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    • 3. 发明授权
    • Automatic packaging system
    • 自动包装系统
    • US4614079A
    • 1986-09-30
    • US634628
    • 1984-07-26
    • Keizo IdaAkihiko Goto
    • Keizo IdaAkihiko Goto
    • B65B3/02B65B43/34
    • B65B3/025B65B3/02
    • An automatic packaging system comprising a container fabricating mechanism for forming a tubular structure from laminated paper capable of heat sealing, marking folding guidelines for forming rectangular-prism-shaped containers, cutting individual pouched containers from the tubular structure, and shaping one end of each pouched container, and a packaging mechanism for filling the shaped containers with a filling material and sealing the openings of the containers. The container fabricating mechanism includes a rotating mandrel mechanism formed of a plurality of radially arranged pairs of forming plates to receive the cut pouched containers. The packaging mechanism includes an endless conveyor mechanism for feeding the containers processed by the container fabricating mechanism, and a deflating mechanism for removing air from the top inside spaces of the containers filled with the filling material, a lug folding/heat-sealing mechanism for heat-sealing the openings of the containers immediately after deflation and then folding and heat-sealing the heat-sealed portions flat.
    • 一种自动包装系统,包括用于从能够热封的层压纸形成管状结构的容器制造机构,标记用于形成矩形棱柱形容器的折叠指南,从管状结构切割单个袋装容器,以及将每个袋装的一端 容器和用于用填充材料填充成形容器并密封容器的开口的包装机构。 容器制造机构包括由多个径向排列的成对板对形成的旋转心轴机构,以容纳切割的袋状容器。 包装机构包括用于供给由容器制造机构处理的容器的循环输送机构,以及用于从填充有填充材料的容器的顶部内部空间除去空气的放气机构,用于加热的凸耳折叠/热封机构 - 在放气后立即封闭容器的开口,然后将热封部分折叠并热封。
    • 6. 发明申请
    • Interface assembly and dry gas enclosing apparatus using same
    • 接口组件和使用其的干燥气体封闭装置
    • US20060255821A1
    • 2006-11-16
    • US11407479
    • 2006-04-20
    • Akihiko Goto
    • Akihiko Goto
    • G01R31/02
    • G01R31/2889
    • An interface assembly provided at a test head, for connecting a probe card to the test head. The interface assembly includes an interface comprising an interface body and a coaxial connector supported by the interface body, and a casing for enclosing a dry gas that is introduced between the test head and the probe card and leaks into the test head through a gap formed by the interface (20) in a state where the coaxial connector is engaged with a mating coaxial connector provided at the probe card. An interface assembly provided at a test head, for connecting a probe card to the test head, the interface assembly comprising: an interface comprising an interface body and a coaxial connector supported by the interface body; and a cover member provided at the interface, for enclosing a dry gas that is introduced between the test head and the probe card and leaks into the test head through a gap formed by the interface in a state where the coaxial connector is engaged with a mating coaxial connector provided at the probe card.
    • 设置在测试头的接口组件,用于将探针卡连接到测试头。 所述接口组件包括接口主体和由所述接口体支撑的同轴连接器的接口,以及用于封闭干燥气体的壳体,所述干燥气体被引入到所述测试头和所述探针卡之间,并通过由所述测试头形成的间隙而泄漏到所述测试头中 所述接口(20)处于所述同轴连接器与设置在所述探针卡处的配合同轴连接器接合的状态。 一种接口组件,设置在测试头处,用于将探针卡连接到测试头,所述接口组件包括:接口,包括接口主体和由所述接口体支撑的同轴连接器; 以及设置在界面处的盖构件,用于封闭引入测试头和探针卡之间的干燥气体,并且在同轴连接器与配合物接合的状态下通过由界面形成的间隙而泄漏到测试头中 同轴连接器设置在探针卡上。
    • 9. 发明授权
    • Optical receiver circuit
    • 光接收电路
    • US08476572B2
    • 2013-07-02
    • US12987116
    • 2011-01-08
    • Shougo MatsudaHiroyuki YoshiokaRyuichi SatomuraHideyuki TakahashiAkihiko Goto
    • Shougo MatsudaHiroyuki YoshiokaRyuichi SatomuraHideyuki TakahashiAkihiko Goto
    • H03F3/08H01J43/00H01J43/30H04B10/06
    • H03F3/087
    • An optical receiver circuit is configured as follows: a preamplifier and a reference voltage generating circuit are connected with a first ground potential wiring and a first power supply wiring, which are used in common, and are formed in a first region where elements are formed on a substrate to which the potential of the first ground potential wiring is supplied; a main amplifier is connected with a second ground potential wiring and a second power supply wiring, which are separated from the first ground potential wiring and the first power supply wiring, and is formed in a second region where elements are formed on the substrate to which the potential of the second ground potential wiring is supplied; and a substrate supply interval where a first substrate supply position at which the potential of the first ground potential wiring is supplied and a second substrate supply position at which the potential of the second ground potential wiring is supplied are closest to each other is large to an extent where a substrate permeability characteristic, in which noise is fully attenuated in an alternating current (AC) manner, is obtained.
    • 光接收器电路如下构成:前置放大器和参考电压产生电路与第一地电位布线和第一电源布线相连,共同使用,并形成在形成元件的第一区域中 提供第一接地电位布线的电位的基板; 主放大器与与第一接地电位布线和第一电源布线分离的第二接地电位布线和第二电源布线连接,并且形成在第二区域中,元件形成在基板上 提供第二地电位布线的电位; 以及提供第一接地电位布线的电位的第一基板供给位置和供给第二接地电位布线的电位的第二基板供给位置彼此最接近的基板供给间隔大到 其中以交流(AC)方式完全衰减噪声的衬底磁导率特性的程度。