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    • 7. 发明授权
    • Optical fiber encapsulation techniques
    • 光纤封装技术
    • US5582673A
    • 1996-12-10
    • US375756
    • 1995-01-20
    • John J. BurackHung C. LingFrederick Simchock
    • John J. BurackHung C. LingFrederick Simchock
    • G02B6/00B29C51/10B29D11/00G02B6/24G02B6/36G02B6/43G02B6/44B32B31/00
    • B29D11/00663B32B37/1009G02B6/3628G02B6/43G02B6/448B29C2791/006B29C2791/007B29C51/10B29L2011/0075
    • A method for encapsulating optical fibers (26, FIG. 2) comprises the steps of bonding optical fiber to a first surface of a rigid flat member (17) and placing the flat member in a substantially air-tight chamber (10, FIG. 1). An encapsulating sheet (13) is located in the air-tight chamber, such that it faces the flat member. The air pressure on the flat member is then made to be significantly lower than the air pressure on the encapsulating sheet, thereby to cause the encapsulating sheet (13) to press against the flat member (17, FIG. 3). The encapsulating sheet is made of a flexible flame-resistant material that maintains its structural integrity and does not melt or ignite at temperatures of at least two hundred degrees Centigrade. For example, the encapsulating sheet may be of Kapton (a trademark), doped Mylar (a trademark) or aluminum foil. The encapsulating sheet (13) is bonded to the flat member by an adhesive (31, FIG. 2) so that, after the sheet has been pressed against the optical fibers (26), it thereafter permanently supports each optical fiber in its assigned position.
    • 一种用于封装光纤的方法(图2中的26)包括以下步骤:将光纤接合到刚性平坦部件(17)的第一表面,并将平坦部件放置在基本上不透气的室(图1中的10) )。 密封片(13)位于气密室中,使得其面向平坦构件。 然后将平坦部件上的空气压力显着地低于封装片上的空气压力,从而使密封片(13)压靠在平坦部件(图3中的17)上。 密封片由柔性阻燃材料制成,其保持其结构完整性,并且在至少二百摄氏度的温度下不熔化或点燃。 例如,封装片可以是Kapton(商标),掺杂的Mylar(商标)或铝箔。 密封片(13)通过粘合剂(31,图2)粘合到平坦构件上,使得在片材被压靠在光纤(26)之后,其后将每个光纤永久地支撑在其指定位置 。