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    • 92. 发明申请
    • ADJUSTER WITH A THREE CONSTRAINT JOINT
    • 具有三个约束关系的调节器
    • WO2006055399A1
    • 2006-05-26
    • PCT/US2005/040813
    • 2005-11-10
    • BOOKHAM TECHNOLOGY PLCARNONE, David, F.
    • ARNONE, David, F.
    • G02B7/00G02B7/182G12B5/00
    • G02B7/1825G02B7/004
    • An optical adjuster (16) includes a constraint joint (256) having a contact (258A) and a contact engager (258B). The contact (258A) includes a contact region (268) that is rounded, and the contact engager (258B) includes a first wall (270A), a second wall (270B), and a third wall (270C). Further, the walls (270A) (270B) (270C) are arranged so that the contact region (268) simultaneously contacts only one location on each wall (270A) (270B) (270C) to create a true three point contact that provides three degrees of constraint. One or more of the walls (270A), (270B), (270C) includes a contact pad (274) that engages the contact (258A). Each contact pad (274) can be made of a hard, relatively low friction material with a low friction surface (273).
    • 光学调节器(16)包括具有触点(258A)和触点接合器(258B)的约束接头(256)。 接触件(258A)包括圆形的接触区域(268),接触接合器(258B)包括第一壁(270A),第二壁(270B)和第三壁(270C)。 此外,壁(270A)(270B)(270C)布置成使得接触区域(268)同时仅接触每个壁(270A)(270B)(270℃)上的一个位置,以产生真正的三点接触,其提供三个 约束程度。 壁(270A),(270B),(270C)中的一个或多个包括接合触点(258A)的接触垫(274)。 每个接触垫(274)可以由具有低摩擦表面(273)的硬的,较低摩擦的材料制成。
    • 95. 发明申请
    • AN OPTOELECTRIC SUBASSEMBLY
    • 光电子系统
    • WO2005045498A1
    • 2005-05-19
    • PCT/IB2004/003663
    • 2004-11-09
    • BOOKHAM TECHNOLOGY PLCAYLIFFE, Michael, H.
    • AYLIFFE, Michael, H.
    • G02B6/42
    • G02B6/4206G02B6/4204G02B6/4208G02B6/4228
    • An optoelectric subassembly including a receptacle assembly with an optoelectric device mounted therein to define a light axis. The receptacle assembly includes an optical fiber mounting structure defining an opening with an end of an optical fiber received therein. The mounting structure and opening are designed to position the received optical fiber with an end facet substantially perpendicular to the light axis. A first lens is mounted in the receptacle assembly adjacent the optoelectronic device in the light axis and a ball lens is mounted in the receptacle assembly and positioned in the light axis. The ball lens is mounted so as to be in abutting engagement with the facet of an optical fiber inserted into the opening. By forming the ball lens with a diameter equal to the diameter of a mounting ferrule on the end of the fiber and also equal to the diameter of the ferrule receiving opening, the ball lens is self-aligning.
    • 一种光电子组件,包括其中安装有光电装置的插座组件以限定光轴。 插座组件包括限定开口的光纤安装结构,其中容纳有光纤的端部。 安装结构和开口设计成使接收的光纤具有基本上垂直于光轴的端面。 第一透镜在光轴中邻近光电器件安装在插座组件中,并且球形透镜安装在插座组件中并且定位在光轴中。 球透镜被安装成与插入到开口中的光纤的面相邻接。 通过形成直径等于纤维端部上的安装套圈的直径的球透镜,并且也等于套圈接收开口的直径,球透镜是自对准的。
    • 99. 发明申请
    • OPTICAL COMMUNICATIONS APPARATUS
    • 光通信设备
    • WO2004042967A3
    • 2004-07-08
    • PCT/GB0304747
    • 2003-11-03
    • BOOKHAM TECHNOLOGY PLCGIBSON MATTHEW
    • GIBSON MATTHEW
    • G01J4/00H04B10/61H04B10/155
    • H04B10/61G01J4/00
    • An Optical communications apparatus, comprising: (a) an optical integrated device comprising an input, one or more integrated optical component(s) and an output, arranged such that light received by the input is propagated by the optical component(s) and exits the device as an output light beam; (b) a light beam diverter arranged to divert a sample portion only of the power of the output light beam; (c) a light detector arranged to detect the sample portion of the output light beam; and (d) a polariser located between the light beam diverter and the light detector and/or between the output of the optical integrated device and the light beam diverter, the polariser being arranged such that if light of a predetermined polarisation is received by the optical integrated device, the polariser propagates light of that polarisation only, thereby substantially to prevent light other than of the predetermined polarisation being detected by the light detector.
    • 一种光通信设备,包括:(a)光集成装置,包括输入端,一个或多个集成光
      部件和输出端,布置成使得由输入端接收的光由光部件传播并退出 该设备作为输出光束; (b)光束分流器,其被设置为仅转移输出光束的功率的样本部分; (c)光检测器,用于检测输出光束的样本部分; (d)位于光束分流器和光检测器之间和/或位于光学集成装置的输出端和光束分流器之间的偏振器,偏振器被布置成使得如果预定偏振的光被光学接收器 偏振器只传播该偏振光,从而基本上防止光检测器检测到预定偏振以外的光。