Aerial communications cable splice closure and end cap useful therewith

Claim 2

An aerial closure for a communications cable splice comprising a hollow body, electrically conductive hanger means on said body, and end caps for said body; wherein said body comprises separate longitudinal top and bottom sections adapted to mate with one another, said top section having said hanger means therethrough; said hanger means comprises separate body and cap sections joined together centrally by an adjustable tightening means; wherein said body section has a first central opening for receiving said tightening means, and a transverse raised projection and a transverse wire-receiving channel equidistantly located above and below said first opening; and wherein said cap section has a second central opening for receiving said tightening means, and a pair of parallel, transverse wire-receiving grooves equidistantly located above and below said second opening so as to be opposed to said raised projection and said wire-receiving channel, and wherein one of said wire-receiving grooves is of different size than the other; said end caps each comprise (i) a pair of external, parallel, longitudinal walls which define a narrow channel therebetween, (ii) a cable-receiving portion containing at least one conical cable-receiving port and (iii) a base portion having a plurality of deformable external, longitudinal ribs disposed therearound, a first end adapted to fit over the end of said body, and a second end attached to said cable-receiving portion.

Claim 3

An aerial closure according to claim 1 wherein said top and bottom body sections are generally semicylindrical and each have longitudinal walls for engagement with corresponding longitudinal walls of the other section, one said walls of said top section having a longitudinal tongue for engagement with a longitudinal groove of one of said walls of said bottom section and the other of said walls of said top section having a longitudinal groove for engagement with a longitudinal tongue of the other of said walls of said bottom section.

Claim 4

An aerial closure according to claim 2 wherein said top and bottom sections each have at least one external annular groove adjacent the ends thereof, and wherein said end caps each have at least one internal annular ridge proximate said first end adapted to be received in said external annular groove.

Claim 5

An aerial closure according to claim 3 wherein said end caps each have an external annular ridge proximate said first end thereof.

Claim 6

An aerial closure according to claim 1 further comprising electrical grounding means connected to said hanger means through said top section of said body.

Claim 7

An aerial closure according to claim 1 wherein the cable-receiving portion of at least one of said end caps contains at least two of said cable-receiving ports.

Claim 8

An aerial cable splice assembly comprising (a) at least two cable ends having electrical continuity therebetween; (b) a splice closure assembly around said cable ends comprising a hollow body, electrically conductive hanger means on said body, and end caps for said body, wherein (i) said body has top and bottom sections joined together; and wherein said top section has said electrically conductive hanger means therethrough which comprise separate body and cap sections joined together centrally by an adjustable tightening means; wherein said body section has a first central opening for receiving said tightening means, and a transverse raised projection and a transverse wire-receiving channel equidistantly located above and below said first opening; and wherein said cap section has a second central opening for receiving said tightening means, and a pair of parallel, transverse wire-receiving grooves equidistantly located above and below said second opening so as to be opposed to said raised projection and said wire-receiving channel, and wherein one of said wire-receiving grooves is of different size than the other; and wherein said bottom section has vent means therein; (ii) end caps over each end of said hollow body wherein said end caps have a pair of external longitudinal walls defining a narrow channel therebetween, a cable-receiving portion containing at least one conical cable-receiving port, and a base portion having a plurality of deformable, external longitudinal ribs disposed therearound, a first end adapted to fit over the end of said hollow body, and a second end attached to said cable-receiving portion; (iii) a clamping means disposed about each said base portion of each of said end caps and forming indentations in said external longitudinal ribs which receive said clamping means; (iv) a bonding bar between said hanger means and said cable ends; and (v) a grounding strap joined to said hanger brackets, said bonding bar and said cable end for providing a continuous grounding path therebetween.

