Electrical connector and method of making

Claim 2

An electrical distributor assembly for receiving a plurality of male plugs, including a housing of generally cup-shaped configuration having a plurality of windows formed in circumferentially spaced positions in the exterior wall thereof, a generally flat circular insulating spacer disposed within said housing in horizontal alignment with said windows, and a pair of metal distributor conductor rings disposed upon the upper and lower surfaces, respectively, of said insulating spacer, characterized in that: said insulating spacer is horizontally bifurcated to form two separate flat circular spacer members having protrusions and recesses on their mating surfaces to provide an interfitting relationship thereof; and each of said metal rings is permanently fastened to the corresponding one of said spacer members; whereby in manufacturing the device two separate ring and spacer member assemblies may first be formed, and then said two spacer members may be fitted together before placing said spacer and said conductor rings within said housing.

Claim 3

A female electrical connector assembly for receiving a plurality of male plugs having prongs, comprising: a generally cup-shaped housing including a generally flat circular base and an upstanding circumferential wall around the periphery of said base, said circumferential wall having a plurality of circumferentially spaced windows formed therein; a generally flat circular cover positioned over said housing, whereby said housing and said cover cooperatively provide an enclosure; a pair of generally flat circular metal conductor rings disposed in vertically spaced parallel relationship within said enclosure, the edges of said conductor rings being accessible through said windows of said housing; a pair of generally flat circular insulator spacer members, one of said spacer members being permanently secured to the under surface of the upper one of said conductor rings, and the other of said spacer members being permanently secured to the upper surface of the lower one of said conductor rings, the adjoining surfaces of said spacer members having interfitting protrusions and recesses formed therein whereby said spacer members may be removably secured together in a fixed positional relationship; and support means cooperating with said enclosure and with said spacer members and conductor rings for supporting said spacer members and conductor rings in a fixed positional relationship within said housing.

Claim 4

A female electrical connector assembly for receiving a plurality of male plugs having prongs, comprising: a generally cup-shaped housing including a generally flat circular base and an upstanding circumferential wall around the periphery of said base, said circumferential wall having a plurality of circumferentially spaced windows formed therein; a generally flat circular cover positioned over said housing, whereby said housing and said cover cooperatively provide an enclosure; a pair of generally flat circular metal conductor rings disposed in vertically spaced parallel relationship within said enclosure, the edges of said conductor rings being accessible through said windows of said housing; a pair of generally flat circular insulator spacer members, one of said spacer members being permanently secured to the under surface of the upper one of said conductor rings, and the other of said spacer members being permanently secured to the upper surface of the lower one of said conductor rings, the adjoining surfaces of said spacer members having interfitting protrusions and recesses formed therein whereby said spacer members may be removably secured together in a fixed positional relationship; and support means cooperating with said enclosure and with said spacer members and conductor rings for supporting said spacer members and conductor rings in a fixed positional relationship within said housing.

Claim 7

In an electrical connector, a generally circular contact assembly for receiving a plurality of contact blades in radially inserted positions, said contact assembly comprising: a generally flat circular insulating member having on one flat surface thereof a raised circular central portion, a generally flat circular conductor plate disposed parallel to said one surface of said insulating member; fastening means securing said conductor plate to said raised surface portion of said insulating member so that the radially outwardly extending portion of said conductor plate is spaced away from said insulating member, thereby forming an annular cavity for receiving the contact blades; and said radially outwardly extending portion of said conductor plate being first bent towards said insulating member and then, near its radial extremity, being bent away from it; the minimum opening of said cavity being less than the thickness of a contact blade so that insertion of the blade causes the adjacent circumferential portion of said contact plate to flex away from said insulating member.

Claim 8

In an electrical connector, a generally circular contact assembly for receiving a plurality of contact blades in radially inserted positions, said contact assembly comprising: a generally flat circular insulating member having on one flat surface thereof a raised circular central portion, a generally flat circular conductor plate disposed parallel to said one surface of said insulating member; fastening means securing said conductor plate to said raised surface portion of said insulating member so that the radially outwardly extending portion of said conductor plate is spaced away from said insulating member, thereby forming an annular cavity for receiving the contact blades; and said radially outwardly extending portion of said conductor plate being first bent towards said insulating member and then, near its radial extremity, being bent away from it; the minimum opening of said cavity being less than the thickness of a contact blade so that insertion of the blade causes the adjacent circumferential portion of said contact plate to flex away from said insulating member.

