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    • 1. 发明申请
    • FINE POSITIONING SYSTEM USING AN INERTIAL MOTOR BASED ON A MECHANICAL AMPLIFIER
    • 使用基于机械放大器的惯性电机的精确定位系统
    • US20100038995A1
    • 2010-02-18
    • US12450119
    • 2008-03-12
    • Frank ClaeyssenFrancois Barillot
    • Frank ClaeyssenFrancois Barillot
    • H02N2/04H02N2/12
    • H02N2/101H02N2/025H02N2/043H02N2/108
    • The invention relates to a fine positioning system using an inertial motor based on a mechanical amplifier that comprises a first amplified inertial sub-assembly including a mechanical amplifier, a piezoactive member and a countermass. A second relative drive sub-assembly includes a clamp and a clamped member attached to the first amplified inertial sub-assembly. Asymmetric excitation cycles of the first inertial sub-assembly generate impact forces and movements amplified in a driving direction (z), thus resulting in sliding and adhesion successions of the clamped member in the clamp in order to generate a relative translation movements of the points A and B relative to the point D. The mechanical amplifier increases the step size and reduces the supply inrush currents. Fine and dynamic positioning of the point B relative to the point D can be achieved with augmented strokes using the amplifier.
    • 本发明涉及一种使用基于机械放大器的惯性电动机的精细定位系统,该机械放大器包括包括机械放大器,压电构件和反质量的第一放大惯性子组件。 第二相对驱动子组件包括附接到第一放大惯性子组件的夹具和夹紧构件。 第一惯性子组件的不对称激励循环产生沿驱动方向(z)放大的冲击力和运动,从而导致夹紧构件在夹具中的滑动和粘附顺序,以便产生点A的相对平移运动 和B相对于点D.机械放大器增加了步长并减少了供电浪涌电流。 点B相对于点D的精细动态定位可以通过使用放大器的增强行程来实现。
    • 2. 发明授权
    • Fine positioning system using an inertial motor based on a mechanical amplifier
    • 使用基于机械放大器的惯性电动机的精细定位系统
    • US08004153B2
    • 2011-08-23
    • US12450119
    • 2008-03-12
    • Frank ClaeyssenFrancois Barillot
    • Frank ClaeyssenFrancois Barillot
    • H02N2/00H01L41/09
    • H02N2/101H02N2/025H02N2/043H02N2/108
    • The invention relates to a fine positioning system using an inertial motor based on a mechanical amplifier that comprises a first amplified inertial sub-assembly including a mechanical amplifier, a piezoactive member and a countermass. A second relative drive sub-assembly includes a clamp and a clamped member attached to the first amplified inertial sub-assembly. Asymmetric excitation cycles of the first inertial sub-assembly generate impact forces and movements amplified in a driving direction (z), thus resulting in sliding and adhesion successions of the clamped member in the clamp in order to generate a relative translation movements of the points A and B relative to the point D. The mechanical amplifier increases the step size and reduces the supply inrush currents. Fine and dynamic positioning of the point B relative to the point D can be achieved with augmented strokes using the amplifier.
    • 本发明涉及一种使用基于机械放大器的惯性电动机的精细定位系统,该机械放大器包括包括机械放大器,压电构件和反质量的第一放大惯性子组件。 第二相对驱动子组件包括附接到第一放大惯性子组件的夹具和夹紧构件。 第一惯性子组件的不对称激励循环产生沿驱动方向(z)放大的冲击力和运动,从而导致夹紧构件在夹具中的滑动和粘附继续,以产生点A的相对平移运动 和B相对于点D.机械放大器增加了步长并减少了供电浪涌电流。 点B相对于点D的精细动态定位可以通过使用放大器的增强行程来实现。
    • 3. 发明授权
    • Circuit breaker-contactor with a piezo-electric controlled locking
    • 断路器 - 带有压电控制锁定器的接触器
    • US07528334B2
    • 2009-05-05
    • US11873897
    • 2007-10-17
    • Norbert BeyrardFrank ClaeyssenRonan Le LettyFrancois Barillot
    • Norbert BeyrardFrank ClaeyssenRonan Le LettyFrancois Barillot
    • H01H1/52H01H3/20
    • H01H57/00H01H71/127
    • The inventive circuit breaker-contactor (1) comprises a fixed contact, a contact (5) movable (19, 21) with respect to the fixed contact between open and closed positions, means (7) for displacing the movable contact (5) in the closed position thereof, means (9) for displacing the movable contact in the open position. According to said invention, said circuit breaker-contactor comprises means (11) for locking the movable contact (5) in the closed position thereof, a piezo-electric actuator (13) deformable from a rest position to an operating position for displacing the locking means (11) in such a way that the movable contact (5) is enabled to be displaced to the open position by the means (9) for displacing to the open position and an electronic power supply and control unit (15) for feeding and controlling the piezo-electric actuator (13) deformation in the operating position for displacing the locking means (11) in such a way that the movable contact (5) is unlocked in response to an electric current detected by the fixed contact (1).
    • 本发明的断路器 - 接触器(1)包括固定触点,相对于打开和关闭位置之间的固定触点可移动(19,21)的触头(5),用于将可动触头(5) 其关闭位置,用于将可动触头置于打开位置的装置(9)。 根据所述发明,所述断路器 - 接触器包括用于将可动触头(5)锁定在其关闭位置的装置(11),压电致动器(13),其可从静止位置变形到用于使锁定 装置(11),使得可动触头(5)能够通过用于移动到打开位置的装置(9)移动到打开位置;以及电子电源和控制单元(15),用于馈送和 在所述操作位置控制所述压电致动器(13)的变形,以使所述锁定装置(11)移动,使得所述可动触点(5)响应于由所述固定触点(1)检测到的电流而被解锁。