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    • 2. 发明授权
    • Piezoelectric component
    • 压电元件
    • US5925974A
    • 1999-07-20
    • US846287
    • 1997-04-30
    • Takashi YamamotoShigemasa KusabirakiToshihiko UnamiHirohide YoshinoTetsuo Takeshima
    • Takashi YamamotoShigemasa KusabirakiToshihiko UnamiHirohide YoshinoTetsuo Takeshima
    • H03H9/17H03H9/05H03H9/58H03H9/60H01L41/08
    • H03H9/178H03H9/0514H03H9/605
    • A piezoelectric component has a substantially stronger connection between a substrate and a piezoelectric resonator and has improved electrical reliability. The piezoelectric resonator includes an insulating substrate having pattern electrodes disposed therein. A piezoelectric resonator capable of vibrating, for example in a longitudinal vibration mode is mounted on the substrate. A supporting member prepared separately as a pre-formed material member is bonded to the piezoelectric resonator at a nodal point of the resonator. A first flat surface of the supporting member is bonded to a vibrating electrode on the piezoelectric resonator by a first bonding and supporting material while a second flat surface of the supporting member is bonded to one of the pattern electrodes on the substrate by a second bonding and supporting material. The length of bonding between the piezoelectric resonator and the first bonding and supporting material along the longitudinal direction of the piezoelectric resonator is preferably set to about 25% or less of the overall length of the piezoelectric resonator. A central portion of another vibrating electrode of the piezoelectric resonator is connected to the other pattern electrode on the substrate by a conductor wire.
    • 压电元件在基板和压电谐振器之间具有更强的连接,并具有改善的电可靠性。 压电谐振器包括其中布置有图案电极的绝缘基板。 能够振动的压电谐振器例如以纵向振动模式安装在基板上。 作为预成型材料部件单独制备的支撑部件在谐振器的节点处接合到压电谐振器。 支撑构件的第一平坦表面通过第一接合和支撑材料结合到压电谐振器上的振动电极,而支撑构件的第二平坦表面通过第二接合结合到衬底上的一个图案电极,并且 配套材料 沿着压电谐振器的纵向方向的压电谐振器与第一接合和支撑材料之间的键合长度优选设定为压电谐振器的总长度的约25%或更小。 压电谐振器的另一个振动电极的中心部分通过导线连接到衬底上的另一个图案电极。
    • 4. 发明授权
    • Piezoelectric electroacoustic transducer
    • 压电式电声换能器
    • US06969942B2
    • 2005-11-29
    • US10741170
    • 2003-12-19
    • Tetsuo TakeshimaTakeshi KishimotoTakashi YamamotoKazuaki Hamada
    • Tetsuo TakeshimaTakeshi KishimotoTakashi YamamotoKazuaki Hamada
    • H04R17/00H01L41/08
    • H04R31/003H04R1/06H04R17/00H04R2307/023
    • A piezoelectric electroacoustic transducer eliminates the need for the interconnection between main surface electrodes and internal electrodes, and is capable of constructing a bimorph diaphragm using a simple connection structure. The piezoelectric electroacoustic transducer includes a laminated body formed by laminating two or three piezoelectric ceramic layers, main surface electrodes each provided on the top and bottom main surfaces, and an internal electrode provided between any adjacent two piezoelectric ceramic layers. In the piezoelectric electroacoustic transducer, all ceramic layers are polarized in the same direction with respect to the thickness direction, and by applying an alternating voltage across the main surface electrodes and the internal electrode, the laminated body generates a bending vibration in its entirety.
    • 压电电声换能器不需要主表面电极和内部电极之间的互连,并且能够使用简单的连接结构来构造双压电晶片。 压电式电声换能器包括层叠体,其通过层压两个或三个压电陶瓷层,各自设置在顶部和底部主表面上的主表面电极以及设置在任何相邻的两个压电陶瓷层之间的内部电极而形成。 在压电电声换能器中,所有陶瓷层相对于厚度方向在相同的方向上极化,并且通过在主表面电极和内部电极两端施加交流电压,层叠体整体产生弯曲振动。
    • 5. 发明授权
    • Piezoelectric ladder filter utilizing resonator with electrodes on
opposite side edges
    • 压电梯形滤波器利用具有相对侧边缘的电极的谐振器
    • US5844452A
    • 1998-12-01
    • US763252
    • 1996-12-10
    • Takashi YamamotoTetsuo Takeshima
    • Takashi YamamotoTetsuo Takeshima
    • H03H9/17H03H9/02H03H9/10H03H9/58H03H9/60H03H9/205
    • H03H9/02157H03H9/1014H03H9/605
    • A piezoelectric resonator having a miniature size and being fabricated at a low cost is used in a ladder-type filter that has a substrate, on the front and back surfaces of which line electrodes are provided. A series resonator includes a substantially rectangular piezoelectric plate vibrating in a length vibration mode and has vibrating electrodes located on a pair of opposite side edge surfaces of the substantially rectangular piezoelectric substrate. A parallel resonator including a substantially rectangular piezoelectric plate vibrating in a length vibration mode has vibrating electrodes located on the front and back major surfaces of the substantially rectangular piezoelectric substrate. The series and parallel resonator are mounted on the substrate in such a manner as to be spaced apart from each other. The vibrating electrodes of the series resonator are connected with the line electrodes, respectively, by using a conductive adhesive agent. One of the vibrating electrodes of the parallel resonator is connected to the vibrating electrode of the series resonator through a conductive adhesive agent. Further, the other of the vibrating electrodes of the parallel resonator is connected to the remaining line electrode through a metallic wire.
