Cable splice kit

Claim 2

An enclosure kit for encapsulating and sealing a splice between two cables comprising: an enclosed chamber adapted to receive the splice therein, said chamber having a cylindrical center section having an access hole for the pouring of plastic compound into said chamber, said access hole having oppositely directed longitudinal extensions partially axially offset and extending outwardly from a central portion of said access hole, said chamber further having means for providing apertures for passage of cables to the interior of said chamber; and a sleeve adapted to be placed over the cylindrical section of the chamber and to be rotatable with respect thereto, said sleeve having an aperture corresponding to the central portion of the access hole and the cylindrical section of the chamber and a funnel portion extending outwardly from the aperture, and a pair of slots located on the opposite sides of the aperture with said slots overlapping each said extension when said aperture is aligned with the central portion of the access hole to thereby provide a pair of air escape holes, one or the other of said slots adapted to overlap one or the other of the extensions when said aperture is partially disaligned with the center portion of said access hole to provide a single air escape hole on one or the other side of the aperture to allow complete filling of said chamber with plastic compound.

Claim 3

An enclosure kit as recited in claim 1 and additionally comprising guide means on the exterior of the enclosed chamber positioned to lie adjacent the sleeve when the sleeve is on the chamber, said guide means adapted to alternatively indicate exact alignment of said aperture with said access hole or partial disalignment of said aperture with said access hole for alternatively providing a pair of air escape holes or a single air escape hole on one or the other side of the aperture.

Claim 4

An enclosure kit for encapsulating and sealing a splice between two or more cables with plastic compound, said enclosure comprising: a tubular chamber adapted to receive the splice therein, said chamber having an access hole in the side thereof including a generally circular portion and at least one narrow longitudinal portion extending from the circular portion; a pair of caps adapted to be connected to the ends of the tubular chamber to close said ends, each said cap including means for providing at least one aperture for passage of a cable therethrough; and a sleeve adapted to be disposed on the tubular chamber and to be rotatable with respect thereto, said sleeve having an aperture corresponding to the access hole in the tubular chamber and an outwardly projecting funnel extending from the aperture, said aperture in the sleeve being rotatably alignable with the access hole so that plastic compound can be poured through the funnel and into the tubular chamber and the sleeve being rotatable with respect to the chamber to disalign the aperture and the access hole to seal said chamber after the chamber has been filled with a plastic compound, said sleeve having a slot adapted to partially overlap the longitudinal portion of the aperture in the tubular chamber when the aperture in the sleeve is aligned with the access hole in the tubular chamber to provide an opening for the escape of air from the tubular chamber as said tubular chamber is filled with plastic compound.

Claim 5

An enclosure kit for encapsulating and sealing a splice between two or more cables with plastic compound, said enclosure comprising: a tubular chamber adapted to receive the splice therein, said chamber having an access hole in the side thereof including a generally circular portion and at least one narrow longitudinal portion extending from the circular portion; a pair of caps adapted to be connected to the ends of the tubular chamber to close said ends, each said cap including means for providing at least one aperture for passage of a cable therethrough; and a sleeve adapted to be disposed on the tubular chamber and to be rotatable with respect thereto, said sleeve having an aperture corresponding to the access hole in the tubular chamber and an outwardly projecting funnel extending from the aperture, said aperture in the sleeve being rotatably alignable with the access hole so that plastic compound can be poured through the funnel and into the tubular chamber and the sleeve being rotatable with respect to the chamber to disalign the aperture and the access hole to seal said chamber after the chamber has been filled with a plastic compound, said sleeve having a slot adapted to partially overlap the longitudinal portion of the aperture in the tubular chamber when the aperture in the sleeve is aligned with the access hole in the tubular chamber to provide an opening for the escape of air from the tubular chamber as said tubular chamber is filled with plastic compound.

Claim 6

An enclosure kit for encapsulating and sealing a splice between two cables comprising: a closable chamber adapted to receive the splice therein, said chamber having a cylindrical central section having an access hole for the pouring of plastic compound into said chamber, said access hole having oppositely directed longitudinal extensions, said extensions being partially axially offset, said chamber further having means for closing the chamber after passage of cables to the interior of said chamber; and a sleeve adapted to be placed over the cylindrical section of the chamber and to be rotatable with respect thereto, said sleeve having an aperture corresponding to the access hole in the cylindrical section of the chamber and a funnel portion extending outwardly from the aperture to facilitate pouring of plastic compound through said aperture, said aperture in the sleeve being rotatably alignable with the access hole for permitting plastic compound to be poured into the interior of said chamber through the funnel, and the sleeve being rotatable with respect to the chamber to disalign the aperture in the sleeve and the access hole to seal the chamber, said sleeve having a pair of slots formed therein, said slots located on opposite sides of the aperture in said sleeve and aligned with the center of said aperture so that said slots can overlap each said extension when said aperture is aligned with said access hole to provide a pair of air escape holes, one or the other of said slots being adapted to overlap one or the other of the extensions when said aperture is partially disaligned with said access hole to provide a single air escape hole on one or the other side of said aperture to allow complete filling of said chamber with plastic compound.

Claim 7

An enclosure kit for encapsulating and sealing a splice between two cables comprising: a closable chamber adapted to receive the splice therein, said chamber having a cylindrical central section having an access hole for the pouring of plastic compound into said chamber, said access hole having oppositely directed longitudinal extensions, said extensions being partially axially offset, said chamber further having means for closing the chamber after passage of cables to the interior of said chamber; and a sleeve adapted to be placed over the cylindrical section of the chamber and to be rotatable with respect thereto, said sleeve having an aperture corresponding to the access hole in the cylindrical section of the chamber and a funnel portion extending outwardly from the aperture to facilitate pouring of plastic compound through said aperture, said aperture in the sleeve being rotatably alignable with the access hole for permitting plastic compound to be poured into the interior of said chamber through the funnel, and the sleeve being rotatable with respect to the chamber to disalign the aperture in the sleeve and the access hole to seal the chamber, said sleeve having a pair of slots formed therein, said slots located on opposite sides of the aperture in said sleeve and aligned with the center of said aperture so that said slots can overlap each said extension when said aperture is aligned with said access hole to provide a pair of air escape holes, one or the other of said slots being adapted to overlap one or the other of the extensions when said aperture is partially disaligned with said access hole to provide a single air escape hole on one or the other side of said aperture to allow complete filling of said chamber with plastic compound.