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    • 52. 发明申请
    • Package for optical semiconductor device
    • 光学半导体器件封装
    • US20040188698A1
    • 2004-09-30
    • US10786069
    • 2004-02-26
    • Mitsubishi Denki Kabushiki Kaisha
    • Eitaro Ishimura
    • H01L033/00
    • H01S5/02212H01L2224/48091H01L2924/3011H01S5/06226H01S5/0683H01L2924/00014H01L2924/00
    • A stem package with good high frequency characteristics for high-speed transmission at 10 Gbps and higher includes a stem which has an under surface, an upper surface and one or more through holes penetrating from the upper surface to the under surface, a mount for mounting, with an optical semiconductor device, on the upper surface, a lead terminal for signal supply penetrating one of the through holes with an insulator between the stem and the lead terminal, the upper surface having an earth conductor adjacent to the lead terminal for signal supply and projecting from the upper surface so that a difference between the characteristic impedance of the transmission line constituted by the through hole, the insulator, and the lead terminal for signal supply and the characteristic impedance of the transmission line constituted by a lead terminal for signal supply projecting from the upper surface is small.
    • 具有10Gbps以上的高速传输的具有良好的高频特性的杆组件包括具有下表面,上表面和从上表面到下表面穿透的一个或多个通孔的杆,用于安装 在上表面上具有用于信号供给的引线端子,用于在所述杆和引线端子之间具有绝缘体的一个通孔,所述上表面具有与所述引线端子相邻的接地导体用于信号供给 并且从上表面突出,使得由通孔,绝缘体和用于信号供给的引线端子构成的传输线的特性阻抗与由用于信号供给的引线端子构成的传输线的特性阻抗之间的差异 从上表面突出小。
    • 54. 发明申请
    • Converter device having power factor improving circuit
    • 具有功率因数改善电路的转换器装置
    • US20040178784A1
    • 2004-09-16
    • US10647299
    • 2003-08-26
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Kazuaki Okamoto
    • G05F001/40
    • H02M1/4225Y02B70/126
    • A converter device is provided which has a power factor improving circuit that removes effects of noise superimposed on an AC power supply and reduces higher harmonics and improves the power factor. A power factor improving circuit (103) generally includes a voltage error amplifier (8), a current error amplifier (10), a comparator (11), a triangular wave oscillator (12), an output buffer (13), and a DC power supply (PS). A power factor improving unit (102) has a photocoupler (14) for detecting an output of an AC power supply (1) and a microcomputer (15), where the output (Vp) of the photocoupler (14) is given to the MCU of the microcomputer (15). A D/A converter (17) in the microcomputer (15) gives a converter output (DAO) to the power factor improving circuit (103) and the power factor improving circuit (103) gives a reference voltage (VREF) to the D/A converter (17).
    • 提供一种转换器装置,其具有功率因数改善电路,其消除叠加在AC电源上的噪声的影响,并降低高次谐波并提高功率因数。 功率因数改善电路(103)通常包括电压误差放大器(8),电流误差放大器(10),比较器(11),三角波振荡器(12),输出缓冲器(13)和DC 电源(PS)。 功率因数改善单元(102)具有用于检测AC电源(1)和微计算机(15)的输出的光电耦合器(14),其中光电耦合器(14)的输出(Vp)被提供给MCU 的微型计算机(15)。 微型计算机(15)中的AD / A转换器(17)向功率因数提高电路(103)提供转换器输出(DAO),功率因数提高电路(103)向D / A提供参考电压(VREF) 转换器(17)。
    • 56. 发明申请
    • Information transmission apparatus and information transmission method
    • 信息传输装置和信息传输方法
    • US20040174319A1
    • 2004-09-09
    • US10758220
    • 2004-01-16
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Tatsuya MitsugiChikako Takeuchi
    • G09G005/00
    • H04N21/64H04N21/235H04N21/435
    • An image transmission apparatus receives a request for transmission of an image source from either one of a plurality of monitors (109 to 112) having respective inherent addresses by way of a common cable (108) via which the image transmission apparatus is connected with the plurality of monitors, analyzes both requested image source identification information indicating the requested image source and a monitor address, which are associated with the image source transmission request, refers to a storage unit (107) for storing one or more arrays each indicating a correspondence between one of a plurality of image sources and one or more monitor addresses based on analysis results, and transmits the requested image source to the monitor while adding corresponding monitor addresses to the image source.
