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    • 1. 发明授权
    • Index matching film
    • 索引匹配片
    • US4991929A
    • 1991-02-12
    • US476219
    • 1990-02-07
    • Terry P. BowenPaul R. Reitz
    • Terry P. BowenPaul R. Reitz
    • G02B6/38
    • G02B6/3825G02B6/3818G02B6/382G02B6/3877G02B6/3887G02B6/389
    • The present invention provides an optical fiber connector comprising a connector receptacle, a mechanism associated with the connector receptacle for optically coupling two optical fibers together, and a compliant index matching film material positioned within the connector receptacle. When the optical fibers are inserted into the connector receptacle for optical coupling, the end faces of each of the optical fibers are in physical contact with the film material. Preferably, the connector is of the ferrule type, i.e., the optical fibers are located inside ferrules which are received and aligned within the connector receptacle so that the optical fibers are optically coupled together. A bayonet or threaded locking mechanism is associated with the connector receptacle and the ferrules for locking them into place within the connector receptacle.
    • 本发明提供了一种光纤连接器,其包括连接器插座,与连接器插座相关联的机构,用于将两个光纤耦合在一起,以及位于连接器插座内的柔顺折射率匹配薄膜材料。 当光纤插入用于光耦合的连接器插座中时,每个光纤的端面与薄膜材料物理接触。 优选地,连接器是套圈型的,即,光纤位于套管内部,所述套圈被接收并对准在连接器插座内,使得光纤光学耦合在一起。 卡口或螺纹锁定机构与连接器插座和套圈相关联,用于将它们锁定在连接器插座内的适当位置。
    • 6. 发明授权
    • Optical delay switch and variable delay system
    • 光延迟开关和可变延迟系统
    • US5018816A
    • 1991-05-28
    • US536147
    • 1990-06-11
    • Dale D. MurrayPaul R. Reitz
    • Dale D. MurrayPaul R. Reitz
    • G02B6/28G02B6/35
    • G02B6/2861G02B6/3508G02B6/352G02B6/3562G02B6/3572
    • An optical fiber switch 9 comprises a group of optical fiber end faces 1, 2, 3, 4, 5, 6, including a first optical fiber end face 1 via which light is transmitted as an input signal and at least second and third optical end faces 2, 3 being the end faces of an optical loop 13. The group further includes a fourth fiber end face 4 via which light is transmitted as an output signal, and fifth and sixth fiber end faces 5, 6 being the end faces of an optical fiber loop 14. In a first position, light from the first fiber end face 1 is imaged into the second fiber end face 2 and is propagated through the fiber loop 13 to the third fiber end face 3 and imaged into the fourth fiber end face 4. In the second position, light from the first fiber end face 1 is imaged into the fifth fiber end face 5 and propagated through the fiber loop 14 through the sixth fiber end face 6 and imaged into the second fiber end face 2. Further, a fiber optic variable discrete delay system for electrical system includes one or more of the optical fiber switches 9 comprising a group of optical fiber end faces 1, 2, 3, 4, 5, 6 and means 8 for displacing the group of end faces 1, 2, 3, 4, 5, 6 relative to one another.
    • 光纤开关9包括一组光纤端面1,2,3,4,5,6,其包括第一光纤端面1,通过该第一光纤端面1发射光作为输入信号,并且至少第二和第三光端 面2,3是光环13的端面。该组还包括第四光纤端面4,通过该第四光纤端面4发射光作为输出信号,第五和第六光纤端面5,6是一个 在第一位置,将来自第一光纤端面1的光成像为第二光纤端面2,并且通过光纤环路13传播到第三光纤端面3并成像为第四光纤端面 在第二位置,将来自第一光纤端面1的光成像为第五光纤端面5,并通过第六光纤端面6通过光纤环路14传播,并成像为第二光纤端面2.此外, 一种用于电气系统的光纤可变离散延迟系统 一个或多个光纤开关9包括一组光纤端面1,2,3,4,5,6和用于使端面组1,2,3,4,5,6移动的装置8 相对于彼此。
    • 9. 发明授权
    • Optical simulator with loop-back attenuator and adjustable plunger
mechanism
    • 具有回环衰减器和可调节柱塞机构的光学模拟器
    • US4979793A
    • 1990-12-25
    • US482579
    • 1990-02-21
    • Terry P. BowenPaul R. Reitz
    • Terry P. BowenPaul R. Reitz
    • G02B6/26G02B6/42
    • G02B6/4246G02B6/266
    • An optical simulator 10, shaped to be interchangeable with a complementary connector 7 that intermates with an optical connector housing 6 having an optical emitter 4 and an optical detector 5, comprises an alignment fixture 12 with connectors 21 and 22 for intermating with the optical emitter 4 and the optical detector 5, and an optical fiber 11 formed in a loop and installed within the alignment fixture 12 with a first end face 39 of the loop 11 aligned through a corresponding alignment fixture connector 24, with the emitter 4 and a second end face 37 of the loop 11 aligned through a corresponding alignment fixture 25, with the detector 5 of the optical connector 6. The optical fiber 11 further comprises an adjustable plunger mechanism 15 fitted through the body of the alignment fixture 12 to impose against the optical fiber 11 formed in a loop to thereby permit varying the degree of curvature of the loop by interjecting and retracting the plunger 15 against the loop.
    • 光学模拟器10被成形为可与具有光学发射器4和光学检测器5的光学连接器壳体6相互配合的互补连接器7互换,包括具有连接器21和22的对准夹具12,用于与光发射器4相互配合 和光学检测器5以及光纤11,其形成为环路并安装在对准固定件12内,环路11的第一端面39通过相应的对准固定连接器24与发射器4对准,第二端面 与光学连接器6的检测器5对齐的环路11中的37对准。光纤11还包括可调整的柱塞机构15,其通过对准夹具12的主体装配以抵靠光纤11 形成在环中,从而允许通过使柱塞15相对于回路插入和缩回来改变环的曲率。