Claims Analysis
Total Claims: 12
Claim 1
Independent Claim
92 words
A one-piece, molded jack receptacle including front and back ends, top- and bottom-side surfaces, and a pair of cavities; each cavity having (i) a rectangular opening into the front end of the receptacle, (ii) a circular opening into the back end of the receptacle, and (iii) a U-shaped opening into the top-side surface, said U-shaped opening forming a cantilever whose free-end portion deflects into the cavity; each cavity further having a non-movable retaining surface for holding an optical connector within the cavity, said retaining surface being located directly beneath the U-shaped opening.
Claim 2
Dependent Claim
92 words
A one-piece, molded jack receptacle including front and back ends, top- and bottom-side surfaces, and a pair of cavities; each cavity having (i) a rectangular opening into the front end of the receptacle, (ii) a circular opening into the back end of the receptacle, and (iii) a U-shaped opening into the top-side surface, said U-shaped opening forming a cantilever whose free-end portion deflects into the cavity; each cavity further having a non-movable retaining surface for holding an optical connector within the cavity, said retaining surface being located directly beneath the U-shaped opening.
Claim 3
Dependent Claim
14 words
The jack receptacle of claim 1 wherein said receptacle is molded from thermoplastic material.
Claim 4
Dependent Claim
12 words
The jack receptacle of claim 3 wherein the thermoplastic material comprises polycarbonate.
Claim 5
Dependent Claim
50 words
The jack receptacle of claim 1 wherein each cavity further includes a boss which projects into it from the back end of the receptacle, each boss having a cylindrical passageway for receiving the alignment sleeve, and each cylindrical passageway communicating with one of the circular openings in the back end.
Claim 6
Dependent Claim
53 words
The jack receptacle of claim 1 wherein the back end comprises a generally planar exterior surface which includes a pair of outwardly projecting pins and a pair inwardly projecting holes, said pins and holes having complementary mating shapes that are positioned to interlock with an identical jack receptacle when they are aligned back-to-back.
Claim 7
Dependent Claim
31 words
The jack receptacle of claim 5 wherein the pins and holes are cylindrically shaped, said pins having slightly larger diameters than the holes, said pins being tapered at their distal ends.
Claim 8
Dependent Claim
186 words
An adapter for optical connectors comprising a pair of jack receptacles that are joined together back to back, each jack receptacle being a unipartite structure comprising front and back ends, a pair of outside surfaces, and a row of cavities, each cavity having an opening into the front end of the receptacle for receiving an optical connector, each cavity having a boss which projects into it from the back end of the receptacle, each boss including a cylindrical passageway which opens into the back end of the receptacle, each cavity having a rigid retaining surface for interlocking with a movable latching member on the optical connector, and each cavity having a U-shaped opening into one of the outside surfaces that forms a cantilever whose free end portion is positioned toward the back end of the receptacle; the back end of each receptacle having a generally planar exterior surface which includes a plurality of pins and holes for aligning the cylindrical passageways when the receptacles are joined together back-to-back; and a plurality of alignment sleeves that extend between the pair of receptacles and into the cylindrical passageways.
Claim 9
Dependent Claim
186 words
An adapter for optical connectors comprising a pair of jack receptacles that are joined together back to back, each jack receptacle being a unipartite structure comprising front and back ends, a pair of outside surfaces, and a row of cavities, each cavity having an opening into the front end of the receptacle for receiving an optical connector, each cavity having a boss which projects into it from the back end of the receptacle, each boss including a cylindrical passageway which opens into the back end of the receptacle, each cavity having a rigid retaining surface for interlocking with a movable latching member on the optical connector, and each cavity having a U-shaped opening into one of the outside surfaces that forms a cantilever whose free end portion is positioned toward the back end of the receptacle; the back end of each receptacle having a generally planar exterior surface which includes a plurality of pins and holes for aligning the cylindrical passageways when the receptacles are joined together back-to-back; and a plurality of alignment sleeves that extend between the pair of receptacles and into the cylindrical passageways.
Claim 10
Dependent Claim
34 words
The adapter of claim 7 wherein the receptacles are joined together by press-fitting to form the adapter, said pins and holes being cylindrically shaped, and said pins having slightly larger diameters than the holes.
Claim 11
Independent Claim
134 words
A method for assembling a pair of substantially similar jack receptacles to form an adapter, each jack receptacle having a generally planar back surface which includes a cylindrical pin projecting outwardly, a cylindrical hole projecting inwardly, and an opening for receiving an alignment sleeve; said pin having a slightly larger diameter than the hole and a tapered distal end, the method comprising the steps of: inserting the alignment sleeve into the opening in one of the receptacles; orienting the pair of jack receptacles, back to back, so that the pin and the alignment sleeve in one of the receptacles are respectively positioned to mate with the hole and the opening in the other of the receptacles; and pressing the receptacles together with sufficient force to cause their planar back surfaces to touch each other.
Claim 12
Independent Claim
134 words
A method for assembling a pair of substantially similar jack receptacles to form an adapter, each jack receptacle having a generally planar back surface which includes a cylindrical pin projecting outwardly, a cylindrical hole projecting inwardly, and an opening for receiving an alignment sleeve; said pin having a slightly larger diameter than the hole and a tapered distal end, the method comprising the steps of: inserting the alignment sleeve into the opening in one of the receptacles; orienting the pair of jack receptacles, back to back, so that the pin and the alignment sleeve in one of the receptacles are respectively positioned to mate with the hole and the opening in the other of the receptacles; and pressing the receptacles together with sufficient force to cause their planar back surfaces to touch each other.