Claim 9

The contact assembly of claim 4 wherein said insulating member is of larger diameter than said conductor plate.

Claim 10

The contact assembly of claim 4 wherein a central opening is formed in both said insulating member and said conductor plate, in order to permit at least one conductor to pass through said contact assembly.

Claim 11

The contact assembly of claim 4 wherein said insulating member has a set of symmetrically arranged protrusions and depressions formed on its other flat surface, whereby two of said insulating members may be removably fitted together in a fixed positional relationship.

Claim 12

The contact assembly of claim 4 wherein said fastening means includes at least three rivets circumferentially spaced about the locus of a circle.

Claim 13

The contact assembly of claim 4 wherein said insulating member also has two posts integrally formed therewith which rise upwardly from said raised surface portion thereof, and said conductor plate has two mating holes formed therein which fit about respective ones of said posts.

Claim 16

In an electrical connector, means for supporting a pair of electrical contact plates in spaced, electrically insulating relationship, comprising: an identical pair of generally thin flat insulating members, each having an inner surface and an outer surface; said inner surface having a protrusion formed thereon and a complementary recess formed therein, whereby one of said members may be inverted relative to the other, said inner surfaces may be placed in mutual engagement, and the protrusion on each of said members will then fit within the recess of the other member so as to lock said two members in fixed positional relationship; and a plurality of holes formed through each of said members for fastening one of the contact plates on the outer surface thereof.

Claim 17

In an electrical connector, means for supporting a pair of electrical contact plates in spaced, electrically insulating relationship, comprising: an identical pair of generally thin flat insulating members, each having an inner surface and an outer surface; said inner surface having a protrusion formed thereon and a complementary recess formed therein, whereby one of said members may be inverted relative to the other, said inner surfaces may be placed in mutual engagement, and the protrusion on each of said members will then fit within the recess of the other member so as to lock said two members in fixed positional relationship; and a plurality of holes formed through each of said members for fastening one of the contact plates on the outer surface thereof.

Claim 18

Support means as claimed in claim 11 wherein each of said fastening holes also has an annular recess at its inner end on the inner surface of the member, for receiving the head of an associated fastener.

Claim 19

Support means as claimed in claim 11 wherein said holes are unsymmetrically arranged, so that when said two members are assembled together the holes of each member are non-aligned with the holes of the other.

Claim 20

Support means as claimed in claim 11 which additionally includes a pair of posts rising from the outer surface of each said member, one post being aligned with said protrusion on the inner surface of the member and the other post being aligned with said recess on the inner surface of said member; each of said posts having a central hole extending entirely through said member, whereby when said two members are assembled together they may be secured by a pair of bolts inserted through respectively aligned pairs of said posts.

Claim 21

An electrical contact member comprising a metal plate of uniform thickness and continuous circular configuration and having a continuous outer edge, the central portion of said plate being flat and having a large central opening therein, the radially outer portion of said plate being first radially bent around the circumference of said flat central portion in a direction away from one side of said flat central portion and being then radially bent in the opposite direction and extending to and past the plane of said flat central portion such that the plane of its continuous outer edge is spaced a substantial distance away from the plane of said flat central portion and on the other side thereof.

Claim 22

An electrical contact member comprising a metal plate of uniform thickness and continuous circular configuration and having a continuous outer edge, the central portion of said plate being flat and having a large central opening therein, the radially outer portion of said plate being first radially bent around the circumference of said flat central portion in a direction away from one side of said flat central portion and being then radially bent in the opposite direction and extending to and past the plane of said flat central portion such that the plane of its continuous outer edge is spaced a substantial distance away from the plane of said flat central portion and on the other side thereof.

Claim 23

The electrical contact member of claim 15 wherein said central portion also has at least three small openings formed therein along the locus of a circle about said central opening.