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    • 1. 发明授权
    • Translucent dust cap and associated method for testing the continuity of an optical fiber jumper
    • 半透明防尘帽及相关方法,用于测试光纤跳线的连续性
    • US06554485B1
    • 2003-04-29
    • US09658355
    • 2000-09-11
    • John W. BeattyDennis M. KnechtJames R. Merriken
    • John W. BeattyDennis M. KnechtJames R. Merriken
    • G02B638
    • G02B6/3849G02B6/3867G02B6/4204
    • A dust cap is provided that includes a translucent end member that permits optical communication while the dust cap remains mounted upon a ferrule. The dust cap includes a sleeve having an open first end and an opposed second end that is closed by the translucent end member. The end member can also include a lens to facilitate optical communication. A medial portion of the sleeve can also define an internal chamfer that extends radially inward for engaging the ferrule such that the front face of the ferrule is spaced from the second end of the sleeve, thereby preventing contaminants from being transferred from the second end of the sleeve to the polished front face of the ferrule. The dust cap can also define a groove extending lengthwise through only a portion of the sleeve, i.e., from the first end of the sleeve to a medial portion of the sleeve. The groove therefore permits air to vent from the bore while the dust cap is being mounted upon the ferrule, while isolating the front face of the ferrule from the external environment once the dust cap has been fully mounted, thereby protecting the polished front face of the ferrule from contaminants that may enter the groove. A method is also provided for testing the continuity of an optical fiber jumper that utilizes optical communications conducted through the translucent dust caps.
    • 提供防尘罩,其包括透光性端部构件,其在防尘帽保持安装在套圈上时允许光学通信。 防尘盖包括具有敞开的第一端和由半透明端部件封闭的相对的第二端的套筒。 端部构件还可以包括用于促进光学通信的透镜。 套筒的中间部分还可以限定内径倒角,其径向向内延伸以与套圈接合,使得套圈的前表面与套筒的第二端间隔开,从而防止污染物从第二端传递 套筒到套圈的抛光前面。 防尘盖还可以限定纵向延伸通过套筒的一部分,即从套筒的第一端到套筒的中间部分的凹槽。 因此,当防尘盖被安装在套圈上时,槽能够使空气从孔中排出,同时一旦防尘盖完全安装就将套圈的前表面与外部环境隔离,从而保护了抛光的正面 套圈可能会进入凹槽内的污染物。 还提供了一种用于测试光纤跳线的连续性的方法,该光纤跳线利用通过半透明防尘盖进行的光通信。
    • 2. 发明授权
    • Translucent dust cap and associated method for testing the continuity of an optical fiber jumper
    • 半透明防尘帽及相关方法,用于测试光纤跳线的连续性
    • US06712524B2
    • 2004-03-30
    • US10372057
    • 2003-02-21
    • John W. BeattyDennis M. KnechtJames R. Merriken
    • John W. BeattyDennis M. KnechtJames R. Merriken
    • G02B638
    • G02B6/3849G02B6/3867G02B6/4204
    • A dust cap is provided that includes a translucent end member that permits optical communication while the dust cap remains mounted upon a ferrule. The dust cap includes a sleeve having an open first end and an opposed second end that is closed by the translucent end member. The end member can also include a lens to facilitate optical communication. A medial portion of the sleeve can also define an internal chamfer that extends radially inward for engaging the ferrule such that the front face of the ferrule is spaced from the second end of the sleeve, thereby preventing contaminants from being transferred from the second end of the sleeve to the polished front face of the ferrule. The dust cap can also define a groove extending lengthwise through only a portion of the sleeve, i.e., from the first end of the sleeve to a medial portion of the sleeve. The groove therefore permits air to vent from the bore while the dust cap is being mounted upon the ferrule, while isolating the front face of the ferrule from the external environment once the dust cap has been fully mounted, thereby protecting the polished front face of the ferrule from contaminants that may enter the groove. A method is also provided for testing the continuity of an optical fiber jumper that utilizes optical communications conducted through the translucent dust caps.
    • 提供防尘罩,其包括透光性端部构件,其在防尘帽保持安装在套圈上时允许光学通信。 防尘盖包括具有敞开的第一端和由半透明端部件封闭的相对的第二端的套筒。 端部构件还可以包括用于促进光学通信的透镜。 套筒的中间部分还可以限定内径倒角,其径向向内延伸以与套圈接合,使得套圈的前表面与套筒的第二端间隔开,从而防止污染物从第二端传递 套筒到套圈的抛光前面。 防尘盖还可以限定纵向延伸通过套筒的一部分,即从套筒的第一端到套筒的中间部分的凹槽。 因此,当防尘盖被安装在套圈上时,槽能够使空气从孔中排出,同时一旦防尘盖完全安装就将套圈的前表面与外部环境隔离,从而保护了抛光的正面 套圈可能会进入凹槽内的污染物。 还提供了一种用于测试光纤跳线的连续性的方法,该光纤跳线利用通过半透明防尘盖进行的光通信。