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    • 93. 发明申请
    • JIG FOR INSPECTING MALE TERMINAL OF CONNECTOR
    • 用于检查连接器的端子的JIG
    • WO1997018478A1
    • 1997-05-22
    • PCT/JP1996003329
    • 1996-11-13
    • THE FURUKAWA ELECTRIC CO., LTD.OHMI ELECTRIC WIRE CO., LTD.FURUZAWA, ShigezouNISHIMURA, Yoshihiro
    • THE FURUKAWA ELECTRIC CO., LTD.OHMI ELECTRIC WIRE CO., LTD.
    • G01R31/04
    • G01R31/045Y10S439/912
    • A jig for inspecting a conductive male terminal (19) of a connector (11). The jig is provided with a connector holding section (2) which supports the connector (11), a pin receiving section (3) which is movable to the position facing the section (2) and has a conducting pin (4) therein, and a control lever (6). A hole or slit (15) having a minimum size to receive the tip of the terminal (19) is formed near the pin (4) in the section (3). When the operating lever (6) is operated, the section is pushed toward the connector (11). When the terminal (19) of the connector (11) held by the section (2) is normal, the terminal (19) is inserted into the hole or slit (15) having the minimum size and, as a result, the pin (4) and the terminal (19) are electrically connected. When the terminal (19) is abnormal, the terminal (19) is not inserted into the hole or slit (15) and the connector (11) and pin (4) are not electrically connected. Therefore, the connector (11) can be judged to be normal or abnormal from the electrical connection of the terminal (19) and the pin (4).
    • 一种用于检查连接器(11)的导电阳端子(19)的夹具。 该夹具设置有支撑连接器(11)的连接器保持部(2),能够朝向与该部分(2)相对的位置移动并且在其中具有导电销(4)的销接收部分(3),并且 控制杆(6)。 在部分(3)中的销(4)附近形成具有接收端子(19)的尖端的最小尺寸的孔或狭缝(15)。 当操作杆(6)被操作时,该部分被推向连接器(11)。 当由部分(2)保持的连接器(11)的端子(19)是正常的时,端子(19)被插入到具有最小尺寸的孔或狭缝(15)中,结果,插头 4)和端子(19)电连接。 当端子(19)异常时,端子(19)不插入孔或狭缝(15)中,连接器(11)和销(4)没有电连接。 因此,可以从端子(19)和引脚(4)的电连接判断连接器(11)正常或异常。
    • 95. 发明申请
    • SEMICONDUCTOR OPTICAL ELEMENT
    • 半导体光学元件
    • WO1995015022A1
    • 1995-06-01
    • PCT/JP1994001980
    • 1994-11-24
    • THE FURUKAWA ELECTRIC CO., LTD.SHIMIZU, HitoshiIRIKAWA, Michinori
    • THE FURUKAWA ELECTRIC CO., LTD.
    • H01S03/18
    • B82Y20/00H01S5/0424H01S5/2013H01S5/34H01S5/3403
    • To provide a semiconductor optical element which achieves uniform distribution of carriers, a reduction of threshold current, an increase of light output, and high speed operation. In a lateral current injection semiconductor optical element wherein an active layer comprises multiple quantum well structure (34) and wherein current can be injected in a transverse direction relative to the multiple quantum well structure (34), at least one of well layer (34a) and barrier layer (34b) which constitute the multiple quantum well structure (34) has compressive strain. Since the well layer (34a) and/or barrier layer (34b) of the multiple quantum well structure (34) has compressive strain, the energy band structure varies due to the compressive strain, and when lateral current is injected to the multiple quantum well structure (34), an effective mass in a direction inward of the surface of a heavier hole is reduced. Therefore, the mobility of holes increases and the distribution of carriers becomes uniform, whereby the element properties are improved.
    • 为了提供实现载流子均匀分布的半导体光学元件,阈值电流的减小,光输出的增加和高速操作。 在横向电流注入半导体光学元件中,其中有源层包括多个量子阱结构(34),并且其中电流可以相对于多量子阱结构(34)沿横向注入,阱层(34a)中的至少一个 构成多量子阱结构(34)的阻挡层(34b)具有压缩应变。 由于多量子阱结构(34)的阱层(34a)和/或势垒层(34b)具有压缩应变,所以能带结构由于压缩应变而变化,并且当向多量子阱注入横向电流时 结构(34),减小了较重孔表面内侧方向的有效质量。 因此,孔的迁移率增加,载流子的分布变得均匀,从而提高元件特性。
    • 96. 发明申请
    • MULTIPLE TRANSMISSION APPARATUS
    • 多功能传输设备
    • WO1994007317A1
    • 1994-03-31
    • PCT/JP1993001338
    • 1993-09-17
    • THE FURUKAWA ELECTRIC CO., LTD.WATANABE, YuichiHASHIMOTO, KyosukeKATO, MitsunoriHIMONO, Yusaku
    • THE FURUKAWA ELECTRIC CO., LTD.
    • H04L12/40
    • H04L12/40006
    • A multiple transmission apparatus including two terminal nodes (40) and (50). The terminal node (40) includes a first bias device (41) for biasing a first transmission line (10) of two common transmission lines (10, 11) towards a potential on the power supply side, a second bias device (43) for biasing the second transmission line (11) towards the ground side, and a communication controller (43) for controlling data transfer, and the terminal node (50) includes a communication controller (51). Connection terminals (44 to 47, 52 to 55) are provided for connecting the bias devices (41, 42) and the communication controllers (43, 51) to two positions of each of the transmission lines (10, 11), and each terminal node (40, 50) is connected to the transmission lines (10, 11) through the connection terminals in the daisy chain connection arrangement.
    • 一种包括两个终端节点(40)和(50)的多传输设备。 终端节点(40)包括用于将两条公共传输线(10,11)的第一传输线(10)朝向电源侧的电位偏置的第一偏置装置(41),用于 将第二传输线(11)偏置到接地侧,以及用于控制数据传送的通信控制器(43),并且终端节点(50)包括通信控制器(51)。 连接端子(44至47,52至55)用于将偏置装置(41,42)和通信控制器(43,41)连接到每个传输线(10,11)的两个位置,并且每个端子 节点(40,50)通过菊花链连接装置中的连接端子连接到传输线(10,11)。