Cable splice case

Claim 2

A splice case for enclosing a splice area in a communications cable system, comprising an outer shell, end plates for said shell each having at least one cable accepting aperture, and, for each said aperture, a cable collar; said shell comprising two longitudinally flanged semicylindrical halves and having two internal annular ridges at each end; each of said plates fitting within said shell between said two ridges, being split along a paraxial plane diametrically of each said aperture into a number of segments one more than the number of its apertures, and each segment being grooved centrally of its edge about its periphery; each of said collars fitting over a cable end and within one of said apertures and being exteriorly annularly grooved adjacent one end.

Claim 3

Splice case of claim 1 wherein said cable collar comprises a generally tubular casing divided into two longitudinally flanged sections along an axial plane, said collar having an annularly ridged and grooved interior surface terminating in inwardly extending annular ribs adapted for supporting retaining washers thereagainst.

Claim 4

Splice case of claim 2 wherein said cable collar includes two of said annularly ridged and grooved interior surfaces each terminating in said annular ribs and separated by a central interior surface defining an area of increased cross section.

Claim 5

Splice case of claim 2 wherein the flat flanged edges of each section of said cable collar are centrally depressed to form a mastic accepting depression extending along the portion of said edges adjacent said ribbed and grooved surface and said ribs, the resulting cavity between opposing flanged edges being open inwardly of said collar.

Claim 6

Splice case of claim 1 wherein one segment of each said end plate is perforate, includes an extension adjacent the perforation, and carries a tie bar fitting attached to said extension and passing through said perforation.

Claim 7

Splice case of claim 1 wherein the two halves of said shell each are grooved along their longitudinal flanges to provide a slant sided longitudinal groove and are ridged to provide rounded ridges along both sides of said groove, and wherein is included a gasket member having longitudinal segments fitting over said ridges and into said grooves and having a concave transverse section adjacent the bottom of said groove.

Claim 8

A cable splice assembly comprising: at least two cable ends having electrical continuity therebetween; an externally annularly grooved cable collar applied about each said cable end and sealed about the grooved area within a cable receiving aperture in a segmented end plate; an outer shell comprising two mating half shells sealed about said end plates; and wherein at least one said cable collar comprises a generally tubular casing divided into two sections along an axial plane and having at least one annularly ridged and grooved interior surface section terminating in inwardly extending annular ribs; retaining washers about said cable and between each said rib and the adjacent ridged and grooved surface; a winding of mastic about said cable between the two washers; said washers being supported against said ribs and said mastic filling the space between said washers and between said cable and said ridged and grooved interior surface to provide a hermetic seal.

Claim 9

A cable splice assembly comprising: at least two cable ends having electrical continuity therebetween; an externally annularly grooved cable collar applied about each said cable end and sealed about the grooved area within a cable receiving aperture in a segmented end plate; an outer shell comprising two mating half shells sealed about said end plates; and wherein at least one said cable collar comprises a generally tubular casing divided into two sections along an axial plane and having at least one annularly ridged and grooved interior surface section terminating in inwardly extending annular ribs; retaining washers about said cable and between each said rib and the adjacent ridged and grooved surface; a winding of mastic about said cable between the two washers; said washers being supported against said ribs and said mastic filling the space between said washers and between said cable and said ridged and grooved interior surface to provide a hermetic seal.

Claim 10

Cable splice assembly of claim 7 wherein: at least one of said cable ends is a double sheath cable end having a shortened outer sheath and an extended inner sheath, the corresponding cable collar having two of said ridged and grooved surfaces each terminating in inwardly extending annular ribs, one of said surfaces being about said outer sheath, the other about the extended inner sheath.

Claim 11

A cable splice assembly comprising: a cable end; a polymeric cable collar molded onto said cable end, having a circular cross section and being exteriorly annularly grooved; a multiple segment end plate having a cable accepting aperture, each segment being peripherally grooved, said plate fitting over said collar at said exterior groove; gasketing material filling the groove in said collar and the grooves of said end plate adjacent thereto; and an outer protective shell fitting about said end plate and said splice.

Claim 12

A cable splice assembly comprising: a cable end; a polymeric cable collar molded onto said cable end, having a circular cross section and being exteriorly annularly grooved; a multiple segment end plate having a cable accepting aperture, each segment being peripherally grooved, said plate fitting over said collar at said exterior groove; gasketing material filling the groove in said collar and the grooves of said end plate adjacent thereto; and an outer protective shell fitting about said end plate and said splice.

