Aerial splice closures for a telecommunications cable

Claim 2

An aerial splice closure for telecommunications cable having a closure casing comprising: (a) two casing portions each of which extends from end-to-end of the closure with the casing portions hinged together along a hinge line extending from end-to-end of the casing for relative movement of the casing portions to open and close the casing; and (b) two elastomeric seals, one at each end of the closure, each seal comprising two molded elastomeric seal halves located one within an end of each casing portion with an outer surface of each seal half sealingly engaging the casing portion, the seal halves sealingly abutting one another for sealing around a cable passing between the seal halves when the casing is closed, each seal half formed with at least one outwardly extending resiliently compressible lug which passes through an aperture formed in its corresponding casing portion and which is resiliently compressed between the sides of the aperture to retain the seal half mounted to the casing portion and to provide a sealing action with sides of the aperture.

Claim 3

A closure according to claim 1 wherein each seal half is provided with two axially spaced apart lugs each received through an individual aperture formed in the corresponding casing portion.

Claim 4

A closure according to claim 2 in which each lug has a portion extending outwardly from its seal half, said portion passing through the respective aperture, and a lateral flange which confronts and engages the outside surface of the associated casing portion.

Claim 5

A closure according to claim 1 wherein each seal half has at least two seating surface areas contacting the inner surface of the respective casing portion, the seating surface areas spaced apart longitudinally of the closure to provide a space between these areas, and each area extending unbroken around the outer surface of the seal half.

Claim 6

A closure according to claim 4 wherein each casing portion has an end flange extending radially inwardly, each seal half engaging the end flange.

Claim 7

A closure according to claim 2 wherein the casing portions carry a latching means for releasably retaining the casing portions in the closed position of the closure.

Claim 8

An aerial splice closure for telecommunications cable having a closure casing comprising: (a) two casing portions each of which extends from end-to-end of the closure which the casing portions hinged together along a hinge line extending from end-to-end of the casing for relative movement of the casing portions to open and close the casing, the casing portions carrying a latching means to hold the casing portions in the closed condition of the casing; and (b) two elastomeric seals, one at each end of the closure, each seal comprising two molded elastomeric seal halves located one within an end of each casing portion with an outer surface of each seal half sealingly engaging the casing portion, the seal halves sealingly abutting one another for sealing around a cable passing between the seal halves when the casing is closed, each seal half formed with at least one outwardly extending resiliently compressible lug which passes through an aperture formed in its corresponding casing portion and which is resiliently compressed between the sides of the aperture to retain the seal half mounted to the casing portion and to provide a sealing action with the sides of the aperture.

Claim 9

An aerial splice closure for telecommunications cable having a closure casing comprising: (a) two casing portions each of which extends from end-to-end of the closure which the casing portions hinged together along a hinge line extending from end-to-end of the casing for relative movement of the casing portions to open and close the casing, the casing portions carrying a latching means to hold the casing portions in the closed condition of the casing; and (b) two elastomeric seals, one at each end of the closure, each seal comprising two molded elastomeric seal halves located one within an end of each casing portion with an outer surface of each seal half sealingly engaging the casing portion, the seal halves sealingly abutting one another for sealing around a cable passing between the seal halves when the casing is closed, each seal half formed with at least one outwardly extending resiliently compressible lug which passes through an aperture formed in its corresponding casing portion and which is resiliently compressed between the sides of the aperture to retain the seal half mounted to the casing portion and to provide a sealing action with the sides of the aperture.