Audio jack connector

Claim 2

An improved audio jack connector, consisting essentially of: an electrically insulating substrate in the shape of a standard audio jack connector said audio jack connector extending from and molded as an integral part of a planar substrate; said substrate having an upper surface, a lower surface, a passage extending from said upper surface to said lower surface which defines an inside passage surface, and an outer surface extending from said upper surface to approximately said lower surface; an electrically conductive material plated to said outer surface to form a shield conductor for said connector; and an electrically conductive material plated to said inside passage to form a signal conductor for said connector.

Claim 3

The apparatus of claim 1, further consisting essentially of an integral molded springing means for applying spring pressure inward toward a center of said passage, so that a solid electrical connection is provided between said plated passage and a male pin inserted into said passage.

Claim 4

The apparatus of claim 2, wherein said springing means further consisting essentially of at least one relief recess adjacent said inside surface passage.

Claim 5

The apparatus of claim 2, wherein said springing means further consisting essentially of a plurality of relief recesses surrounding said inside surface passage.

Claim 6

The apparatus of claim 1, wherein said substrate is molded into the shape of a stepped cylinder.

Claim 7

The apparatus of claim 1, wherein said passage comprises a tapered passage having a smaller diameter adjacent said lower surface than adjacent said upper surface.

Claim 8

The apparatus of claim 1, wherein said substrate is molded as an integral part of a printed wiring board.

Claim 9

An improved audio jack connector, consisting essentially of: an electrically insulating substrate in the shape of a standard audio jack connector extending from and molded as an integral part of a printed wiring board; said substrate having an upper surface, a lower surface, a passage extending from said upper surface to said lower surface which defines an inside passage surface, and an outer surface extending from said upper surface to approximately said lower surface; an electrically conductive material plated to said outer surface to form a shield conductor for said connector; and an electrically conductive material plated to said inside passage to form a signal conductor for said connector.

Claim 10

An improved audio jack connector, consisting essentially of: an electrically insulating substrate in the shape of a standard audio jack connector extending from and molded as an integral part of a printed wiring board; said substrate having an upper surface, a lower surface, a passage extending from said upper surface to said lower surface which defines an inside passage surface, and an outer surface extending from said upper surface to approximately said lower surface; an electrically conductive material plated to said outer surface to form a shield conductor for said connector; and an electrically conductive material plated to said inside passage to form a signal conductor for said connector.

Claim 11

The apparatus of claim 8, further consisting essentially of an integral molded springing means for applying spring pressure inward toward a center of said passage, so that a solid electrical connection is provided between said plated passage and a male pin inserted into said passage.

Claim 12

The apparatus of claim 9, wherein said springing means further consisting essentially of relief recess means adjacent said inside surface passage.

Claim 13

The apparatus of claim 9, wherein said relief recess means consisting essentially of a plurality of relief recesses surrounding said inside surface passage.

Claim 14

The apparatus of claim 8, wherein said substrate is molded into the shape of a stepped cylinder.

Claim 15

The apparatus of claim 8, wherein said passage comprises a tapered passage having a smaller diameter adjacent said lower surface than adjacent said upper surface.

Claim 16

An improved jack connector, consisting essentially of; insulative audio jack connector substrate means having a shape of a standard audio jack connector with a passage therethrough; printed wiring board means molded as an integral part of said substrate means, for carrying and interconnecting electrical components; shield plating means, deposited on the surface of said substrate means, for forming a shield conductor for said connector; and signal plating means, deposited on walls defining said passage, for forming a signal conductor for said connector.

Claim 17

An improved jack connector, consisting essentially of; insulative audio jack connector substrate means having a shape of a standard audio jack connector with a passage therethrough; printed wiring board means molded as an integral part of said substrate means, for carrying and interconnecting electrical components; shield plating means, deposited on the surface of said substrate means, for forming a shield conductor for said connector; and signal plating means, deposited on walls defining said passage, for forming a signal conductor for said connector.

Claim 18

The apparatus of claim 14, further consisting essentially of springing means molded as an integral part of said substrate means, for providing spring pressure to the walls of said passage.

Claim 19

An improved audio jack connector, consisting essentially of: an electrically insulating substrate in the shape of a stepped cylinder extending from and molded as an integral part of a printed wiring board; said substrate having an upper surface, a lower surface, a passage extending from said upper surface to said lower surface which defines an inside passage surface, and an outer surface extending from said upper surface to approximately said lower surface; said passage comprises a tapered passage having a smaller diameter adjacent said lower surface than adjacent said upper surface; an electrically conductive material plated to said inside passage to form a signal conductor for said connector; integral molded springing means for applying spring pressure inward toward a center of said passage, so that a solid electrical connection is provided between said plated passage and a male pin inserted into said passage, said springing means further comprising at least one relief recess adjacent said inside surface passage.

Claim 20

An improved audio jack connector, consisting essentially of: an electrically insulating substrate in the shape of a stepped cylinder extending from and molded as an integral part of a printed wiring board; said substrate having an upper surface, a lower surface, a passage extending from said upper surface to said lower surface which defines an inside passage surface, and an outer surface extending from said upper surface to approximately said lower surface; said passage comprises a tapered passage having a smaller diameter adjacent said lower surface than adjacent said upper surface; an electrically conductive material plated to said inside passage to form a signal conductor for said connector; integral molded springing means for applying spring pressure inward toward a center of said passage, so that a solid electrical connection is provided between said plated passage and a male pin inserted into said passage, said springing means further comprising at least one relief recess adjacent said inside surface passage.

Claim 21

A molded and plated coaxial connector, consisting essentially of: an approximately cylindrical insulative substrate having a passage through a central axis thereof, said substrate also including an outer surface and a passage surface, said coaxial connector extending from and molded as an integral part of a planar substrate; shielding means, plated to said outer surface, to provide a shield conductor for said connector; and conducting means, plated to said passage surface, to provide a signal conductor for said connector.

Claim 22

A molded and plated coaxial connector, consisting essentially of: an approximately cylindrical insulative substrate having a passage through a central axis thereof, said substrate also including an outer surface and a passage surface, said coaxial connector extending from and molded as an integral part of a planar substrate; shielding means, plated to said outer surface, to provide a shield conductor for said connector; and conducting means, plated to said passage surface, to provide a signal conductor for said connector.

Claim 23

The apparatus of claim 17, further consisting essentially of an integral molded springing means for applying spring pressure inward toward a center of said passage, so that a solid electrical connection is provided between said plated passage and a male pin inserted into said passage.

Claim 24

The apparatus of claim 18, wherein said springing means further consists essentially of at least one relief recess adjacent said inside surface passage.

Claim 25

The apparatus of claim 19, wherein said springing means further consists essentially of a plurality of relief recesses surrounding said inside surface passage.

Claim 26

A spring contact for a molded connector, consisting essentially of: an electrically insulative substrate, said connector extending from and molded as an integral part of a planar substrate; a passage having a wall including conductive material, within said substrate for accepting a male connector member, said passage being dimensioned so that said male member is subjected to a compressive force from the wall of said passage when inserted within said passage; and relief channel means adjacent said passage, for reducing the amount of compressive force applied to said male connector member by effectively reducing the thickness of said wall.

Claim 27

A spring contact for a molded connector, consisting essentially of: an electrically insulative substrate, said connector extending from and molded as an integral part of a planar substrate; a passage having a wall including conductive material, within said substrate for accepting a male connector member, said passage being dimensioned so that said male member is subjected to a compressive force from the wall of said passage when inserted within said passage; and relief channel means adjacent said passage, for reducing the amount of compressive force applied to said male connector member by effectively reducing the thickness of said wall.