Claim 13

A cable splice assembly comprising: a cable end; a molded fitting about said cable end and having a circular cross section and being exteriorly annularly grooved; a polymeric encapsulant filling said mold and sealing said cable end; a multiple segment end plate having a cable accepting aperture, each segment being peripherally grooved, said plate fitting over said mold at the exterior groove thereof; gasketing material filling said groove and the grooves of said end plate adjacent thereto; and an outer protective shell fitting about said end plate and said splice.

Claim 14

A cable splice assembly comprising: a cable end; a molded fitting about said cable end and having a circular cross section and being exteriorly annularly grooved; a polymeric encapsulant filling said mold and sealing said cable end; a multiple segment end plate having a cable accepting aperture, each segment being peripherally grooved, said plate fitting over said mold at the exterior groove thereof; gasketing material filling said groove and the grooves of said end plate adjacent thereto; and an outer protective shell fitting about said end plate and said splice.

Claim 15

A generally tubular cable collar for use with a splice case having an end plate, said collar comprising two substantially identical longitudinally flanged semicylindrical halves, said collar being externally annularly grooved adjacent one end for use with said end plate, and having at least one pair of internal ribs separated by an annularly ridged and grooved surface.

Claim 16

A generally tubular cable collar for use with a splice case having an end plate, said collar comprising two substantially identical longitudinally flanged semicylindrical halves, said collar being externally annularly grooved adjacent one end for use with said end plate, and having at least one pair of internal ribs separated by an annularly ridged and grooved surface.

Claim 17

Collar of claim 11 wherein are two pairs of said separated internal ribs and, between said two pairs, a central chamber of enlarged cross section.

Claim 18

Collar of claim 11 wherein the longitudinal flat flanges of said halves have a depressed surface area adjacent the ridged and grooved surface and the adjoining ribs, the resulting cavity between opposing flanges opening inwardly of said collar.

Claim 19

A cable end adapted for enclosure within a splice case, said case having an end plate, and comprising: an assembly of insulated wires within an outer protective sheath; a winding of mastic tape about said sheath; retaining washers about said cable end at both sides of said winding; a generally cylindrical cable collar, comprising two semicylindrical longitudinally flanged halves and having at least one annularly ridged and grooved interior surface section terminating in inwardly extending annular ribs and said collar being exteriorly annularly grooved for combination with said end plate, assembled about said cable end with said washers reatined against said ribs and said mastic filling the space between washers, cable and ridged and grooved surface to provide a hermetic seal.

Claim 20

A cable end adapted for enclosure within a splice case, said case having an end plate, and comprising: an assembly of insulated wires within an outer protective sheath; a winding of mastic tape about said sheath; retaining washers about said cable end at both sides of said winding; a generally cylindrical cable collar, comprising two semicylindrical longitudinally flanged halves and having at least one annularly ridged and grooved interior surface section terminating in inwardly extending annular ribs and said collar being exteriorly annularly grooved for combination with said end plate, assembled about said cable end with said washers reatined against said ribs and said mastic filling the space between washers, cable and ridged and grooved surface to provide a hermetic seal.

Claim 21

Cable end of claim 14 wherein said cable end includes a shortened outer sheath and an extended inner sheath and wherein each sheath supports a said winding and said washers, and said collar includes two ribbed, ridged and grooved sections separated by a section of increased cross sectional area.

Claim 22

Cable end of claim 14 wherein said flanged halves include depressed surface areas in the opposing flange surfaces adjacent the ribbed, ridged and grooved surfaces, the resulting cavity opening inwardly of said collar and being filled with mastic.

Claim 23

Cable end of claim 14 wherein a hardened liquid encapsulant fills the terminal interstices within said cable end and the adjacent interior of said collar.

Claim 24

Method of protecting a splice area in multiple wire communications cables, comprising: sealing onto each cable end a cable collar having an exterior annular groove; sealing over each said collar at said groove a segmental end plate; and sealing over and between opposing end plates a segmental outer shell.

Claim 25

Method of protecting a splice area in multiple wire communications cables, comprising: sealing onto each cable end a cable collar having an exterior annular groove; sealing over each said collar at said groove a segmental end plate; and sealing over and between opposing end plates a segmental outer shell.