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    • 1. 发明公开
    • OPTICAL/ELECTRICAL CIRCUIT INTERCONNECT BOARD AND EVALUATION METHOD THEREFOR
    • 光电互连板及其评估方法
    • KR20070098739A
    • 2007-10-05
    • KR20070031736
    • 2007-03-30
    • FUJIKURA LTDSTANLEY ELECTRIC CO LTD
    • FUKUDA TAKESHIICHII KENTAROTERADA YOSHIHIROFUJIMAKI MUNEHISAOKA HIROYUKIFURUKAWA YOSHIKIINUZUKA KATSUMI
    • G02B6/12G02B6/43H01L33/62
    • G02B6/43G02B6/4249G02B6/4403
    • A photoelectric composite wiring board and an interconnection efficiency evaluation method are provided to connect the optical wires, coupled to each light receiving and emitting unit, at a time through an optical wire tape. A photoelectric composite wiring board(1) is composed of a substrate(2) having electric wires; a plurality of light receiving and emitting units installed on the substrate and composed of light receiving and emitting elements(3,3a,3b,3c,3d,4,4a,4b,4c,4d); and an optical wire tape(7) for gathering each optical wire(5,5a,5b,5c,5d) connecting the light receiving and emitting elements for each light receiving and emitting unit, in a line and covering the gathered optical wire by a first sheathing material. The substrate comprises a single part or at least two split parts. The light emitting element is disposed in one part and the light receiving element is disposed on the other part.
    • 提供光电复合布线板和互连效率评估方法,以通过光纤线条一次连接耦合到每个光接收和发射单元的光导线。 光电复合布线板(1)由具有电线的基板(2)构成; 多个光接收和发射单元安装在基板上并由光接收和发射元件(3,3a,3b,3c,3d,4,4a,4b,4c,4d)组成; 以及用于聚集连接每个光接收和发射单元的光接收和发射元件的每条光导线(5,5a,5b,5c,5d)的光导线带(7),并且将所收集的光线覆盖 第一护套材料。 衬底包括单个部分或至少两个分裂部分。 发光元件设置在一个部分中,并且光接收元件设置在另一部分上。
    • 3. 发明公开
    • 프린트 배선판
    • 印刷电路板
    • KR20180026499A
    • 2018-03-12
    • KR20187003243
    • 2016-10-12
    • FUJIKURA LTD
    • FUKUDA YASUOOKAMURA TAKAYUKI
    • H05K1/02
    • H05K1/02H05K1/11
    • 절연성기재(11)와, 절연성기재(11)의주면을따른평면상의제1 영역(Q1) 및제2 영역(Q2)에마련된제1 도전층(12)과, 제1 영역(Q1)에형성된제2 도전층(15)과, 제2 영역(Q2)에형성된절연층(14)을구비하고, 제1 영역(Q1)에서의제1 적층부(QB1)의강도의평가치인제1 평가치(E1)의, 제2 영역(Q2)에서의제2 적층부(QB2)의강도의평가치인제2 평가치(E2)에대한비(E1/E2)가 0.91 이상, 0.99 이하인프린트배선판을제공한다. 단, E1=(절연성기재(11)의영률×두께(T11))+(제1 도전층(12)의영률×두께(T12))+(제2 도전층(15)의영률×두께(T15)), E2=(절연성기재(11)의영률×두께(T11))+(제1 도전층(12)의영률×두께(T12))+(절연층(14')의영률×두께(T14'))로한다.
    • 第一导电层12,其设置在沿着绝缘基体11的主面的平面上的第一区域Q1和第二区域Q2中; 2导电层15和形成在第二区域Q2中的绝缘层14,并且具有作为第一区域Q1中的第一叠层部分QB1的强度的评估值的第一评估值E1, (Q2)相对于作为第二区域(Q2)中的第二层压部分(QB2)的强度的评价值的第二评价值(E2)的比值(E1 / E2)为0.91以上至0.99以下。 (绝缘基板11的厚度与厚度T11之比)+(第一导电层12的厚度×厚度T12)+(第二导电层15的厚度×厚度T15 (绝缘基板11的厚度与厚度T11之比)+(第一导电层12的厚度×厚度T12)+(绝缘层14'的厚度×厚度T14 在“))罗汉。
    • 10. 发明申请
    • APPARATUS AND METHOD FOR TREATING AN OPTICAL FIBERWITH DEUTERIUM
    • 用于处理光纤光纤的装置和方法
    • WO2005100277A1
    • 2005-10-27
    • PCT/JP2005/001166
    • 2005-01-21
    • FUJIKURA LTD.SHIRAKO, YukinariITOH, MasaruHAMADA, TakahiroSAWANO, Hiroyuki
    • SHIRAKO, YukinariITOH, MasaruHAMADA, TakahiroSAWANO, Hiroyuki
    • C03C25/60
    • C03C25/607
    • An optical fiber processing apparatus comprises reactors (3, 3a, 3b and 3c) that accommodate optical fiber, a single suction pump (7) having an intake port (19) and an outlet port (21), a storage chamber (5) into which deuterium containing gas is delivered, and a circuit portion (9, 59) including a plurality of valves disposed on a plurality of passages connecting the reactors, the suction pump and the storage chamber. The circuit portion includes a first channel for returning deuterium containing gas inside a reactor chamber to the storage chamber, a second channel for delivering air to the reactor chamber thereby rendering the pressure, a third channel for decompression of the reactor chamber and a fourth channel for supplying deuterium containing gas in the storage chamber into the reactor chamber. A method of using the apparatus is also claimed.
    • 一种光纤加工设备包括容纳光纤的反应器(3,3a,3b和3c),具有进气口(19)和出口(21)的单个抽吸泵(7),储存室(5) 输送含氘气体的电路部分和包括多个阀的电路部分(9,59),其设置在连接反应器,抽吸泵和储存室的多个通道上。 电路部分包括用于将反应室内的含氘气体返回到储存室的第一通道,用于将空气输送到反应室从而产生压力的第二通道,用于减压反应室的第三通道和第四通道 在储存室中供应含氘气体进入反应室。 还要求保护使用该装置的方法。