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    • 2. 发明申请
    • METHOD FOR MANUFACTURING OSCILLATOR DEVICE AND OSCILLATOR DEVICE
    • 用于制造振荡器装置和振荡器装置的方法
    • US20110302774A1
    • 2011-12-15
    • US13073292
    • 2011-03-28
    • Hajime KUBOTAMasayuki ITOHMasakazu KISHI
    • Hajime KUBOTAMasayuki ITOHMasakazu KISHI
    • H01R43/00
    • H03H9/1014H01L2224/48091H01L2924/16195H03H3/02Y10T29/49005Y10T29/4908Y10T29/49117H01L2924/00014
    • An oscillator device manufacturing method includes: placing an oscillator provided with electrodes on a convex pedestal provided on an assembly table; arranging, on the assembly table, a frame member including an opening surrounded by a frame thereof and provided with electrode pads on the frame such that the opening is positioned at the pedestal; connecting the electrode pads to the electrodes of the oscillator placed on the pedestal via wires, while the frame member is arranged on the assembly table; removing the frame member from the assembly table together with the oscillator after the connecting, and bonding the frame member connected to the oscillator to a substrate. By using the method, the oscillator device including the oscillator suspended in air above the substrate can be efficiently manufactured. In stead of using the frame member, a frame body in which frame members are arrayed can be employed.
    • 振荡器装置的制造方法包括:将设置有电极的振荡器放置在组装台上的凸台上; 在组装台上布置框架构件,框架构件包括由框架围绕的开口,并且在框架上设置有电极垫,使得开口位于基座处; 通过电线将电极焊盘连接到放置在基座上的振荡器的电极,同时框架构件布置在组装台上; 在连接之后,与振荡器一起从组装台移除框架构件,并将连接到振荡器的框架构件接合到基板。 通过使用该方法,可以有效地制造包括悬挂在基板上方的空气中的振荡器的振荡器装置。 可以采用其中框架构件排列的框体,而不是使用框架构件。
    • 4. 发明申请
    • TANTALUM CAPACITOR
    • TANTALUM电容
    • US20090235499A1
    • 2009-09-24
    • US12277947
    • 2008-11-25
    • Masayuki ITOH
    • Masayuki ITOH
    • H01G9/07
    • H01G9/052H01G2/065H01G9/0029H01G9/012H01G9/15Y10T29/417Y10T29/435
    • A tantalum capacitor includes: sintered bodies which are disposed at intervals and respectively have first surfaces forming the same surface; and electrode rods which respectively extend into the tantalum sintered bodies and project from the first surfaces of the tantalum sintered bodies. The tantalum capacitor further includes: layers composed of an oxide film layer, a functional polymer layer or a manganese layer, and a carbon layer which are sequentially laminated on surfaces of each of the tantalum sintered bodies excluding the first surface; a conductive layer which covers outside surfaces of the tantalum sintered bodies excluding the first surfaces; and an electrode plate having openings respectively formed at positions corresponding to the first surfaces of the tantalum sintered bodies so that the electrode rods are exposed through the openings. The electrode plate is connected to the conductive layer and spreads across the first surfaces of the tantalum sintered bodies.
    • 钽电容器包括:间隔设置并分别具有形成相同表面的第一表面的烧结体; 以及分别延伸到钽烧结体中并从钽烧结体的第一表面突出的电极棒。 钽电容器还包括:层叠在除了第一面以外的各个钽烧结体的表面上的由氧化物膜层,功能聚合物层或锰层构成的层和碳层, 导电层,其覆盖除了第一表面之外的钽烧结体的外表面; 以及电极板,其具有分别形成在与所述钽烧结体的所述第一表面相对应的位置处的开口,使得所述电极棒通过所述开口露出。 电极板与导电层连接,并扩散到钽烧结体的第一表面。
    • 7. 发明申请
    • ELECTRONIC COMPONENT AND LEAD UNIT THEREFOR
    • 电子元件及其导线单元
    • US20080190647A1
    • 2008-08-14
    • US12102280
    • 2008-04-14
    • Masayuki ITOH
    • Masayuki ITOH
    • H01B5/00
    • H01G9/008H01G9/10H01G9/151
    • An electronic component has a casing. An electrically-conductive body enclosed in the casing. The inner end of a lead is welded to the electrically-conductive body. The outer end of the lead projects outward out of the casing through a through hole formed in the casing. An enlarged portion is formed in the lead at a position between the inner end and the outer end. The enlarged portion is set in the through hole to close the through hole. Even if whiskers are generated at a position between the electrically-conductive body and the lead based on stress generated during a welding process, the whiskers are received on the enlarged portion in the through hole. No whisker falls out of the casing through the through hole.
    • 电子部件具有外壳。 封闭在壳体内的导电体。 引线的内端焊接到导电体上。 引线的外端通过形成在壳体中的通孔向外伸出壳体。 在内端部和外端部之间的位置,在引线上形成有扩大部。 放大部分设置在通孔中以关闭通孔。 即使在基于焊接过程中产生的应力的情况下在导电体与导线之间的位置产生晶须,晶须也被容纳在通孔的扩大部分上。 没有晶须从通孔穿过套管。