    • 图像发送装置通过公共电缆(108)从具有各自固有地址的多个监视器(109〜112)中的任一个监视器(109〜112)发送图像源的请求,图像发送装置经由该公共电缆连接多个 监视器,分析与图像源发送请求相关联的所请求的图像源标识信息和与监视器地址相关联的所请求的图像源识别信息,是指存储单元(107),用于存储一个或多个阵列,每个阵列指示一个 的多个图像源以及基于分析结果的一个或多个监视器地址,并且将所请求的图像源发送到监视器,同时向图像源添加相应的监视器地址。
    • 58. 发明申请
    • Fuel feeder
    • 燃油机
    • US20040173187A1
    • 2004-09-09
    • US10459611
    • 2003-06-12
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Shigeki KanamaruSeiji Tsutsui
    • B01D001/00
    • F02M37/22B01D35/0273B01D2201/50F02M37/103F02M2037/225F02M2037/228
    • A discharge path for discharging static electricity generated in a fuel filter built in a fuel supply apparatus mounted in a tank is formed with accuracy. A housing container of a fuel filter 5 is formed by heat welding a main housing 6 and a lid housing 3 at a welding face 5a, a support frame 18 of a filter is formed of a conductive thermoplastic resin, a part of the support frame 18 accommodated in the main housing 6 is at the same height as a welding face 5a, and an end of a peripheral wall for a communicating hole 3a formed on the lid housing 3 is formed at the same height as a heat welding face of the lid housing 3, wherein an earth conductor is connected to an exposed pedestal 18c of the support frame 18 exposed by heat welding the part of the support frame 18 and the end of the communicating hole 3a fluid-tight simultaneously with formation of the housing container.
    • 形成用于排放内置在安装在罐中的燃料供给装置中的燃料过滤器中产生的静电的排出路径。 燃料过滤器5的容纳容器通过在焊接面5a处热焊接主壳体6和盖壳体3而形成,过滤器的支撑框架18由导电热塑性树脂形成,支撑框架18的一部分 容纳在主壳体6中的高度与焊接面5a的高度相同,并且形成在盖壳体3上的连通孔3a的周壁的端部形成为与盖壳体的热焊接面相同的高度 如图3所示,其中接地导体连接到通过在形成容纳容器的同时对支撑框架18的一部分和连通孔3a的端部进行热焊接而暴露的暴露的支架18c。
    • 59. 发明申请
    • Variable-frequency pulse generator
    • 变频脉冲发生器
    • US20040164774A1
    • 2004-08-26
    • US10790198
    • 2004-03-02
    • MITSUBISHI DENKI KABUSHIKI KAISHA
    • Yasuhiro Nakashima
    • H03C003/00
    • G06F1/08
    • The output (null2) of a digital adder (13) before being held by a first data holding circuit (14), a first reference value (D1) and a second reference value (D2) are compared, respectively, by a first data comparator (15) and a second data comparator (16), to thereby change one cycle of the output control of the pulse train fout from four cycles (T1-T4) to two cycles (T1-T2) of the reference clock. Further, by comparing the output (null1) of the first data holding circuit (14) and the first reference value (D1) by a third data comparator (19), the latch timing of the overflow signal is changed from T4 to T1.
    • 在由第一数据保持电路(14)保持之前的数字加法器(13)的输出(θ2),第一参考值(D1)和第二参考值(D2)分别由第一数据比较器 (15)和第二数据比较器(16),从而将脉冲串fout的输出控制的一个周期从四个周期(T1-T4)改变为参考时钟的两个周期(T1-T2)。 此外,通过第三数据比较器(19)将第一数据保持电路(14)的输出(theta1)与第一参考值(D1)进行比较,溢出信号的锁存定时从T4变为T1。
    • 60. 发明申请
    • Plate shaped battery pack and portable radio terminal
    • 板状电池组和便携式无线电终端
    • US20040161664A1
    • 2004-08-19
    • US10779745
    • 2004-02-18
    • Mitsubishi Denki Kabushiki Kaisha (a corporation of Japan)
    • Kiyoshi HanafusaHiroichi Ishida
    • H01M002/02H01M002/08H01M002/30
    • H01M10/425H01M2/0267H01M2/0275H01M2/06H01M2/08H01M2/1022H01M2/30H01M2/348H01M2200/106
    • A plate shaped battery pack includes: a power generating element (21) sealed by a wrapping member (22) formed in the shape of a wrapper constructed of a laminated film; an anode terminal (24a, 26, 39) and a cathode terminal (23a, 23c, 25, 35) connected to the power generating element (21) and extending from almost a middle portion thereof; and an exterior member (10, 50, 80). The exterior member has a support member (15, 17, 55, 85) in a protruding shape supporting the anode terminal or the cathode terminal; or a recess (72, 76, 83) receiving a seal portion (22d) of the wrapping member. Furthermore, the plate shaped pack has a construction in which the exterior member is electrically conductive and surrounds the wrapping member, and one of the anode terminal and the cathode terminal are electrically connected to thereto, or another construction including, in addition, a temperature detector connected to a heat transfer member.
    • 板状电池组包括:发电元件(21),其由形成为由层压膜构成的包装物形状的包装部件(22)密封; 连接到所述发电元件(21)并从其中间部分延伸的阳极端子(24a,26,39)和阴极端子(23a,23c,25,35) 和外部构件(10,50,80)。 外部构件具有支撑阳极端子或阴极端子的突出形状的支撑构件(15,17,55,85); 或容纳包装件的密封部分(22d)的凹槽(72,76,83)。 此外,板状组件具有外部构件导电并且围绕包裹构件的结构,并且阳极端子和阴极端子中的一个电连接到其上,或者另外构造还包括温度检测器 连接到传热构件。