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    • 4. 发明授权
    • Module for optical communication
    • 光通信模块
    • US5867622A
    • 1999-02-02
    • US892824
    • 1997-07-15
    • Masahiro MiyasakaShigemasa EnoedaToshimichi YasudaNoritane Kimoto
    • Masahiro MiyasakaShigemasa EnoedaToshimichi YasudaNoritane Kimoto
    • G02B6/32G02B6/34G02B6/42G02B6/36
    • G02B6/29361G02B6/2937G02B6/32G02B6/4246G02B6/4208
    • Bi-directional and uni-directional optical communication and transmission modules minimize crosstalk during use by diffusing reflected and returned stray light. A bi-directional module includes a transmission optical element for transmitting light into the module, a reception optical element for receiving light in the module, an optical fiber for guiding light to and from the transmission and reception optical elements, respectively, a beam splitter for allotting light received from the transmission optical element and the optical fiber, and a light non-return chamber for receiving and diffusing stray light reflected by the beam splitter from the transmission optical element and the optical fiber. A uni-directional module includes a light non-return chamber for receiving and diffusing return light reflected by a beam splitter from at least one optical device arranged in the module. In other aspects of the invention, a variety of optical modules are provided wherein component parts are either aligned along a central axis of a through-hole of the module, are adjustable to maintain an optimum optical axis for light transmission through the module, or are arranged to mutually correct for the axial shift of light in any given component to minimize the total axial shift of light entering and exiting the module.
    • 双向和单向光通信和传输模块通过扩散反射和返回的杂散光来最大限度地减少使用期间的串扰。 双向模块包括用于将光传输到模块中的传输光学元件,用于在模块中接收光的接收光学元件,用于将光引导到发射和接收光学元件的光纤,分别用于 分配从透射光学元件和光纤接收的光;以及光反射室,用于从透射光学元件和光纤接收和扩散由分束器反射的杂散光。 单向模块包括光反射室,用于从布置在模块中的至少一个光学装置接收并扩散由分束器反射的返回光。 在本发明的其他方面,提供了各种光学模块,其中组件部分沿着模块的通孔的中心轴线对准,可调节以保持通过模块的光透射的最佳光轴,或者是 布置成相互校正任何给定部件中的光的轴向偏移,以最小化进入和离开模块的光的总轴向偏移。