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    • 85. 发明授权
    • Optical connector receptacle and plug
    • 光连接器插座和插头
    • US4762388A
    • 1988-08-09
    • US712404
    • 1985-03-15
    • Toshiyasu TanakaSadakazu Ariga
    • Toshiyasu TanakaSadakazu Ariga
    • G02B6/38G02B6/36
    • G02B6/3831G02B6/3878G02B6/389G02B6/3893
    • A receptacle adapted for connection in tight fit with an optical connector plug having a protective guide member surrounding a ferrule accommodating an optical fiber therein and spaced away from the outer circumference of the ferrule. The receptacle comprises at least a first supporting member having a hollow passage capable of receiving the ferrule, and a second supporting member spaced from the first supporting member for receiving and supporting the protective guide member of the ferrule. The plug comprises at least a ferrule containing an optical fiber therein and adapted to be received in the hollow passage of the first supporting member of the receptacle, and a protective guide member surrounding the ferrule at a position spaced away from the outer circumference of the ferrule and adapted to be received in the space between the first and second supporting members of the receptacle.
    • 一种适于与光连接器插头紧密连接的插座,其具有保护引导构件,该保护引导构件围绕容纳光纤的套管并且与套圈的外周间隔开。 插座包括至少第一支撑构件,其具有能够容纳套圈的中空通道,以及与第一支撑构件间隔开的第二支撑构件,用于接收和支撑套圈的保护引导构件。 插头至少包括一个其中包含光纤的套圈,并且适于被容纳在插座的第一支撑构件的中空通道中;以及保护引导构件,其在与套圈的外周间隔开的位置处包围套圈 并且适于容纳在容器的第一和第二支撑构件之间的空间中。
    • 89. 发明授权
    • Optical shunt device
    • 光学分支器件
    • US5133031A
    • 1992-07-21
    • US465230
    • 1990-02-22
    • Toshiyasu TanakaToyohiro KobayashiShouji Mukohara
    • Toshiyasu TanakaToyohiro KobayashiShouji Mukohara
    • G02B6/28G02B6/35G02B6/42H04B20060101H04B10/27H04B10/278
    • G02B6/2804G02B6/28G02B6/4246H04B10/271H04B10/278G02B6/3562
    • An optical shunt device in which a pair of connecting ends (22, 23) for being connected to optical communication fiber sections (11) are divided into three systems. The first of the three systems is a passing-through light conduction path (19) through which light signals in two opposite directions are allowed to pass through between the connecting ends. The second of the three systems is a receiving light conduction path (20) having a first light-receiving end (20a) and a second light-receiving end (20b) each receiving a light signal from the connecting ends (22, 23). The third light path (21) has a first light-transmitting end (21a) and a second light-transmitting end (21b) each transmitting a light signal to the connecting ends. The optical shunt device also comprises a photo-electric conversion unit (B) including a light-receiving element (13) disposed at the first and second light-receiving ends (20a, 20b) for receiving a light signal from the first light-receiving end (20a) and the second light-receiving end (20b) of the second light path (20) and converting it into an electric signal, an amplifier circuit (14) for amplifying the electric signal from the light-receiving element (13), and a light-emitting element (17) disposed at the first and second light-transmitting ends (21a, 21b) for converting the electric signal into an optical signal to supply the optical signal to the first and second light-transmitting ends.
    • PCT No.PCT / JP89 / 00702 Sec。 371日期1990年2月22日 102(e)日期1990年2月22日PCT提交1989年7月12日PCT公布。 公开号WO90 / 00838 日期:1990年1月25日。一种光分路装置,其中连接到光通信光纤段(11)的一对连接端(22,23)被分成三个系统。 三个系统中的第一个是通过光导通路径(19),允许在两个相反方向上的光信号通过该导通路径在连接端之间通过。 三个系统中的第二个是具有第一光接收端(20a)和第二光接收端(20b)的接收光传导路径(20),每个接收端都接收来自连接端(22,23)的光信号。 第三光路(21)具有向连接端发送光信号的第一透光端(21a)和第二透光端(21b)。 光分路装置还包括光电转换单元(B),其包括设置在第一和第二光接收端(20a,20b)处的光接收元件(13),用于接收来自第一光接收的光信号 第二光路(20)的端部(20a)和第二光接收端(20b),并将其转换成电信号;放大电路(14),用于放大来自光接收元件(13)的电信号; 以及设置在第一和第二光透射端(21a,21b)处的发光元件(17),用于将电信号转换为光信号,以将光信号提供给第一和第二光发射端。
    • 90. 发明授权
    • Two-way connector
    • 双向连接器
    • US4909586A
    • 1990-03-20
    • US295506
    • 1989-01-11
    • Toshiyasu TanakaToshimi NagaishiMituyoshi Suzuki
    • Toshiyasu TanakaToshimi NagaishiMituyoshi Suzuki
    • G02B6/42H04B10/24
    • H04B10/2504G02B6/4246G02B6/4292
    • A two-way connector comprisinga lens,light direction setting means for sending light from a light-transmitting member from one side to the other side of the lens as a light beam parallel to the optical axis,an optical fiber for light transmission and reception having a light transmitting and receiving end on a focal point on one side of the lens,an optical fiber for light reception having a light incoming end and a light outgoing end for conducting light gathered at a position deviated from the focal point of the lens on one side to a light receiving member, anda mirror disposed on the other side of the lens for receiving the light from the optical fiber via the lens and reflecting it to the incoming end of the light-receiving optical fiber via the lens.
    • 一种双向连接器,包括透镜,光方向设定装置,用于将来自透光部件的光从透镜的一侧发送到另一侧,作为平行于光轴的光束,用于光传输和接收的光纤 在透镜的一侧的焦点上具有光发送和接收端,具有光入射端的光接收光纤和用于传导聚集在偏离透镜的焦点的位置处的光的光出射端, 以及配置在透镜另一侧的反射镜,用于经由透镜接收来自光纤的光,并经由透镜将其反射到光接收光纤的入射端。