Underwater cable connector assembly

Claim 2

Electrical cable connector assembly, comprising: a. male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve defining an elongated chamber therein and adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, and c. means connected with said male connector means for establishing an indirect fluid path through said elongated chamber between said open end and the situs of conductive coupling of said prong assembly and said conductive socket means, whereby fluid exiting said chamber at said open end when said male and female connectors are mateably coupled is constrained to travel along said indirect fluid path.

Claim 3

Electrical cable connector assembly, comprising: a. male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, c. means for establishing a first indirect fluid path through a chamber defined by said sleeve between said open end and the situs of conductive coupling of said prong assembly and said conductive socket means when said male and female connectors are mateably coupled, and d. means for establishing a second indirect fluid path extending from the said situs of conductive coupling through said hollow insulating sleeve to a location disposed at the outside of said hollow insulating sleeve.

Claim 4

Electrical cable connector assembly, comprising: a. male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, c. means for establishing a first indirect fluid path through a chamber defined by said sleeve between said open end and the situs of conductive coupling of said prong assembly and said conductive socket means when said male and female connectors are mateably coupled, and d. means for establishing a second indirect fluid path extending from the said situs of conductive coupling through said hollow insulating sleeve to a location disposed at the outside of said hollow insulating sleeve.

Claim 5

The cable connector assembly as defined by claim 2 further comprising means for preventing sediment from entering the chamber defined by said hollow insulating sleeve.

Claim 6

Electrical cable connector assembly, comprising: a. male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve defining a chamber therein and adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, and c. means for establishing a winding fluid path between the situs of conductive coupling of said prong assembly and said conductive socket means and a location outside of said hollow insulating sleeve, whereby fluid exiting the said chamber during the mateable coupling of said male and female connector means is constrained to travel along said winding fluid path.

Claim 7

Electrical cable connector assembly, comprising: a. male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve defining a chamber therein and adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, and c. means for establishing a winding fluid path between the situs of conductive coupling of said prong assembly and said conductive socket means and a location outside of said hollow insulating sleeve, whereby fluid exiting the said chamber during the mateable coupling of said male and female connector means is constrained to travel along said winding fluid path.

Claim 8

Electrical cable connector assembly, comprising: a male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, and c. A continuous band of insulating material disposed in a spiral configuration around the circumference of the elongated body of said male connector means, said insulating band establishing an indirect fluid path through the chamber defined by said sleeve, thereby to effectively electrically isolate the situs of conductive coupling of said prong assembly and said conductive socket means when said male and female connectors are mateably coupled.

Claim 9

Electrical cable connector assembly, comprising: a male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, and c. A continuous band of insulating material disposed in a spiral configuration around the circumference of the elongated body of said male connector means, said insulating band establishing an indirect fluid path through the chamber defined by said sleeve, thereby to effectively electrically isolate the situs of conductive coupling of said prong assembly and said conductive socket means when said male and female connectors are mateably coupled.

Claim 10

The assembly as defined by claim 5 wherein said band is secured with said elongated body in a corresponding helical shaped groove extending around the outer circumference of said elongated body.

Claim 11

The apparatus as defined by claim 5 further comprising first and second terminator housings respectively connected with said male and female connector means and surrounding the conductive ends of said first and second insulated power cables.

Claim 12

Electrical cable connector assembly, comprising: a. male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, and c. tubing formed in a winding path and extending through said hollow insulating sleeve to be in fluid communication with the chamber defined by said sleeve at a location immediately adjacent the situs of conductive coupling of said prong assembly and said conductive socket means, said tubing establishing an indirect fluid path between said situs and a location outside of said hollow insulating sleeve.

Claim 13

Electrical cable connector assembly, comprising: a. male connector means comprising an elongated body of insulating material with a conductive rod axially extending therethrough, one end of said conductive rod adapted to be joined with the conductive end of a first insulated power cable, the opposed end of said conductive rod terminating in a prong assembly, b. female connector means adapted for mateable coupling with said male connector means, said female connector means comprising a hollow insulating sleeve adapted to telescopically receive the elongated body of said male connector means at one open end thereof, means adapted to be joined with the conductive end of a second insulated power cable, and conductive socket means disposed within said hollow insulating sleeve at a location remote from said one open end adapted to receive said prong assembly in conductive coupling relationship, and c. tubing formed in a winding path and extending through said hollow insulating sleeve to be in fluid communication with the chamber defined by said sleeve at a location immediately adjacent the situs of conductive coupling of said prong assembly and said conductive socket means, said tubing establishing an indirect fluid path between said situs and a location outside of said hollow insulating sleeve.

