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    • 3. 发明授权
    • Electromechanical conversion element and actuator
    • 机电转换元件和执行器
    • US08378555B2
    • 2013-02-19
    • US13437299
    • 2012-04-02
    • Tadashi YodaToshio NishimuraMasanaga NishikawaYasuhiro OkamotoTomoyuki Yuasa
    • Tadashi YodaToshio NishimuraMasanaga NishikawaYasuhiro OkamotoTomoyuki Yuasa
    • H01L41/047
    • H02N2/025H01L41/313
    • An electromechanical conversion element having high connection reliability and an actuator equipped with the electromechanical conversion element. The electromechanical conversion element includes: a displacement part capable of expanding and contracting by application of voltage and having electrode forming faces and an adhesion face which are disposed adjacent to each other; and external electrodes on the electrode forming faces, in which lead electrodes for applying voltage to the displacement part are bonded to bonding regions provided in the external electrodes, and a driven member capable of being driven by the expansion and contraction of the displacement part is bonded to the adhesion face by an adhesive. The electromechanical conversion element further includes bleed flow blocking parts on the electrode forming faces at points closer to the adhesion face than ends of the bonding regions located on the same side as the adhesion face.
    • 具有高连接可靠性的机电转换元件和配备有机电转换元件的致动器。 机电转换元件包括:能够通过施加电压而伸缩的位移部件,并且具有彼此相邻设置的电极形成面和粘合面; 并且电极形成面上的外部电极,其中向位移部分施加电压的引线电极被接合到设置在外部电极中的接合区域,并且能够通过位移部分的膨胀和收缩而被驱动的从动构件被接合 通过粘合剂粘附到粘合面上。 机电转换元件还包括在与粘合面位于同一侧的接合区域的端部处的电极形成面处的渗出阻流部分,其比靠近粘合面的点处。
    • 4. 发明申请
    • Electromechanical Conversion Element and Actuator
    • 机电转换元件和执行器
    • US20120187800A1
    • 2012-07-26
    • US13437299
    • 2012-04-02
    • Tadashi YodaToshio NishimuraMasanaga NishikawaYasuhiro OkamotoTomoyuki Yuasa
    • Tadashi YodaToshio NishimuraMasanaga NishikawaYasuhiro OkamotoTomoyuki Yuasa
    • H01L41/047H01L41/09
    • H02N2/025H01L41/313
    • An electromechanical conversion element having high connection reliability and an actuator equipped with the electromechanical conversion element. The electromechanical conversion element includes: a displacement part capable of expanding and contracting by application of voltage and having electrode forming faces and an adhesion face which are disposed adjacent to each other; and external electrodes on the electrode forming faces, in which lead electrodes for applying voltage to the displacement part are bonded to bonding regions provided in the external electrodes, and a driven member capable of being driven by the expansion and contraction of the displacement part is bonded to the adhesion face by an adhesive. The electromechanical conversion element further includes bleed flow blocking parts on the electrode forming faces at points closer to the adhesion face than ends of the bonding regions located on the same side as the adhesion face.
    • 具有高连接可靠性的机电转换元件和配备有机电转换元件的致动器。 机电转换元件包括:能够通过施加电压而伸缩的位移部件,并且具有彼此相邻设置的电极形成面和粘合面; 并且电极形成面上的外部电极,其中向位移部分施加电压的引线电极被接合到设置在外部电极中的接合区域,并且能够通过位移部分的膨胀和收缩而被驱动的从动构件被接合 通过粘合剂粘附到粘合面上。 机电转换元件还包括在与粘合面位于同一侧的接合区域的端部处的电极形成面处的渗出阻流部分,其比靠近粘合面的点处。
    • 6. 发明授权
    • Composite vibration device
    • 复合振动装置
    • US06717335B2
    • 2004-04-06
    • US09993963
    • 2001-11-27
    • Toshio NishimuraJiro InoueHiroaki KaidaAkihiro Mitani
    • Toshio NishimuraJiro InoueHiroaki KaidaAkihiro Mitani
    • H01L4104
    • H03H9/0514H03H9/178
    • A composite vibration device includes a piezoelectric element defining a vibrating member, which is made of a material having a first acoustical impedance, first and second reflecting layers are connected to respective end surfaces of the piezoelectric element, each of the layers are made of a material having a second acoustical impedance lower than the first acoustical impedance, and first and second supporting members. Each of the first and second supporting members is made of a material having an acoustical impedance higher than the second acoustical impedance and is connected to the outer surface of each of the first and second reflecting layers. Vibrations propagated from the piezoelectric element are reflected at the interfaces between the reflecting layers and the supporting members.
    • 复合振动装置包括限定由具有第一声阻抗的材料制成的振动部件的压电元件,第一和第二反射层连接到压电元件的相应端表面,每个层由材料制成 具有低于第一声阻抗的第二声阻抗,以及第一和第二支撑构件。 第一和第二支撑构件中的每一个由具有高于第二声阻抗的声阻抗的材料制成,并且连接到第一和第二反射层中的每一个的外表面。 从压电元件传播的振动在反射层和支撑构件之间的界面处被反射。