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    • 11. 发明授权
    • Tether assembly having individual connector ports
    • 系带组件,具有单独的连接器端口
    • US07277614B2
    • 2007-10-02
    • US11003102
    • 2004-12-03
    • Joseph T. CodyOtto I. SzentesiMartin J. Curran
    • Joseph T. CodyOtto I. SzentesiMartin J. Curran
    • G02B6/44
    • G02B6/4472G02B6/3807G02B6/3849G02B6/3897
    • A tether assembly includes a tether cable containing optical fibers and adapted to be attached to a fiber optic distribution cable at a mid-span access location. A furcation at the end of the tether cable separates and transitions the optical fibers into furcation legs terminating in individual connector ports. Each connector port may be a receptacle for receiving a connector mounted upon one of the optical fibers and a mating connector of a drop cable, a plug mounted upon one of the optical fibers that is received within a plug alignment member operable to align the plug with a mating plug of a drop cable, or a connector that is routed to a receptacle disposed within an external wall of a network connection terminal from within the enclosure. The tether assembly provides a distribution cable assembly and method for mitigating a span length measurement difference in a pre-engineered communications network.
    • 系绳组件包括含有光纤的系绳电缆,并且适于在中跨接入位置处连接到光纤配线电缆。 系绳电缆末端的分叉将光纤分离并转换成终止于单个连接器端口的分叉支腿。 每个连接器端口可以是用于接收安装在一根光纤上的连接器的插座和一个分接电缆的配合连接器,一个安装在其中一根光纤上的插头,该插头被接纳在插头对准部件内,可操作以将插头与 引线电缆的匹配插头或连接到从外壳内布置在网络连接端子的外壁内的插座的连接器。 系绳组件提供用于减轻预设通信网络中的跨距长度测量差异的分配电缆组件和方法。
    • 14. 发明授权
    • Biconic optical fiber connector/attenuator
    • 双锥光纤连接器/衰减器
    • US4714317A
    • 1987-12-22
    • US851463
    • 1986-04-14
    • Otto I. Szentesi
    • Otto I. Szentesi
    • G02B6/26G02B6/38G02B6/36
    • G02B6/266G02B6/3825G02B6/3847G02B6/3874G02B6/3894
    • A biconic optical fiber connector adapted to introduce in an optical fiber transmission line a predetermined amount of attenuation comprising: a frustroconical shaped male and socket member adapted to be fitted into one another, a first optical fiber having a free end disposed in and terminated on a surface of the frustroconical shaped male member and a second optical fiber in alignment with the first optical fiber having a free end disposed and terminated in the socket. A shim or sleeve with an aperture having inside and outside frustroconical surfaces delimiting a predetermined wall thickness between them disposed over the frustroconical member and between the socket and frustroconical male member, the wall thickness of the shim causing the free ends of the first and second optical fibers to be separated one from another a predetermined distance so as to introduce into the optical fiber transmission line a predetermined amount of attenuation that is a function of the shim's wall thickness.
    • 一种双锥型光纤连接器,其适于在光纤传输线中引入预定量的衰减,包括:适于彼此装配的截头锥形的阳型和插座构件,第一光纤,其具有设置在端子 截头圆锥形阳构件的表面和与第一光纤对准的第二光纤具有设置并端接在插座中的自由端。 具有孔的垫片或套筒具有限定在截锥形构件之间以及插座和截头圆形阳构件之间的预定壁厚之间的截头锥形表面,垫片的壁厚使第一和第二光学器件的自由端 要彼此分离预定距离的纤维,以将光纤传输线中的预定量的衰减引入到垫片壁厚的函数中。
    • 15. 发明授权
    • Field installable optical fiber connector and an associated method of
fabrication
    • 现场可安装的光纤连接器和相关的制造方法
    • US5748819A
    • 1998-05-05
    • US417312
    • 1995-04-05
    • Otto I. SzentesiRodney A. Throckmorton
    • Otto I. SzentesiRodney A. Throckmorton
    • G02B6/255G02B6/38
    • G02B6/3846G02B6/2551G02B6/3851G02B6/3869G02B6/3887
    • An optical fiber connector includes a longitudinally extending ferrule having fusion access means defined therein such that an optical fiber stub and a second optical fiber can be fused in the field during installation of the optical fiber connector. In one embodiment, the fusion access means includes a fusion access slot which extends transversely across the ferrule from a first side of the ferrule to a bottom portion of the fusion access slot such that a bore defined longitudinally through the ferrule opens into the fusion access slot. In this embodiment, the radial distance between the bottom portion of the fusion access slot and the second side of the ferrule, opposite the first side, is greater than a predetermined radial distance such that the fusion access slot does not significantly weaken the ferrule so that the ferrule remains structurally intact during use. In another embodiment, the fusion access means includes a fusion access port defined transversely through the ferrule such that the fusion access port is in communication with the longitudinal bore and thereby defines an internal splice cavity in which the end portions of the optical fiber stub and the second optical fiber can also be fused to form an integral optical fiber. By carefully defining the fusion access means within the ferrule, however, the structural integrity of the ferrule can be maintained such that the resulting optical fiber connector is durable and strong.
    • 一种光纤连接器包括一个纵向延伸的套管,其具有限定在其中的熔接通道装置,使得在光纤连接器的安装期间,光纤短截线和第二光纤可以在现场融合。 在一个实施例中,融合进入装置包括融合进入狭槽,其从套圈的第一侧横向穿过套圈延伸到融合进入狭槽的底部,使得沿套筒纵向限定的孔打开到融合接入槽 。 在该实施例中,熔融通道狭槽的底部与套圈的第一侧相对的第一侧之间的径向距离大于预定的径向距离,使得熔融接入槽不会明显削弱套圈,使得 套管在使用过程中保持结构完整。 在另一个实施例中,融合进入装置包括横向穿过套圈定义的融合进入端口,使得融合进入端口与纵向孔连通,从而限定内部接合腔,光纤短截线端部和 第二光纤也可以被熔化以形成一体的光纤。 然而,通过仔细地限定套圈内的熔融接合装置,可以保持套圈的结构完整性,使得所得的光纤连接器耐用且坚固。