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    • 1. 发明授权
    • Optical connecting member and method of fitting the same
    • 光连接件及其装配方法
    • US08292514B2
    • 2012-10-23
    • US12744202
    • 2008-11-14
    • Kenichiro OhtsukaMasaki OhmuraMitsuaki TamuraMasahiro HamadaMitsuru KiharaRyo Koayama
    • Kenichiro OhtsukaMasaki OhmuraMitsuaki TamuraMasahiro HamadaMitsuru KiharaRyo Koayama
    • G02B6/38
    • G02B6/3821G02B6/382G02B6/3823G02B6/3846Y10T29/49826
    • To provide an optical connecting member capable of positioning and connecting a coated fiber by a simple connecting work with high precision, and a method of fitting the same.An optical connector 1 fitted onto an optical fiber 20 that has a coating 24 on an outer periphery of a glass fiber 21 has a ferrule 40 with a glass fiber insertion hole 42, a fixing portion 30 for fixing the optical fiber 20 that is inserted into the glass fiber insertion hole 42 and is abutted to the short optical fiber 41, an insertion port 42a which is a coating removing portion 10 for removing the coating 24 from an end portion of the optical fiber 20 by an insertion force applied the optical fiber 20 to an inner side of the optical connector 1, a deflection space 16 provided between the fixing portion 30 and the coating removing portion 10 to contain the optical fiber 20 in a deflected state therein, wherein a deflection preventing member 70 for preventing partially a deflection of the optical fiber 20 by shielding a part of an insertion direction of the optical fiber 20 in the deflection space 16 is detachably attached.
    • 为了提供能够通过简单的高精度连接工件定位和连接涂覆光纤的光学连接件及其装配方法。 安装在玻璃纤维21的外周上具有涂层24的光纤20上的光连接器1具有带玻璃纤维插入孔42的套圈40,将光纤20固定的固定部30 玻璃纤维插入孔42与短光纤41抵接,插入口42a是通过施加光纤20的插入力从光纤20的端部除去涂层24的涂层去除部10 设置在光连接器1的内侧,设置在固定部分30和涂层去除部分10之间的偏转空间16,以将光纤20包含在偏转状态中,其中偏转防止部件70用于部分地防止 通过屏蔽偏转空间16中的光纤20的插入方向的一部分的光纤20可拆卸地安装。
    • 2. 发明申请
    • OPTICAL CONNECTING MEMBER AND METHOD OF FITTING THE SAME
    • 光连接部件及其配合方法
    • US20100284654A1
    • 2010-11-11
    • US12744202
    • 2008-11-14
    • Kenichiro OhtsukaMasaki OhmuraMitsuaki TamuraMasahiro HamadaRyo KoyamaMitsuru Kihara
    • Kenichiro OhtsukaMasaki OhmuraMitsuaki TamuraMasahiro HamadaRyo KoyamaMitsuru Kihara
    • G02B6/38B23P11/00
    • G02B6/3821G02B6/382G02B6/3823G02B6/3846Y10T29/49826
    • To provide an optical connecting member capable of positioning and connecting a coated fiber by a simple connecting work with high precision, and a method of fitting the same.An optical connector 1 fitted onto an optical fiber 20 that has a coating 24 on an outer periphery of a glass fiber 21 has a ferrule 40 with a glass fiber insertion hole 42, a fixing portion 30 for fixing the optical fiber 20 that is inserted into the glass fiber insertion hole 42 and is abutted to the short optical fiber 41, an insertion port 42a which is a coating removing portion 10 for removing the coating 24 from an end portion of the optical fiber 20 by an insertion force applied the optical fiber 20 to an inner side of the optical connector 1, a deflection space 16 provided between the fixing portion 30 and the coating removing portion 10 to contain the optical fiber 20 in a deflected state therein, wherein a deflection preventing member 70 for preventing partially a deflection of the optical fiber 20 by shielding a part of an insertion direction of the optical fiber 20 in the deflection space 16 is detachably attached.
