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    • 72. 发明申请
    • VIBRATORY ACTUATOR
    • 振动执行器
    • US20100301704A1
    • 2010-12-02
    • US12738353
    • 2008-07-29
    • Masaru HigashionjiHideaki MukaeEiichi NagaokaYusuke Adachi
    • Masaru HigashionjiHideaki MukaeEiichi NagaokaYusuke Adachi
    • H02N2/04
    • H01L41/0906H01L41/053
    • A supporting structure for an actuator body, which can prevent reduction of vibration of an actuator body and maintain a contact state of a driver element with an abutment body in a stable manner even when the driver element receives reactive force from the abutment body is realized.An ultrasonic actuator (2) includes an actuator body (4) for generating vibration, driver elements (8), provided on a mounting surface (40a) of the actuator body (4), for outputting driving force, a pressing rubber (62) for pressing the actuator body (4) to a stage (11), a case (5) to which the actuator body (4) is coupled, and a plate spring (61) for elastically supporting the actuator body (4) relative to the case (5). The plate spring (61) supports the mounting surface (40a) of the actuator body (4) on which the driver elements 8 are provided.
    • 一种用于致动器主体的支撑结构,其可以防止致动器主体的振动的减小,并且即使当驱动元件从抵接体接收到反作用力时,也能够以稳定的方式保持驱动元件与抵接体的接触状态。 超声波致动器(2)包括用于产生振动的致动器主体(4),设置在致动器主体(4)的安装表面(40a)上的用于输出驱动力的驱动元件(8),压紧橡胶(62) 用于将致动器主体(4)按压到台架(11),致动器主体(4)联接到的壳体(5)和用于相对于所述致动器主体(4)弹性地支撑致动器本体 情况(5)。 板簧(61)支撑在其上设置有驱动元件8的致动器本体(4)的安装表面(40a)。
    • 73. 发明申请
    • DRIVER
    • 驱动程序
    • US20100148631A1
    • 2010-06-17
    • US12532836
    • 2007-03-30
    • Jun Szuki
    • Jun Szuki
    • H02N2/04H02K41/02H02N11/00
    • G11B9/02B82Y10/00G11B9/1436
    • A driver (100f) comprises a base section (110), a movable stage section (130) for mounting a driven article (12), a resilient section (12) for connecting the base section and the stage section and exhibiting resiliency for moving the stage section along one direction (Y axis), and a section (161, 162, 22) which applies a shaking force to the resilient section in order to move the stage section to oscillate alone the one direction at a resonance frequency determined by the stage section and the resilient section.
    • 驱动器(100f)包括基部(110),用于安装被驱动物品(12)的可移动台部(130),用于连接基部和台部的弹性部分(12) 沿着一个方向(Y轴)的一个台阶部分和一个向弹性部分施加振动力的部分(161,162,22),以便使舞台部分以一个方向独立地以由舞台确定的共振频率摆动 截面和弹性部分。
    • 74. 发明申请
    • PIEZOELECTRIC LINEAR MOTOR OFFERING ENHANCED DISPLACEMENT
    • 压电式线性电机提供增强的位移
    • US20100102674A1
    • 2010-04-29
    • US12297248
    • 2007-04-11
    • Man Sun Yun
    • Man Sun Yun
    • H02N2/04
    • H02N2/025H01L41/098
    • A piezoelectric linear motor for providing enhanced displacement using a dome-shaped piezoelectric ceramic is provided. The piezoelectric linear motor includes a dome-shaped piezoelectric ceramic (100) processed such that different electrodes are formed on opposite surfaces of the piezoelectric ceramic. A vibration shaft (200) is fixed to a first surface of the piezoelectric ceramic so that the vibration shaft moves in conjunction with displacement of the piezoelectric ceramic. A movable element (300) is linearly driven through friction with the vibration shaft while coming into contact with the vibration shaft. The movable element moves in a movement direction of the vibration shaft if the inertial force of the movable element is less than the frictional force between the movable element and the vibration shaft when the vibration shaft moves. According to the present invention, the piezoelectric ceramic is formed in a dome shape, so that movement displacement is enhanced.
    • 提供一种使用圆顶形压电陶瓷提供增强的位移的压电线性电动机。 压电线性电动机包括经加工的圆顶形压电陶瓷(100),使得在压电陶瓷的相对表面上形成不同的电极。 振动轴(200)固定在压电陶瓷的第一表面上,使得振动轴与压电陶瓷的位移一起移动。 可移动元件(300)在与振动轴接触的同时通过与振动轴的摩擦线性地驱动。 如果可动元件的惯性力小于振动轴移动时的可移动元件与振动轴之间的摩擦力,则可动元件在振动轴的移动方向上移动。 根据本发明,压电陶瓷形成为圆顶形状,从而提高了移动位移。
    • 76. 发明申请
    • ADJUSTING DEVICE WITH HIGH POSITION RESOLUTION, EVEN IN THE NANO-OR SUBNANOMETER RANGE
    • 具有高位置分辨率的调节装置,即使在纳米或亚微米范围内
    • US20100013354A1
    • 2010-01-21
    • US12309990
    • 2007-08-13
    • Harry MarthRong LiangPatrick Pertsch
    • Harry MarthRong LiangPatrick Pertsch
    • H01L41/09H02N2/04
    • H02N2/062H02N2/028
    • The invention relates to an adjusting device with high position resolution, even in the nano- or subnanometer range and a regulating distance of a few micrometers up to several hundred millimeters, wherein PZT-solid state actuators in a closed-loop control circuit are used for the main control direction, the positions thereof being determined by high resolution sensors and the PZT-solid state actuators are in connection with a platform (2) via joints. For the compensation of position errors occurring perpendicular to the individual position, additional actuators (5) on the basis of piezoelectric single crystals are intended according to the invention. The single crystals are actuated according to stored values in an error table, wherein the respective control value results as a function of the main control axis, however with reversed gradient signs, and the additional actuators are connected to the adjusting device platform by a correcting plate (4).
