Waterproof electrical splice enclosure

Claim 1

A waterproof electrical splice enclosure for receiving an electrical connector connecting the ends of a plurality of insulated electrical conductors extending out of the connector in the same direction and parallel to one another and having a specified length parallel to the insulated electrical conductors and specified cross-sectional dimensions in a plane perpendicular to the insulated electrical conductors, said splice enclosure, comprising: an elongate hollow tube having one open end and one closed end, the cross-sectional dimensions of the hollow space within said tube in a plane perpendicular to its length being slightly greater than the specified cross-sectional dimensions of the electrical connector in a plane perpendicular to the length of the insulated electrical conductors extending out of the connector, said open end of said tube being formed with a broadened entrance area having at least one insulated conductor receiving channel leading into said open end of said tube, means for retaining the electrical connector at a connector retention position adjacent said closed end of said tube with the insulated electrical conductors extending from the connector out of said open end of said tube, a waterproofing fluid within said tube, said waterproofing fluid under normal conditions of use having a sufficient viscosity so that it will not flow out of said tube but being capable of flowing around the connector as it is slid into said tube to said connector retention position adjacent said closed end of said tube to fill the space around the connector and around and between the insulated conductors extending out of the connector to provide a waterproof seal around the connector and the connector ends of the insulated conductors, the length of said hollow space within said elongate hollow tube being sufficiently greater than the specified length of the electrical connector to provide a confined space sufficiently long to force said waterproofing fluid to flow around the connector and around and between the insulated conductors as the connector is slid into said tube to said connector retention position, and a cap for closing said open end of said tube after the connector and the connected ends of the insulated electrical conductors have been inserted into said tube and retained adjacent said closed end of said tube, said cap being formed on one surface with a bulbous protrusion to fit into said open end of said tube, said bulbous protrusion being deformable by any insulated conductors in said insulated conductor receiving channel.