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    • 3. 发明授权
    • Method and apparatus for manufacturing partially diffusing optical fibers
    • 用于制造部分扩散光纤的方法和装置
    • US06724963B2
    • 2004-04-20
    • US10022053
    • 2001-12-17
    • Wolfgang Neuberger
    • Wolfgang Neuberger
    • G02B602
    • C03C25/6286B29C35/0866B29C35/10B29C59/165B29C2035/0838B29C2035/0872B29D11/00682B29L2011/0075C03B37/02718C03B2203/18C03B2205/20C03B2205/56C03C25/005C03C25/104C03C25/62C03C25/626G02B6/02G02B6/02038G02B6/02052
    • The present invention provides for an apparatus and method to manufacture optical fiber in a way that produces controlled and patterned diffusion of optical radiation along its length. The novelty of the described invention is that the patterns of diffusion are produced at the time the optical fiber is manufactured. The “in-line” manufacturing method avoids the need for post-production treatment of the fiber, which makes the process highly efficient and economical. Light diffusing optical fibers of significant length can be produced. Several manufacturing configurations to achieve the desired effects and their inclusion in the fiber production process are described. The processes can be configured to process optical fibers constructed from a wide variety of known glass, polymeric or other materials. The partially diffusing optical fibers of this invention have applications ranging from illuminated fabrics and toys and to lighting systems and medical instruments. A distributed sensor comprising a light detector coupled to a partially diffusing fiber is also disclosed.
    • 本发明提供一种制造光纤的装置和方法,其方式是沿其长度产生光辐射的受控和图案化扩散。 所述发明的新颖之处在于,在制造光纤时产生扩散图案。 “在线”制造方法避免了对纤维的后期处理的需要,这使得该方法高效和经济。 可以生产具有相当长度的光漫射光纤。 描述了实现所需效果的几种制造构造及其包含在纤维生产过程中。 这些工艺可以被配置为处理由各种已知的玻璃,聚合物或其它材料构成的光纤。 本发明的部分扩散光纤具有从照明织物和玩具以及照明系统和医疗仪器的应用。 还公开了一种包括耦合到部分漫射光纤的光检测器的分布式传感器。
    • 5. 发明申请
    • Partially diffusing optical fiber
    • 部分扩散光纤
    • US20030113082A1
    • 2003-06-19
    • US10022053
    • 2001-12-17
    • CeramOptec Industries, Inc.
    • Wolfgang Neuberger
    • G02B006/16G02B006/26C03B037/025
    • C03C25/6286B29C35/0866B29C35/10B29C59/165B29C2035/0838B29C2035/0872B29D11/00682B29L2011/0075C03B37/02718C03B2203/18C03B2205/20C03B2205/56C03C25/005C03C25/104C03C25/62C03C25/626G02B6/02G02B6/02038G02B6/02052
    • The present invention provides for an apparatus and method to manufacture optical fiber in a way that produces controlled and patterned diffusion of optical radiation along its length. The novelty of the described invention is that the patterns of diffusion are produced at the time the optical fiber is manufactured. The nullin-linenull manufacturing method avoids the need for post-production treatment of the fiber, which makes the process highly efficient and economical. Light diffusing optical fibers of significant length can be produced. Several manufacturing configurations to achieve the desired effects and their inclusion in the fiber production process are described. The processes can be configured to process optical fibers constructed from a wide variety of known glass, polymeric or other materials. The partially diffusing optical fibers of this invention have applications ranging from illuminated fabrics and toys and to lighting systems and medical instruments. A distributed sensor comprising a light detector coupled to a partially diffusing fiber is also disclosed.
    • 本发明提供一种制造光纤的装置和方法,其方式是沿其长度产生光辐射的受控和图案化扩散。 所述发明的新颖之处在于,在制造光纤时产生扩散图案。 “在线”制造方法避免了对纤维的后期处理的需要,这使得该方法高效和经济。 可以生产具有相当长度的光漫射光纤。 描述了实现所需效果的几种制造构造及其包含在纤维生产过程中。 这些工艺可以被配置为处理由各种已知的玻璃,聚合物或其它材料构成的光纤。 本发明的部分扩散光纤具有从照明织物和玩具以及照明系统和医疗仪器的应用。 还公开了一种包括耦合到部分漫射光纤的光检测器的分布式传感器。