Abstract In an optical fiber connector subassembly, a ferrule is received within a hollow cylindrical crimp. The ferrule has a bore extending through the ferrule with a longitudinal slot formed within the ferrule exposing a portion of the bore. The crimp is provided with first and second crimping portions. The first crimping portion extends into the slot and opposes the ferrule bore. The second crimping portion is diametrically opposed to the first crimping portion and opposes an exterior surface of the ferrule. Application of a force to the sides of the crimp causes the first and second crimping portions to be spaced apart a distance sufficient to insert a fiber within the ferrule bore. Release of the force causes the first and second crimping portions to be biased toward one another to securely crimp the fiber within the ferrule.
In a fiber optic connector, an apparatus comprising: a ferrule having a distal end and a bore extending through said ferrule at said distal end; a fiber segment disposed within said bore at said distal end and secured within said ferrule; means for positioning an optical fiber within said bore in optical transmitting relation to said segment with means for holding said fiber within said bore; and said ferrule includes a longitudinal slot extending at least partially along a length of said ferrule and at least partially exposing said bore, said slot sized to place said fiber within said slot and opposing said segment.
Claim 2
Dependent Claim
104 words
In a fiber optic connector, an apparatus comprising: a ferrule having a distal end and a bore extending through said ferrule at said distal end; a fiber segment disposed within said bore at said distal end and secured within said ferrule; means for positioning an optical fiber within said bore in optical transmitting relation to said segment with means for holding said fiber within said bore; and said ferrule includes a longitudinal slot extending at least partially along a length of said ferrule and at least partially exposing said bore, said slot sized to place said fiber within said slot and opposing said segment.