Claim 9

An aerial cable splice assembly comprising (a) at least two cable ends having electrical continuity therebetween; (b) a splice closure assembly around said cable ends comprising a hollow body, electrically conductive hanger means on said body, and end caps for said body, wherein (i) said body has top and bottom sections joined together; and wherein said top section has said electrically conductive hanger means therethrough which comprise separate body and cap sections joined together centrally by an adjustable tightening means; wherein said body section has a first central opening for receiving said tightening means, and a transverse raised projection and a transverse wire-receiving channel equidistantly located above and below said first opening; and wherein said cap section has a second central opening for receiving said tightening means, and a pair of parallel, transverse wire-receiving grooves equidistantly located above and below said second opening so as to be opposed to said raised projection and said wire-receiving channel, and wherein one of said wire-receiving grooves is of different size than the other; and wherein said bottom section has vent means therein; (ii) end caps over each end of said hollow body wherein said end caps have a pair of external longitudinal walls defining a narrow channel therebetween, a cable-receiving portion containing at least one conical cable-receiving port, and a base portion having a plurality of deformable, external longitudinal ribs disposed therearound, a first end adapted to fit over the end of said hollow body, and a second end attached to said cable-receiving portion; (iii) a clamping means disposed about each said base portion of each of said end caps and forming indentations in said external longitudinal ribs which receive said clamping means; (iv) a bonding bar between said hanger means and said cable ends; and (v) a grounding strap joined to said hanger brackets, said bonding bar and said cable end for providing a continuous grounding path therebetween.

Claim 10

An aerial communications cable splice assembly according to claim 7 wherein at least one of said cable-receiving ports of one of said end caps is slit longitudinally along said narrow channel and wherein said end cap is held together by a locking strip comprising a lower base, an inverted U-shaped top and a wall generally perpendicular to said lower base joining said lower base to said top.

Claim 11

An aerial communications cable splice assembly according to claim 8 wherein the cable-receiving portion of at least one of said end caps contains at least two of said cable-receiving ports.

Claim 12

An end cap adapted for use with a communications cable splice assembly comprising a pair of external, parallel, longitudinal walls which define a narrow channel therebetween, a base portion having a plurality of deformable external longitudinal ribs therearound, said base portion being joined to a cable-receiving portion having at least one conical cable-receiving port.

Claim 13

An end cap adapted for use with a communications cable splice assembly comprising a pair of external, parallel, longitudinal walls which define a narrow channel therebetween, a base portion having a plurality of deformable external longitudinal ribs therearound, said base portion being joined to a cable-receiving portion having at least one conical cable-receiving port.

Claim 14

An end cap according to claim 10 wherein said cable-receiving portion has at least two of said cable-receiving ports.

Claim 15

An aerial closure for a communications cable splice comprising: a hollow body having separate longitudinal top and bottom sections adapted to mate with one another; electrically conductive hanger means connected to said top body section and projecting externally therefrom; and end caps adapted to be received by the ends of said body, said end caps each comprising (i) a pair of external, parallel, longitudinal walls which define a narrow channel therebetween, (ii) a cable-receiving portion containing at least one conical cable-receiving port and (iii) a base portion having a plurality of deformable external, longitudinal ribs disposed therearound, a first end adapted to fit over the end of said body, and a second end attached to said cable-receiving portion.

Claim 16

An aerial closure for a communications cable splice comprising: a hollow body having separate longitudinal top and bottom sections adapted to mate with one another; electrically conductive hanger means connected to said top body section and projecting externally therefrom; and end caps adapted to be received by the ends of said body, said end caps each comprising (i) a pair of external, parallel, longitudinal walls which define a narrow channel therebetween, (ii) a cable-receiving portion containing at least one conical cable-receiving port and (iii) a base portion having a plurality of deformable external, longitudinal ribs disposed therearound, a first end adapted to fit over the end of said body, and a second end attached to said cable-receiving portion.

Claim 17

An aerial closure according to claim 12 wherein said hanger means is adjustable to receive a variety of messenger wires.

Claim 18

An aerial closure according to claim 13 wherein said bottom section has vent means therein.