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    • 21. 发明授权
    • Semiconductor device and resin film
    • 半导体器件和树脂膜
    • US06246114B1
    • 2001-06-12
    • US08944891
    • 1997-10-06
    • Yoshikazu TakahashiMasami SuzukiMasaru Kimura
    • Yoshikazu TakahashiMasami SuzukiMasaru Kimura
    • H01L2348
    • H01L23/49572H01L23/13H01L23/49816H01L23/4985H01L25/105H01L2224/16H01L2224/73204H01L2225/1023H01L2225/1041H01L2225/1058H01L2924/01078H01L2924/01079H01L2924/15311
    • Disclosed are a semiconductor device, a method for manufacturing the same, and a method for mounting the same. The method for manufacturing a semiconductor device includes the steps of: preparing a package film having a planar configuration whose region is divided into a device-mounting film portion having a device hole forming therein, an external-connection film portion, and a bent portion located between the device-mounting film portion and the external-connection film portion, an external electrode pad being formed on the external-connection film portion on a first surface side of the package film, an inner lead being formed in such a manner as to lead from the device hole to the external electrode pad via the bending portion; mounting a semiconductor chip on the device-mounting film portion on the first surface side by bonding the inner lead to an electrode pad of the semiconductor chip in a region where the device hole is formed; and bending the external-connection film portion at the bending portion 180° toward a second surface side of the package film and fixing the same. The method for mounting a semiconductor device on a mother board in close contact therewith includes the steps of: depositing solder balls on electrode pads of the mother board; and placing the semiconductor device on the mother board and melting the solder balls so as to electrically connect the electrode pads of the mother board and the external electrode pads of the semiconductor device.
    • 公开了一种半导体器件及其制造方法及其安装方法。 制造半导体器件的方法包括以下步骤:制备具有平面形状的封装膜,其区域被分成具有形成器件孔的器件安装膜部分,外部连接膜部分和位于 在所述装置安装膜部分和所述外部连接膜部分之间,在所述封装膜的第一表面侧的所述外部连接膜部分上形成外部电极焊盘,所述内部引线形成为引导 从所述装置孔经由所述弯曲部到所述外部电极焊盘; 通过在形成器件孔的区域中将内部引线接合到半导体芯片的电极焊盘,将半导体芯片安装在第一表面侧的器件安装膜部分上; 并且将弯曲部分处的外部连接膜部分朝向封装膜的第二表面侧弯曲180°并将其固定。 将半导体器件与母板紧密接触的方法包括以下步骤:在母板的电极焊盘上沉积焊球; 并将半导体器件放置在母板上并熔化焊球,以将母板的电极焊盘和半导体器件的外部电极焊盘电连接。
    • 22. 发明授权
    • Stamp and stamp cassette
    • 邮票和邮票盒
    • US6085648A
    • 2000-07-11
    • US692468
    • 1996-08-06
    • Masaru KimuraSeita Suzuki
    • Masaru KimuraSeita Suzuki
    • B41K1/32B41K1/00B41K1/44B41N1/24B41L27/26
    • B41K1/32B41K1/00
    • A stamp includes an ink supply member capable of exchangeably affixing an engraved thermal stencil paper which is engraved by means of a thermal head, and a stamp holder wherein the engraved thermal stencil paper attached to the ink supply member is received so as to oppose the stamping opening. The thermal stencil paper is constructed by layering a film which melts with heat and a porous supporting member. The ink supply member is constructed by impregnating an open-pored microporous structure with ink having a viscosity of 1,000 to 100,000 CPS and 2.5 or less on the Thixotropy Index. The thermal stencil paper, along with a transport-assistant tape to reinforce the thermal stencil paper, are rolled onto a core in a double layer. Stamping quality can be further improved by providing the thermal stencil paper with a water-repellent oil-repellent layer, by making the microporous structure impermeable to ink on surfaces other than the surface in contact with the thermal stencil paper, or by rolling the thermal stencil paper onto the core without an adhesive agent.
    • 邮票包括能够可交换地固定通过热敏头雕刻的雕刻热模版纸的墨水供应构件和附接到供墨构件的雕刻热模版纸被接收以与冲压件相对的印模保持器 开放 热模版纸通过将热熔融的膜和多孔支撑构件分层而构成。 供墨构件通过在触变指数上浸渍具有1,000至100,000CPS的粘度和2.5或更小的油墨的开孔微孔结构来构造。 热模版纸以及用于加强热模版纸的运输辅助胶带卷成双层的芯。 通过使热模板纸具有防水拒油层,通过使微孔结构不能与热模版纸接触的表面以外的表面上的油墨不可渗透,或者通过滚动热模板来进一步改善冲压质量 纸上没有粘合剂的纸。
    • 23. 发明授权
    • Syringe type column for chromatography
    • 注射器色谱柱
    • US5186839A
    • 1993-02-16
    • US764974
    • 1991-09-23
    • Masaru KimuraHiromi Kochi
    • Masaru KimuraHiromi Kochi
    • G01N30/60
    • G01N30/6021
    • A syringe type column used for liquid chromatography, wherein a stationary phase (4) and a solvent for development (5) are placed in a cylindrical barrel (1), and an air vent (2a) extends through a plunger (2) which is inserted in the barrel. Development is effected, while the air vent (2a) is closed to prevent air leakage therethrough, by pushing down the plunger (2). When the plunger (2) is drawn out in order to supplement the solvent for development, air flows into the cylindrical barrel (1) through the air vent (2a) so that an inner space of the barrel (1) is not held under a negative pressure and the stationary phase (4) is not disturbed.