    • 为了提供能够通过简单的高精度连接工件定位和连接涂覆光纤的光学连接件及其装配方法。 安装在玻璃纤维21的外周上具有涂层24的光纤20上的光连接器1具有带玻璃纤维插入孔42的套圈40,将光纤20固定的固定部30 玻璃纤维插入孔42与短光纤41抵接,插入口42a是通过施加光纤20的插入力从光纤20的端部除去涂层24的涂层去除部10 设置在光连接器1的内侧,设置在固定部分30和涂层去除部分10之间的偏转空间16,以将光纤20包含在偏转状态,其中偏转防止部件70用于部分地防止 通过屏蔽偏转空间16中的光纤20的插入方向的一部分的光纤20可拆卸地安装。
    • 9. 发明授权
    • Optical fiber connector and optical cable
    • 光纤连接器和光缆
    • US08434948B2
    • 2013-05-07
    • US12597099
    • 2008-04-11
    • Kenichiro OhtsukaMasahiro HamadaKouji NiikuraDaizou Nishioka
    • Kenichiro OhtsukaMasahiro HamadaKouji NiikuraDaizou Nishioka
    • G02B6/38
    • G02B6/3806
    • An optical fiber connector 1 is provided with a mechanical splice section 3 for mechanically securing and connecting optical fibers 2 to each other. The mechanical splice section 3 includes a base plate 5 having a V-groove 4 for positioning the optical fibers 2 and a pressing plate 6 for pressing the optical fibers 2 against the base plate 5. A wedge inserting recessed section 8 is arranged at a boundary portion between the base plate 5 and pressing plate 6. The optical fiber connector 1 is provided with a wedge member 9 having a wedge section 13 adapted to be inserted into the wedge inserting recessed section 8 for opening the base plate 5 and pressing plate 6 from each other; a wedge insertion releasing member 10 for pressing the wedge member 9, so as to take the wedge section 13 out of the wedge inserting recessed section 8; and a housing 11 for covering the mechanical splice section 3, wedge member 9, and wedge insertion releasing member 10.
    • 光纤连接器1设置有用于将光纤2彼此机械地固定和连接的机械接合部分3。 机械接合部3包括具有用于定位光纤2的V形槽4的基板5和用于将光纤2压靠在基板5上的按压板6.楔形插入凹部8布置在边界 光纤连接器1设置有楔形部件9,楔形部件9具有楔形部分13,楔形部分13适于插入楔形插入凹陷部分8中,用于打开基板5和压板6从 彼此; 用于按压楔形构件9的楔形插入释放构件10,以将楔形部分13从楔形插入凹部8中取出; 以及用于覆盖机械接合部分3,楔形部件9和楔形插入释放部件10的壳体11。
    • 10. 发明申请
    • OPTICAL FIBER CONNECTOR AND OPTICAL CABLE
    • 光纤连接器和光缆
    • US20100086258A1
    • 2010-04-08
    • US12597099
    • 2008-04-11
    • Kenichiro OhtsukaMasahiro HamadaKouji NiikuraDaizou Nishioka
    • Kenichiro OhtsukaMasahiro HamadaKouji NiikuraDaizou Nishioka
    • G02B6/38
    • G02B6/3806
    • An optical fiber connector 1 is provided with a mechanical splice section 3 for mechanically securing and connecting optical fibers 2 to each other. The mechanical splice section 3 includes a base plate 5 having a V-groove 4 for positioning the optical fibers 2 and a pressing plate 6 for pressing the optical fibers 2 against the base plate 5. A wedge inserting recessed section 8 is arranged at a boundary portion between the base plate 5 and pressing plate 6. The optical fiber connector 1 is provided with a wedge member 9 having a wedge section 13 adapted to be inserted into the wedge inserting recessed section 8 for opening the base plate 5 and pressing plate 6 from each other; a wedge insertion releasing member 10 for pressing the wedge member 9, so as to take the wedge section 13 out of the wedge inserting recessed section 8; and a housing 11 for covering the mechanical splice section 3, wedge member 9, and wedge insertion releasing member 10.
    • 光纤连接器1设置有用于将光纤2彼此机械地固定和连接的机械接合部分3。 机械接合部3包括具有用于定位光纤2的V形槽4的基板5和用于将光纤2压靠在基板5上的按压板6.楔形插入凹部8布置在边界 光纤连接器1设置有楔形部件9,楔形部件9具有楔形部分13,楔形部分13适于插入楔形插入凹陷部分8中,用于打开基板5和压板6从 彼此; 用于按压楔形构件9的楔形插入释放构件10,以将楔形部分13从楔形插入凹部8中取出; 以及用于覆盖机械接合部分3,楔形部件9和楔形插入释放部件10的壳体11。