    • 具有小尺寸并以低成本制造的压电谐振器被用在梯形滤波器中,该梯形滤波器具有在其前表面和后表面上设置线电极的基板。 串联谐振器包括以长度振动模式振动的大致矩形的压电板,并且具有位于大致矩形的压电基板的一对相对的侧边缘表面上的振动电极。 包括以长度振动模式振动的大致矩形的压电板的并联谐振器具有位于大致矩形的压电基板的前后主表面上的振动电极。 串联和并联谐振器以彼此间隔开的方式安装在基板上。 串联谐振器的振动电极分别通过使用导电粘合剂与线电极连接。 并联谐振器的振动电极之一通过导电粘合剂连接到串联谐振器的振动电极。 此外,并联谐振器的另一个振动电极通过金属线连接到剩余的线电极。
    • 6. 发明授权
    • Piezoelectric acoustic component
    • 压电声部件
    • US06307300B1
    • 2001-10-23
    • US09311821
    • 1999-05-13
    • Takashi YamamotoTetsuo TakeshimaTakeshi Kishimoto
    • Takashi YamamotoTetsuo TakeshimaTakeshi Kishimoto
    • H01L4108
    • H04R31/003H04R1/06H04R17/00H04R2307/023
    • A piezoelectric acoustic component includes a unimorph-type vibration body, a mounting substrate, and a cover. The vibration body includes a substantially rectangular piezoelectric plate and a substantially rectangular metallic plate bonded to the back side of the piezoelectric plate. Longitudinal opposite end portions of the vibration body are fixed onto the mounting substrate via respective support members. The metallic plate of the vibration body is fixedly connected to a first electrode located on the mounting substrate via one of the support members, whereas the electrode located on the front side of the piezoelectric plate is connected to a second electrode located on the mounting substrate via a conductive wire. A gap between the mounting substrate and each of lateral opposite end portions of the vibration body is charged with silicone rubber, thereby defining an acoustic space between the vibration body and the mounting substrate. A cover having a sound release hole formed therein is bonded onto the mounting substrate so as to cover the vibration body without contacting the same.
    • 压电声部件包括单压电振动体,安装基板和盖。 振动体包括大致矩形的压电板和与压电板背面接合的大致矩形的金属板。 振动体的纵向相对端部经由各自的支撑部件固定在安装基板上。 振动体的金属板通过一个支撑构件固定地连接到位于安装基板上的第一电极,而位于压电板前侧的电极通过位于安装基板上的第二电极连接 导线。 安装基板与振动体的各个相对两端部之间的间隙被硅橡胶充填,从而在振动体和安装基板之间形成声学空间。 其中形成有声音释放孔的盖子粘合到安装基板上,以便覆盖振动体而不与其接触。
    • 7. 发明授权
    • Piezoelectric component
    • 压电元件
    • US6016024A
    • 2000-01-18
    • US832072
    • 1997-04-02
    • Toshihiko UnamiJiro InoueTakashi YamamotoTetsuo Takeshima
    • Toshihiko UnamiJiro InoueTakashi YamamotoTetsuo Takeshima
    • H01L41/08H03H9/09H03H9/10H03H9/17H03H9/60
    • H03H9/178H03H9/1014H03H9/605
    • A piezoelectric component achieves a desired Qm by using a presently available piezoelectric material. The piezoelectric component includes a supporting substrate on which pattern electrodes are provided. Electroconductive supporting members are disposed on the pattern electrodes, and a piezoelectric resonator is mounted on the supporting members. External electrodes of the piezoelectric resonator and the pattern electrodes are electrically connected to each other by the supporting members. Gaps between the piezoelectric resonator and the supporting substrate are filled with a first elastic material element. A second material element may be provided on the surface of the piezoelectric resonator disposed opposite to the surface of the resonator facing the supporting substrate. Only one of these elastic material elements or both these elastic material elements may be used.