    • 用于液相色谱法的注射器型柱,其中固定相(4)和显影用溶剂(5)放置在圆柱形筒体(1)中,并且排气孔(2a)延伸穿过柱塞(2) 插入枪管。 通过按压柱塞(2),排气口(2a)被关闭以防止空气泄漏。 当柱塞(2)被拉出以补充用于显影的溶剂时,空气通过排气口(2a)流入圆柱形筒体(1),使得筒体(1)的内部空间不被保持在 负压和固定相(4)不受干扰。
    • 24. 发明授权
    • Liquid painting instrument with valve control
    • 液体喷涂仪器带阀门控制
    • US5176461A
    • 1993-01-05
    • US651826
    • 1991-01-07
    • Masaru Kimura
    • Masaru Kimura
    • A45D19/02A45D34/04A46B11/00A46B11/02B05C17/00B43K5/18B65D47/42
    • A45D19/02A45D34/042A46B11/0013A46B11/0079B43K5/1863B43K5/1872
    • A liquid painting instrument according to the present invention includes a neck portion of a cross-sectionally noncircular configuration provided on a wall having a passage hole that allows the neck member of the inner shaft to pass therethrough at a certain position in a circumferential phase while preventing the neck member from passing therethrough at other positions in the circumferential phase. The control wall is located at a position in front of the neck portion in the unknocked state. Projections are also provided on the front face of the neck member; each has a cam face that slides on the rear face of the control wall so as to displace the inner shaft rearward with respect to the fixed position where the valve is closed when the inner shaft is rotated preventing the neck member from passing through the passage hole.
    • 根据本发明的液体喷绘装置包括:具有横截面非圆形构造的颈部,该颈部具有通孔,所述壁具有允许内轴的颈部件在周向相位的特定位置通过,同时防止 颈部件在圆周相中的其它位置处通过。 控制壁处于未打开状态的颈部前方的位置。 在颈部构件的前表面上也设置有突出物; 每个具有凸轮面,所述凸轮面在所述控制壁的后表面上滑动,以便当所述内轴旋转时相对于所述阀关闭的所述固定位置向后移动所述内轴,从而防止所述颈部构件穿过所述通道孔 。
    • 28. 发明授权
    • DVD video playback system and DVD disk playback method
    • DVD视频播放系统和DVD碟播放方式
    • US08311396B2
    • 2012-11-13
    • US11583960
    • 2006-10-18
    • Masaru Kimura
    • Masaru Kimura
    • H04N5/84H04N5/89
    • H04N21/4344H04N21/23608H04N21/41422H04N21/42646H04N21/4325
    • In a DVD video playback system adapted to transmit data in the form of a PS (program stream) from a source device to each sink device, a navigation manager of the source device stores system parameters, which are necessary for each sink device to decode the PS, in an unused area of a NV_PACK received from a PS demultiplexer and transmits it to a PS multiplexer. The navigation manager of the source device also produces an ORG_PACK in which navigation data necessary for each sink device to decode the PS, and transmits it to the PS multiplexer. The PS multiplexer produces a PS by multiplexing ORG_PACK and NV_PACK received from the navigation manager, V_PACK received from a video transcoder, and A_PACK and SP_PACK received from the PS demultiplexer, and the PS multiplexer transmits the resultant PS to each sink device via an in-vehicle LAN interface.
    • 在适于将PS(节目流)形式的数据从源设备发送到每个宿设备的DVD视频播放系统中,源设备的导航管理器存储系统参数,每个宿设备必须对其进行解码 PS,在从PS解复用器接收的NV_PACK的未使用区域中,并将其发送到PS多路复用器。 源设备的导航管理器还产生一个ORG_PACK,其中每个宿设备所需的导航数据解码PS,并将其发送到PS多路复用器。 PS多路复用器通过复用从导航管理器接收的ORG_PACK和NV_PACK,从视频代码转换器接收的V_PACK,以及从PS解复用器接收的A_PACK和SP_PACK,产生PS,并且PS多路复用器通过内部 车载L​​AN接口。
    • 29. 发明授权
    • Audio device
    • 音频设备
    • US08306243B2
    • 2012-11-06
    • US12663684
    • 2008-08-11
    • Masaru KimuraBunkei Matsuoka
    • Masaru KimuraBunkei Matsuoka
    • H04R1/40H04R5/00
    • H04S1/002
    • A signal processing section 3 is set up which provides an anti-phase component signal S extracted by an anti-phase component extracting section 2 with a transfer characteristic (Hd+Hx)/(Hd−Hx); an adder 4 adds the phase-inverted signal of the anti-phase component signal S provided with the transfer characteristic by the signal processing section 3 and an in-phase component signal M extracted by an in-phase component extracting section 1; and an adder 5 adds the anti-phase component signal S provided with the transfer characteristic by the signal processing section 3 and the in-phase component signal M extracted by the in-phase component extracting section 1.
    • 设置信号处理部分3,其提供具有传输特性(Hd + Hx)/(Hd-Hx))的由反相分量提取部分2提取的反相分量信号S; 加法器4将由信号处理部分3提供传递特性的反相分量信号S的相位反相信号和由同相分量提取部分1提取的同相分量信号M相加; 并且加法器5将由信号处理部分3提供传递特性的反相分量信号S和由同相分量提取部分1提取的同相分量信号M相加。