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    • 1. 发明申请
    • Actuator, motor unit and controller unit
    • 执行器,电机单元和控制器单元
    • US20050212475A1
    • 2005-09-29
    • US11066500
    • 2005-02-28
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • H02K11/00H02K3/52H02P7/68
    • H02K3/522
    • An actuator, which allows a controller to be commonly applied to a plurality of models without requiring complicated setting operation of control parameters, and is superior in cost effectiveness, reusability and expandability, is provided. And further, a motor unit and a controller unit constituting the actuator are provided. The motor unit is equipped with a motor, a motor drive circuit and a parameter memory, which stores characteristic parameters necessary for controlling the motor. A controller unit, which is adapted so as to be detachable to the motor unit, is provided with a motor control circuit and a communication control circuit. When the controller unit is attached to the motor unit, characteristic parameters stored in the parameter memory are loaded via a communication connector, and used for setting control parameters for the motor control circuit.
    • 一种致动器,其允许控制器通常应用于多个模型,而不需要复杂的控制参数的设置操作,并且具有优异的成本效益,可重用性和可扩展性。 此外,提供构成致动器的马达单元和控制器单元。 电机单元配有电机,电机驱动电路和参数存储器,用于存储控制电机所需的特性参数。 适于可拆卸到电动机单元的控制器单元设置有电动机控制电路和通信控制电路。 当控制器单元连接到电机单元时,存储在参数存储器中的特性参数通过通信连接器加载,用于设置电机控制电路的控制参数。
    • 3. 发明授权
    • Actuator, motor unit and controller unit
    • 执行器,电机单元和控制器单元
    • US07166981B2
    • 2007-01-23
    • US11066500
    • 2005-02-28
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • Kazushige KakutaniShinya KataokaNaoto Tojo
    • H02P7/68
    • H02K3/522
    • An actuator, which allows a controller to be commonly applied to a plurality of models without requiring complicated setting operation of control parameters, and is superior in cost effectiveness, reusability and expandability, is provided. And further, a motor unit and a controller unit constituting the actuator are provided. The motor unit is equipped with a motor, a motor drive circuit and a parameter memory, which stores characteristic parameters necessary for controlling the motor. A controller unit, which is adapted so as to be detachable to the motor unit, is provided with a motor control circuit and a communication control circuit. When the controller unit is attached to the motor unit, characteristic parameters stored in the parameter memory are loaded via a communication connector, and used for setting control parameters for the motor control circuit.
    • 一种致动器,其允许控制器通常应用于多个模型,而不需要复杂的控制参数的设置操作,并且具有优异的成本效益,可重用性和可扩展性。 此外,提供构成致动器的马达单元和控制器单元。 电机单元配有电机,电机驱动电路和参数存储器,用于存储控制电机所需的特性参数。 适于可拆卸到电动机单元的控制器单元设置有电动机控制电路和通信控制电路。 当控制器单元连接到电机单元时,存储在参数存储器中的特性参数通过通信连接器加载,用于设置电机控制电路的控制参数。
    • 10. 发明申请
    • Force input operation device, movable body, carrying vehicle, and auxiliary vehicle for walking
    • 强制输入操作装置,移动体,运载车辆和辅助车辆行走
    • US20060048980A1
    • 2006-03-09
    • US10542397
    • 2004-02-16
    • Shinya KataokaNaoto Toujou
    • Shinya KataokaNaoto Toujou
    • B62D51/04
    • B62B5/0083B62B3/001B62B5/0073B62B5/06
    • A manipulator for a mobile object which allows operating the mobile object with a natural feeling without difficulty irrespective of the physical condition of the user, and a push cart and a walker including such a manipulator are to be provided. The straight travel reference vector Fs, direction change reference vector Fc and rotating reference vector Fr are developed in advance based on the applied manipulating force of the user. An angle defined by the vector of the manipulating force applied by the user (applied manipulating force vector Fi) and the straight travel reference vector Fs is denoted as α, an angle defined by the applied manipulating force vector Fi and the direction change reference vector Fc as β, and an angle defined by the applied manipulating force vector Fi and the rotating reference vector Fr as γ. Herein the angles are illustrated as α
    • 一种用于移动物体的操纵器,其允许无限制地使用自然感觉来操作移动物体,而与使用者的身体状况无关,并且提供包括这种操纵器的推车和步行器。 基于所施加的用户的操纵力,预先展开直行进参考矢量Fs,方向改变参考矢量Fc和旋转参考矢量Fr。 由用户施加的操纵力(施加的操纵力矢量Fi)和直线行进参考矢量Fs的矢量定义的角度被表示为α,由所施加的操纵力矢量Fi和方向改变参考矢量Fc 作为β,以及由施加的操纵力矢量Fi和旋转参考矢量Fr定义为γ的角度。 这里的角度被示为α<β<γ,并且与基准操作力矢量(在该示例中为直线行进参考矢量Fs)相关地选择移动模式(在该示例中为直线行驶模式),其使最小角度 (α)。