分布 ,数量与永磁转子极数相等。 根据预定的正弦关系来选择每个相绕组的多个线圈中的每一个的匝数。 还提供了根据步骤1401-1408确定多个线圈中的每一个的匝数和绕组方向的方法。
    • 2. 发明申请
    • DUAL INPUT SERVO COUPLED CONTROL STICKS
    • 双输入服务器耦合控制卡
    • WO2002077727A1
    • 2002-10-03
    • PCT/US2002/008593
    • 2002-03-20
    • MPC PRODUCTS CORPORATION
    • SZULYK, ZenonDYRA, BrianMAKHLIN, Alex
    • G05B5/01
    • G05D1/085B64C13/12
    • The present invention provides an active control system (100) for coupling the movements of a pair of independently operated manual input devices (104, 108) such as dual flight control sticks operated b a pilot and co-pilot flying an aircraft. Each input device (104, 108) is configured to receive manual input data in the form of angular displacement of the device about one or more rational axes. The active control system (100) provides desired tactile feedback to an operator who displaces one of the manual input devices (104, 108) in the form of a restorative centering force. If an external system such as an auto-pilot system is engaged, the restorative force may be in a direction necessary to reconcile manual displacement of the input device with a position commanded by the external system, rather than directed toward the center position. The system also acts to reflect manual displacement of each input device as a force applied to the other. For example, when a pilot moves his or her control stick forward, the co-pilot will feel a like force tending to move the co-pilot's control stick forward.
    • 本发明提供了一种用于联接一对独立操作的手动输入装置(104,108)的运动的主动控制系统(100),例如飞行员和驾驶飞行员的飞行员和副驾驶员操作的双飞行控制杆。 每个输入装置(104,108)被配置为以装置围绕一个或多个有效轴的角位移的形式接收手动输入数据。 主动控制系统(100)向操作者提供期望的触觉反馈,操作者以恢复性定心力的形式移动手动输入装置(104,108)中的一个。 如果诸如自动驾驶员系统的外部系统被接合,则修复力可以在必要的方向上将调节输入装置的手动位移与由外部系统命令的位置,而不是指向中心位置。 该系统还用于反映每个输入装置的手动位移作为施加到另一个的力。 例如,当一名飞行员向前移动控制杆时,副驾驶员将会感觉到一种倾向于将副驾驶的控制杆向前移动的力量。