    • 本发明涉及具有高定位分辨率的调节装置,即使在纳米级或亚微米范围内,调节距离为几微米至几百毫米,其中闭环控制电路中的PZT-固态致动器用于 主控制方向,其位置由高分辨率传感器和PZT固态致动器确定,通过接头与平台(2)连接。 对于垂直于单独位置发生的位置误差的补偿,根据本发明意图是基于压电单晶的附加致动器(5)。 根据误差表中的存储值来激活单晶体,其中相应的控制值作为主控制轴的函数,然而具有反向梯度符号,并且附加致动器通过校正板连接到调节装置平台 (4)。
    • 77. 发明授权
    • Connecting piezoactuator
    • 连接压电致动器
    • US07605520B2
    • 2009-10-20
    • US10595153
    • 2004-06-03
    • Willibald SchürzMartin Simmet
    • Willibald SchürzMartin Simmet
    • H01L41/047H02N2/04
    • H01L41/0475H01L41/083
    • A circuit arrangement for operating a linear exhaust-gas probe has a measuring cell for measuring a gas concentration by determining a measuring-cell voltage, in addition to a pump cell for pumping gas. A comparator circuit compares the measuring-cell voltage with a target voltage and provides a corresponding analog deviation signal. A pump current source provides the pump current is controlled by the deviation signal using a control circuit for the approximation of the measuring cell voltage to the target voltage. In order to reliably limit the pump voltage with no significant detrimental effect on the operation, the circuit also comprises: a second comparator circuit for comparing the pump voltage with a predefined threshold voltage and for providing a corresponding binary switching signal; and a counter coupling path between the output of the pump current source and the control circuit, the path being enabled when the threshold voltage is exceeded.
    • 用于操作线性排气探针的电路装置除了用于泵送气体的泵电池之外,还具有通过确定测量电池电压来测量气体浓度的测量单元。 比较器电路将测量单元电压与目标电压进行比较,并提供对应的模拟偏差信号。 泵电流源提供泵电流由偏差信号控制,使用用于将测量电池电压近似为目标电压的控制电路。 为了可靠地限制泵浦电压对操作没有显着的不利影响,电路还包括:第二比较器电路,用于将泵浦电压与预定阈值电压进行比较,并用于提供相应的二进制开关信号; 以及在泵电流源的输出和控制电路之间的计数器耦合路径,该路径在超过阈值电压时被使能。
    • 78. 发明申请
    • PIEZOELECTRIC ACTUATOR, LIQUID TRANSPORTING APPARATUS, AND METHOD FOR MANUFACTURING PIEZOELECTRIC ACTUATOR
    • 压电致动器,液体运输装置和制造压电致动器的方法
    • US20090244205A1
    • 2009-10-01
    • US12413461
    • 2009-03-27
    • Keiji KURA
    • Keiji KURA
    • B41J2/045H02N2/04H01L41/047H01L41/22
    • B41J2/14233B41J2002/14258H01L41/0471H01L41/083H01L41/0973H01L41/257Y10T29/42
    • A piezoelectric actuator includes a first piezoelectric layer, a second piezoelectric layer stacked on the first piezoelectric layer, a first electrode arranged on the first piezoelectric layer, a second electrode arranged between the first and second piezoelectric layers, and a third electrode arranged on the second piezoelectric layer. A portion of the third electrode faces the second electrode, and another portion of the third electrode faces the first electrode. The first electrode does not face at least a portion of the second electrode. A portion, of the second piezoelectric layer, sandwiched between the second electrode and the third electrode is polarized in a first direction in a thickness direction thereof, and portions, of the first and the second piezoelectric layers, which are sandwiched between the first electrode and the third electrode and between which the second electrode is not arranged, are polarized in a direction opposite to the first direction.
    • 压电致动器包括:第一压电层,堆叠在第一压电层上的第二压电层,布置在第一压电层上的第一电极,布置在第一和第二压电层之间的第二电极和布置在第二压电层上的第三电极 压电层。 第三电极的一部分面向第二电极,第三电极的另一部分面向第一电极。 第一电极不面对第二电极的至少一部分。 夹在第二电极和第三电极之间的第二压电层的一部分在厚度方向上沿第一方向偏振,并且第一和第二压电层的夹在第一电极和第二电极之间的部分 所述第三电极和所述第二电极之间未布置,所述第三电极沿与所述第一方向相反的方向极化。
    • 80. 发明申请
    • ACTUATOR
    • 执行机构
    • US20090153935A1
    • 2009-06-18
    • US11568137
    • 2005-04-14
    • Osamu Kajino
    • Osamu Kajino
    • G02B26/00H02N2/04
    • G02B26/0841
    • An actuator according to the present invention includes: a base 1; a movable section 7 capable of displacement relative to the base 1; elastic supporting members 13a to 13c for supporting the movable section 7 so as to allow the movable section 7 to make a displacement relative to the base 1; and a plurality of driving sections 6a to 6c for causing the movable section 7 to be displaced relative to the base 1. The plurality of driving sections 6a to 6c respectively include driving force transmitting sections 10a to 10c which come in contact with the movable section when transmitting driving force to the movable section 7.
    • 根据本发明的致动器包括:基座1; 能够相对于基座1移位的可动部7; 弹性支撑构件13a至13c,用于支撑可移动部分7,以允许可移动部分7相对于基部1移位; 以及用于使可动部7相对于基座1移位的多个驱动部6a〜6c。多个驱动部6a〜6c分别包括与可动部接触的驱动力传递部10a〜10c, 向可动部7发送驱动力。