Claim 14

The apparatus as defined by claim 8 wherein the opposed end of said tubing extends into fluid communication with the inside of an expandable bladder.

Claim 15

The assembly as defined by claim 8 further comprising first and second terminator housing respectively connected with said male and female connector means and surrounding the conductive ends of said first and second insulated power cables.

Claim 16

In an underwater cable connector assembly of the type comprising a plurality of sets of cable connectors disposed adjacent one another in an underwater environment, each of said sets of cable connectors comprising male and female connector means adapted to be coupled with one another at a site of conductive coupling, the improvement comprising sinuous means disposed in the fluid path between adjacent conductive coupling sites to effectively lengthen said fluid path and inhibit electrical conduction along said path.

Claim 17

In an underwater cable connector assembly of the type comprising a plurality of sets of cable connectors disposed adjacent one another in an underwater environment, each of said sets of cable connectors comprising male and female connector means adapted to be coupled with one another at a site of conductive coupling, the improvement comprising sinuous means disposed in the fluid path between adjacent conductive coupling sites to effectively lengthen said fluid path and inhibit electrical conduction along said path.

Claim 18

Electrical cable connector assembly, comprising: a. female connector means comprising a hollow insulating sleeve defining a chamber therein, conductive socket means disposed within the confines of said insulating sleeve, and means for electrically connecting said conductive socket means with the conductive end of a first power cable, b. male connector means adapted for mateable coupling with said female connector means, said male connector means comprising an elongated conductive rod having one end adapted to be joined with the conductive end of a second power cable, the opposed end of said conductive rod adapted for conductive coupling relationship with said conductive socket of said female connector means, and c. a continuous band of insulating material disposed in a spiral-like configuration around said elongated conductive rod, said continuous band establishing an indirect fluid path through said chamber, thereby to effectively electrically isolate the situs of conductive coupling of said conductive rod and said conductive socket means when said male and female connectors and mateably coupled.

Claim 19

Electrical cable connector assembly, comprising: a. female connector means comprising a hollow insulating sleeve defining a chamber therein, conductive socket means disposed within the confines of said insulating sleeve, and means for electrically connecting said conductive socket means with the conductive end of a first power cable, b. male connector means adapted for mateable coupling with said female connector means, said male connector means comprising an elongated conductive rod having one end adapted to be joined with the conductive end of a second power cable, the opposed end of said conductive rod adapted for conductive coupling relationship with said conductive socket of said female connector means, and c. a continuous band of insulating material disposed in a spiral-like configuration around said elongated conductive rod, said continuous band establishing an indirect fluid path through said chamber, thereby to effectively electrically isolate the situs of conductive coupling of said conductive rod and said conductive socket means when said male and female connectors and mateably coupled.

Claim 20

Electrical cable connector assembly, comprising: a. female connector means comprising a hollow insulating sleeve defining a chamber therein, conductive socket means disposed within the confines of said insulating sleeve, and means for electrically connecting said conductive socket means with the conductive end of a first power cable, b. male connector means adapted for mateable coupling with said female connector means, said male connector means comprising an elongated conductive rod having one end adapted to be joined with the conductive end of a second power cable, the opposed end of said conductive rod adapted for conductive coupling relationship with said conductive socket of said female connector means, and c. tubing formed in a winding path and extending through said insulating sleeve to be in fluid communication with said chamber at a location immediately adjacent the situs of conductive coupling of said conductive rod and said conductive socket means, said tubing establishing an indirect fluid path between said situs at a location outside of said insulating sleeve.

Claim 21

Electrical cable connector assembly, comprising: a. female connector means comprising a hollow insulating sleeve defining a chamber therein, conductive socket means disposed within the confines of said insulating sleeve, and means for electrically connecting said conductive socket means with the conductive end of a first power cable, b. male connector means adapted for mateable coupling with said female connector means, said male connector means comprising an elongated conductive rod having one end adapted to be joined with the conductive end of a second power cable, the opposed end of said conductive rod adapted for conductive coupling relationship with said conductive socket of said female connector means, and c. tubing formed in a winding path and extending through said insulating sleeve to be in fluid communication with said chamber at a location immediately adjacent the situs of conductive coupling of said conductive rod and said conductive socket means, said tubing establishing an indirect fluid path between said situs at a location outside of said insulating sleeve.