High voltage connector

Claim 2

A safety electrical connector for providing electrical continuity between two conductors carrying a high electrical voltage while preventing escape of the voltage to surroundings, said connector comprising: (A) a mating pair, one male and one female, of cylindrical, electrically conductive contacts, with each contact having a forward mating portion, an intermediate supporting portion and a rearward conductor receiving portion for receiving one of said conductors; (B) an electrically insulating sleeve member encircling, and affixed to, said intermediate portion of one of said pair, said sleeve member provided with a smooth unindented outer surface portion having a generally cylindrical or tapered cylindrical configuration; (C) a resilient insulated shroud means encircling and affixed to the intermediate portion of the other of said pair, said shroud means having a forward portion provided with a bore coaxial with said contact, said bore having a smooth inner wall for resiliently expanding when sliding over said smooth outer surface of said sleeve to protectively enshroud said sleeve when said pair are mated, said smooth inner wall being provided with at least one annular radially symmetrical arc suppressing means extending radially inward, said arc suppressing means arranged to be deformed and remain tightly compressed against said smooth unindented outer surface portion of said sleeve member when said contacts are in mated condition to force any conductive matter and air off the surface of the sleeve member at the area of contact to thereby prevent escape of voltage from said contacts to the surroundings.

Claim 3

The connector according to claim 1, in which said sleeve member is comprised of a rigid material.

Claim 4

The connector according to claim 2, in which said rigid material comprises a ceramic.

Claim 5

The connector according to claim 1, in which said one of said pair is a female contact.

Claim 6

The connector according to claim 1, in which said one of said pair is a male contact.

Claim 7

The connector according to claim 1, in which said one of said conductors is provided with insulation and said shroud means is sealed, at a rearward end to said insulation with an insulated sealing material.

Claim 8

The connector according to claim 1, in which said sleeve member is provided on the outer surface thereof with a radially inward directed annular recess and said shroud means is provided on the inner wall thereof with a radially inward directed annular locking ring means for being received in said recess when said connector is in mated condition to provide mechanical security and to provide detent means to ensure complete mating.

Claim 9

The connector according to claim 6, in which said one of said conductors is provided with a silicone rubber insulation, said shroud means, and said sealing material are comprised of silicone rubber.

Claim 10

The connector according to claim 1, in which said sleeve member is comprised of an insulating plastic material.

Claim 11

In a safety electrical connector for providing electrical continuity between two conductors carrying a high electrical voltage while preventing escape of the voltage to surroundings, said connector having a mating pair, one male and one female, of cylindrical, electrically conductive contacts, with each contact having a forward mating portion, an intermediate supporting portion and a rearward conductor receiving portion for receiving one of said conductors, and an electrically insulating sleeve member encircling, and affixed to, said intermediate portion of one of said pair, said sleeve member provided with a smooth unindented outer surface portion having a generally cylindrical or tapered cylindrical configuration, in which the improvement comprises: a resilient insulated shroud means for encircling and affixing to the intermediate portion of the other of said pair, said shroud means having a forward portion with a bore coaxial with said contact, said bore having a smooth inner wall for resiliently expanding when sliding over said smooth outer surface of said sleeve to protectively enshroud said sleeve when said pair is mated, said smooth inner wall being provided with at least one annular radially symmetrical arc suppressing means extending radially inward, said arc suppressing means arranged to be deformed and remain tightly compressed against said smooth unindented outer surface portion of said sleeve member when said contacts are in mated condition to force any conductive matter and air off the surface of the sleeve member at the area of contact to thereby prevent escape of voltage from said contacts to the surroundings.

Claim 12

In a safety electrical connector for providing electrical continuity between two conductors carrying a high electrical voltage while preventing escape of the voltage to surroundings, said connector having a mating pair, one male and one female, of cylindrical, electrically conductive contacts, with each contact having a forward mating portion, an intermediate supporting portion and a rearward conductor receiving portion for receiving one of said conductors, and an electrically insulating sleeve member encircling, and affixed to, said intermediate portion of one of said pair, said sleeve member provided with a smooth unindented outer surface portion having a generally cylindrical or tapered cylindrical configuration, in which the improvement comprises: a resilient insulated shroud means for encircling and affixing to the intermediate portion of the other of said pair, said shroud means having a forward portion with a bore coaxial with said contact, said bore having a smooth inner wall for resiliently expanding when sliding over said smooth outer surface of said sleeve to protectively enshroud said sleeve when said pair is mated, said smooth inner wall being provided with at least one annular radially symmetrical arc suppressing means extending radially inward, said arc suppressing means arranged to be deformed and remain tightly compressed against said smooth unindented outer surface portion of said sleeve member when said contacts are in mated condition to force any conductive matter and air off the surface of the sleeve member at the area of contact to thereby prevent escape of voltage from said contacts to the surroundings.

Claim 13

The shroud means according to claim 10, in which said one of said conductors is provided with insulation and said shroud means is arranged for sealing, at a rearward end, to said insulation with an insulated sealing material.

Claim 14

The shroud means according to claim 10, in which said sleeve member is provided on the outer surface thereof with a radially inward directed annular recess and said shroud means is provided on the inner wall thereof with a radially inward directed annular locking ring means for being received in said recess when said connector is in mated condition to provide mechanical security and to provide detent means to ensure complete mating.

Claim 15

The connector according to claim 1, in which said arc suppressing means are formed by a thickened wall of said shroud means.

Claim 16

The connector according to claim 13, in which said arc suppressing means has a substantially half round configuration.

Claim 17

The shroud means according to claim 10, in which said arc suppressing means are formed by a thickened wall of said shroud means.

Claim 18

The shroud means according to claim 15, in which said arc suppressing means has a substantially half round configuration.

Claim 19

The connector according to claim 13, in which said arc suppressing means approximately doubles the voltage attainable without arcing over the same structure without said are suppressing means.

Claim 20

The connector according to claim 15, in which said arc suppressing means approximately doubles the voltage attainable without arcing over the same structure without said arc suppressing means.