    • 压电元件通过使用当前可用的压电材料来实现所需的Qm。 压电部件包括支撑基板,在其上设置有图案电极。 导电支撑构件设置在图案电极上,并且压电谐振器安装在支撑构件上。 压电谐振器的外部电极和图案电极通过支撑构件彼此电连接。 压电谐振器和支撑基板之间的间隙填充有第一弹性材料元件。 可以在与面向支撑基板的谐振器的表面相对设置的压电谐振器的表面上设置第二材料元件。 可以仅使用这些弹性材料元件中的一种或这两种弹性材料元件。
    • 9. 发明授权
    • Piezoelectric electroacoustic transducer
    • 压电式电声换能器
    • US07141919B1
    • 2006-11-28
    • US10435550
    • 2003-05-12
    • Kazuaki HamadaTetsuo TakeshimaManabu SumitaKeiichi KamiMitsunori Ishimasa
    • Kazuaki HamadaTetsuo TakeshimaManabu SumitaKeiichi KamiMitsunori Ishimasa
    • H04R17/00H01L41/04
    • H04R31/003H04R17/00H04R2307/023
    • A piezoelectric electroacoustic transducer includes a piezoelectric sounding body in which bending vibration is generated by applying an alternating signal between two electrodes, a case housing the piezoelectric sounding body, and a pair of terminals insert-molded in the case. In the piezoelectric electroacoustic transducer, internal connection portions of the pair of terminals are exposed on the inside surface of the side wall portion of the case so as to extend in a direction that is substantially perpendicular relative to the piezoelectric sounding body, and the internal connection portions of the terminals are electrically connected to the electrodes of the piezoelectric sounding body by using conductive adhesive. The internal connection portions of the terminals do not largely extend inside the case and accordingly, the dimensional difference between the case and the piezoelectric sounding body is minimized.
    • 压电式电声换能器包括:压电发声体,其中通过在两个电极之间施加交变信号产生弯曲振动,容纳压电发声体的壳体和嵌入成型在壳体中的一对端子。 在压电电声换能器中,一对端子的内部连接部分暴露在壳体的侧壁部分的内表面上,以便在相对于压电发声体基本上垂直的方向上延伸,并且内部连接 端子的部分通过使用导电粘合剂电连接到压电发声体的电极。 端子的内部连接部分在壳体内部没有大的延伸,因此壳体和压电发声体之间的尺寸差最小化。
    • 10. 发明申请
    • Case with insert terminal and piezoelectric electroacoustic transducer using this case, process for manufacturing case with insert terminal
    • 使用这种情况的插入端子和压电电声换能器的情况,用插入端子制造壳体的过程
    • US20060193107A1
    • 2006-08-31
    • US10564219
    • 2004-07-15
    • Keiichi KamiMitsunori IshimasaTetsuo TakeshimaManabu Sumita
    • Keiichi KamiMitsunori IshimasaTetsuo TakeshimaManabu Sumita
    • H02B1/00
    • H04R31/006H04R1/06H04R17/00
    • An insert terminal containing case includes a bottom wall, four side walls, and an opening at the upper portion, wherein a terminal made of a metal plate is vertically fixed to at least one of the four side walls by insert molding. A groove is vertically arranged at the outer side surface of the side wall fixing the terminal, the groove extending downward, the outer side surface of the terminal is partially exposed at the groove, and the inner side surface opposite the outer side surface of the terminal exposed at the groove is partially exposed at the inner side surface of the side wall. Therefore, when the terminal is provided in the case by insert molding, molding can be performed only using upper and lower dies. Furthermore, the terminal can be reliably exposed at the inner surface of the side wall. The insert terminal containing case has the minimum difference between the opening dimension of the case and the dimension of a piezoelectric diaphragm and is molded without using a sliding die.
    • 插入式端子容纳壳体包括底壁,四个侧壁和在上部的开口,其中由金属板制成的端子通过嵌入成型垂直地固定到四个侧壁中的至少一个。 在固定端子的侧壁的外侧表面上垂直设置有槽,槽向下延伸,端子的外侧表面部分地暴露在槽处,并且与端子的外侧表面相对的内侧表面 在侧壁露出的部分露出在侧壁的内侧面。 因此,当通过插入成型将端子设置在壳体中时,可以仅使用上模具和下模具进行模制。 此外,端子可以可靠地暴露在侧壁的内表面。 插入式端子容纳盒在壳体的开口尺寸和压电膜片的尺寸之间具有最小的差异,并且在不使用滑动模具的情况下被模制。