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    • 33. 发明申请
    • PIEZOELECTRIC ACTUATOR, ACOUSTIC COMPONENT, AND ELECTRONIC DEVICE
    • 压电元件,电子元件
    • US20090096326A1
    • 2009-04-16
    • US12063746
    • 2006-08-30
    • Yasuharu OnishiYasuhiro SasakiNozomi Toki
    • Yasuharu OnishiYasuhiro SasakiNozomi Toki
    • H04R17/00
    • G10K9/122B06B1/0603H01L41/0933H04R17/00
    • A piezoelectric actuator capable of providing high sound pressure and excellent frequency characteristics when it is used as an acoustic element and advantageous for a reduction in size. The piezoelectric actuator (50) comprises a piezoelectric element (10) performing such an expansion/contraction motion that its principal plane is expanded or contracted according to the state of a filed, a pedestal (24) on which the piezoelectric element is stamped, and four beam parts (30) connected to the outer peripheral parts of the pedestal (24). The pedestal (vibrating part) is vertically vibrated according to the expansion/contraction motion of the piezoelectric element (10). Each of the beam parts (30) comprises an extension part (35) extending from the outer peripheral part of the pedestal (24) to the outside and a rise part (36) continuously extended from the extension part (35) in a direction perpendicular to the extended direction of the extension part (35).
    • 一种压电致动器,当其用作声学元件并且有利于减小尺寸时,能够提供高声压和优异的频率特性。 压电致动器(50)包括执行这样的膨胀/收缩运动的压电元件(10),其主平面根据压纹元件的状态,压印元件被冲压的基座(24)膨胀或收缩;以及 四个梁部分(30)连接到基座(24)的外围部分。 基座(振动部)根据压电元件(10)的伸缩动作而垂直振动。 每个梁部分(30)包括从基座(24)的外周部分延伸到外部的延伸部分(35)和从延伸部分(35)沿垂直方向连续延伸的上升部分(36) 到延伸部分(35)的延伸方向。
    • 36. 发明申请
    • Drive Circuit for Piezoelectric Pump and Cooling System That Uses This Drive Circuit
    • 使用该驱动电路的压电泵和冷却系统的驱动电路
    • US20070242427A1
    • 2007-10-18
    • US10590081
    • 2005-02-01
    • Mitsuru YamamotoSunao HamamuraYasuhiro SasakiSakae Kitajo
    • Mitsuru YamamotoSunao HamamuraYasuhiro SasakiSakae Kitajo
    • H05K7/20H02N2/00
    • F04B45/047F04B17/003F04B43/046G06F1/206H01L23/473H01L41/042H01L2924/0002Y02D10/16H01L2924/00
    • A drive circuit of a piezoelectric pump that is both light and compact, that can drive a piezoelectric pump with a low level of undesired noise, and that can further realize with low power consumption a coolant device capable of reliable operation at the time of activation. A piezoelectric element of the piezoelectric pump is driven by the output signal of an amplifier that takes as input a signal that is generated by a sine wave oscillator of the same frequency that drives the piezoelectric element. The amplifier is driven by a high voltage obtained by conversion from a low-voltage power supply by a voltage-boosting converter, whereby the piezoelectric element is driven by a low-frequency sine wave of high voltage. The frequency of the sine wave oscillation is further adjusted by a signal from a first control circuit at the time of activation. In addition, the amplitude of the sine wave oscillation is adjusted by the output signal of a second control circuit that takes as input a signal from temperature sensor for sensing the temperature of the heat-generating body.
    • 压电泵的驱动电路既轻又紧凑,可以驱动具有低水平的不期望的噪声的压电泵,并且可以在低功耗的情况下进一步实现能够在激活时可靠运行的冷却剂装置。 压电泵的压电元件由放大器的输出信号驱动,该放大器将驱动压电元件的相同频率的正弦波振荡器产生的信号作为输入。 放大器由通过由升压转换器从低压电源转换而获得的高电压驱动,由此压电元件由高电压的低频正弦波驱动。 在激活时,来自第一控制电路的信号进一步调整正弦波振荡的频率。 此外,正弦波振荡的振幅通过第二控制电路的输出信号进行调节,该第二控制电路将用于感测发热体温度的温度传感器的信号作为输入。
    • 37. 发明申请
    • Lever type connector
    • 杠杆式连接器
    • US20070202722A1
    • 2007-08-30
    • US11701376
    • 2007-02-02
    • Yasuhiro SasakiShoji YamamotoTakahiro YonedaRyo SawadaKen Yoshimura
    • Yasuhiro SasakiShoji YamamotoTakahiro YonedaRyo SawadaKen Yoshimura
    • H01R13/62
    • H01R13/62955H01R13/62938
    • A lever type connector is provided with a lever assisting in fitting or detaching first and second connector housings thereof. A lever is fitted to the first connector housing. A plurality of projecting parts is provided in a circumference of the lever. A plurality of receiving parts is provided in the first connector housing to slidably engage with the projecting part Engagement between the projecting and receiving parts prevents the lever from deformation and warpage in a rotating operation of the lever for the connecting operation. The projecting parts and the receiving parts are configured so that the projecting parts and the receiving parts are engaged only when the lever is positioned so that the fitting force is large in the rotating operation, and the projecting parts and the receiving parts are not engaged when the lever is positioned in another state in which the fitting force is small.
    • 杠杆式连接器设置有一个辅助装配或拆卸其第一和第二连接器壳体的杆。 杠杆安装在第一连接器外壳上。 多个突出部设置在杠杆的周边。 多个接收部件设置在第一连接器壳体中以与突出部分可滑动地接合。接合部件之间的配合防止了杠杆在用于连接操作的杆的旋转操作中的变形和翘曲。 突出部分和接收部分被构造成使得突出部分和接收部分仅当杠杆定位成使得在旋转操作中的配合力大时才接合,并且突出部分和接收部分不接合 杠杆位于装配力较小的另一状态。
    • 39. 发明申请
    • Electronic device and microphone holder therefor
    • 电子设备和麦克风支架
    • US20060128444A1
    • 2006-06-15
    • US11299912
    • 2005-12-13
    • Nozomi TokiYasuhiro SasakiYasuharu Oonishi
    • Nozomi TokiYasuhiro SasakiYasuharu Oonishi
    • H04M1/00
    • H04M1/03H04M1/035H04M1/18H04M1/20
    • An electronic device includes a microphone, a microphone holder holding the microphone therein, and a case encasing the microphone holder therein. The microphone holder has a first portion at which the microphone holder makes contact with a first inner surface of the case, and a second portion at which the microphone holder makes contact with one of a part of the electronic device and a second inner surface of the case facing the first inner surface, the microphone holder being sandwiched between the first inner surface and the part. At least one of the first and second portions of the microphone holder is disposed more outwardly than an outer edge of the microphone in a plane which is in parallel with the first inner surface.
    • 电子设备包括麦克风,将麦克风保持在其中的麦克风保持器,以及将麦克风保持器包围在其中的壳体。 麦克风保持器具有第一部分,麦克风保持器与壳体的第一内表面接触;第二部分,麦克风保持器与电子设备的一部分接触,第二内表面与第二部分接触。 面对第一内表面的壳体,麦克风保持器夹在第一内表面和部件之间。 麦克风保持器的第一和第二部分中的至少一个在与第一内表面平行的平面中比麦克风的外边缘更加向外设置。