Underwater electrical connector

• US 3,972,581 A
• Filed: 05/01/1975
• Issued: 08/03/1976
• Est. Priority Date: 07/05/1974
• Status: Expired due to Term

• Current Assignee: International Standard Electric Corporation (ITT, Inc.)
• Original Assignee: International Standard Electric Corporation (ITT, Inc.)
• Inventors: Oldham, Ronald C.
• Primary Examiner(s): McGlynn, Joseph H.
• Application Number:
  US05/573,751
• Time in Patent Office: 460 Days
• Field of Search: 339/94, 339/96, 339/117
• US Class Current: 439/201
• CPC Class Codes: H01R 13/523 for use under water

Abstract

An electrical connector which can be safely used under water. The conductor pins of one-half of the connector are engageable with sockets in the other half of the connector. The sockets are disposed in a cavity filled with a semi-mobile compound. The pins pass through a self-sealing diaphragm before entering the cavity and engaging the sockets. Pressurizing means is provided in the cavity to compensate for any loss of the compound during usage of the connector.

Claims

1. An electrical connector comprising:

mating first and second connector members;

said first connector member being provided with at least one electrically conducting pin extending therefrom;

said second connector member having means defining a cavity therein said cavity defining means including a movable element;

an electrical socket in said second connector member extending into one end of said cavity and being engageable with said pin when said connector members are mated;

a diaphragm closing the other end of said cavity, said diaphragm being penetrable by said pin during mating of said first and second connector members;

said cavity being filled with a semi-mobile nonelectrically-conducting compound; and

pressurizing means exposed to said cavity for automatically reducing the volume of said cavity to compensate for any loss of said compound from said cavity during normal usage of the connector, said pressurizing means including said movable element and resilient means biasing said movable element toward said cavity, said pressurizing means comprising a cylinder in said second connector member, said cylinder opening into said cavity, said movable element comprising a piston slidable in said cylinder; and

said resilient means biasing said piston in said cylinder toward said cavity.

2. A connector as set forth in claim 1 wherein:

said cylinder opens outside of said second connector member; and

pulling means is attached to said piston and extends outside of said second connector member through said cylinder for retracting said piston in opposition to said resilient means.

3. A connector as set forth in claim 1 including:

means extending outside of said second connector member for remotely moving said piston.

4. An electrical connector comprising:

mating first and second connector members;

said first connector member being provided with at least one electrically conducting pin extending therefrom;

said second connector member having means defining a cavity therein;

an electrical socket in said second connector member extending into one end of said cavity and being engageable with said pin when said connector members are mated;

a diaphragm closing the other end of said cavity, said diaphragm being penetrable by said pin during mating of said first and second connector members;

said cavity being filled with a semi-mobile nonelectrically-conducting compound;

said first connector member including a sleeve defining a chamber dimensioned to telescopically fit around the wall of said second connector member;

a second diaphragm mounted adjacent to the bottom of said chamber through which said pin passes; and

a semi-mobile nonelectrically conducting compound enclosed between said bottom of the chamber and said second diaphragm.

5. An electrical connector comprising:

mating first and second connector members;

said first connect or member being provided with at least one electrically conducting pin extending therefrom;

said second connector member having means defining a cavity therein said cavity defining means including a movable element;

an electrical socket in said second connector member extending into one end of said cavity and being engageable with said pin when said connector members are mated;

a diaphragm closing the other end of said cavity, said diaphragm being penetrable by said pin during mating of said first and second connector members;

said cavity being filled with a semi-mobile nonelectrically-conducting compound; and

pressurizing means exposed to said cavity for automatically reducing the volume of said cavity to compensate for any loss of said compound from said cavity during normal usage of the connector, said pressurizing means including said movable element and resilient means biasing said movable element toward said cavity, said movable element comprising said diaphragm and said resilient means biasing said diaphragm inwardly toward said cavity, said diaphragm being slidable in said cavity; and

a bellows connecting said diaphragm to the wall of said cavity.