FIBER OPTIC CONNECTOR AND ASSEMBLY THEREOF
A factory processed and assembled optical fiber arrangement is configured to pass through tight, tortuous spaces when routed to a demarcation point. A connector housing attaches to the optical fiber arrangement at the demarcation point (or after leaving the tight, tortuous spaces) to form a connectorized end of the optical fiber. A fiber tip is protected before leaving the factory until connection is desired.
1 - 73 . (canceled)
74 . A fiber optic connector assembly, comprising:
a fiber optic arrangement configured to be pushed or pulled through a duct, the fiber optic arrangement including:
an optical cable defining a longitudinal axis;
a ferrule that holds a distal end of an optical fiber extending from a terminated end of the optical cable;
a ferrule hub that carries the ferrule;
a spring positioned proximal to at least a portion of the ferrule hub along the longitudinal axis; and
a protrusion positioned proximal to at least a portion of the ferrule hub along the longitudinal axis and protruding radially away from the longitudinal axis;
a proximal housing including an axial slot extending along an entire length of the proximal housing parallel to the longitudinal axis, an opening and latch members; and
a distal housing, the latch members of the proximal housing being configured to hold the proximal housing to the distal housing by sliding the distal housing toward the proximal housing along the longitudinal axis,
wherein the proximal housing is configured to be inserted over the optical fiber by passing the optical fiber through the axial slot perpendicular to the longitudinal axis and such that the spring is positioned within the proximal housing; and
wherein the opening of the proximal housing is configured to receive the protrusion to limit movement along the longitudinal axis of the proximal housing relative to the fiber optic arrangement.
75 . The fiber optic connector assembly of claim 74 , wherein the protrusion is an alignment member.
76 . The fiber optic connector assembly of claim 75 , wherein the protrusion includes a ramp and a shoulder.
77 . The fiber optic connector assembly of claim 74 , wherein the protrusion includes a shoulder.
78 . The fiber optic connector assembly of claim 74 , wherein the protrusion protrudes from a keying member of the fiber optic arrangement.
79 . The fiber optic connector assembly of claim 78 , wherein the keying member includes two protrusions protruding radially away from the longitudinal axis.
80 . The fiber optic connector assembly of claim 74 , wherein the protrusion is positioned distal to the spring along the longitudinal axis.
81 . The fiber optic connector assembly of claim 74 , wherein the latch members are positioned on opposite sides of a circumference of the proximal housing.
82 . The fiber optic connector assembly of claim 74 , wherein the latch members have arrow shapes.
83 . The fiber optic connector assembly of claim 74 , wherein the latch members include ramp surfaces and shoulders.
84 . The fiber optic connector assembly of claim 74 , wherein the latch members are configured to be received in apertures of the distal housing.
85 . The fiber optic connector assembly of claim 84 , wherein the latch members include distal facing shoulders.
86 . The fiber optic connector assembly of claim 74 , wherein the latch members are configured to be received in slots of the distal housing.
87 . The fiber optic connector assembly of claim 84 , wherein the distal housing includes tapered slits leading from proximal ends of the distal housing to the apertures.
88 . The fiber optic connector assembly of claim 74 , further comprising a protective arrangement configured to enclose the fiber optic arrangement.
89 . The fiber optic connector assembly of claim 88 , wherein the fiber optic arrangement is configured to be pushed or pulled through the duct while enclosed in the protective arrangement.
90 . The fiber optic connector assembly of claim 74 , wherein the proximal housing defines a trumpet shape.