Electrical connector for connecting a plurality of printed circuits
View Patent ↗The present invention comprises an inexpensive and simple means for electrically and mechanically connecting a plurality of printed circuits together. The present invention also comprised embodiments where the printed circuits can be moved relative to each other without breaking the electrical contact between them. Yet another embodiment contemplates a means for joining two linear printed circuits to make a longer circuit. In yet another embodiment, the printed circuits and connections are used to make an inexpensive, reliable electrical harness for contacting a patient-worn sensor to a patient monitor such as an ECG monitor.
1. A printed circuit connector comprising:
a first printed circuit having a substrate layer, one or more electrically conductive traces and an insulation layer, wherein the one or more electrically conductive traces are exposed in at least one location on the circuit;
a second printed circuit having a substrate layer, one or more electrically conductive traces and an insulation layer, wherein the one or more electrically conductive traces are exposed in at least one location on the circuit such that they make direct face-to-face electrical contact with the exposed traces of the first circuit when the circuits are faced insulation layer to insulation layer;
wherein the first printed circuit and the second printed circuit originate from outside the connector; and
a means for retaining the first and second circuit in electrical contact.
2. The printed circuit connector of claim 1 wherein the retaining means of the first and second circuit in electrical contact is selected from the following: conductive and non-conductive adhesives, tapes, clamps, housings, conductive fasteners, non-conductive fasteners, interlocking or friction fit between male and female circuit ends.
3. A printed circuit connector comprising:
a first printed circuit having a substrate layer, one or more electrically conductive traces and an insulation layer;
a shaped region on the first printed circuit wherein the one or more electrically conductive traces are non-linear and are at least partially exposed;
a second printed circuit having a substrate layer, one or more electrically conductive traces and an insulation layer, and a shaped region wherein the one or more electrically conductive traces are exposed for electrical connection to the shaped region on the first printed circuit;
wherein the first printed circuit and the second printed circuit originate from outside the connector; and
a movable means for retaining the first and second circuits in direct face-to-face electrical contact at the shaped region such that when the first and second circuits are rotated, the one or more traces remain in electrical contact.
4. The connector of claim 3 wherein the shaped region of the first printed circuit is arcuate.
5. The connector of claim 3 where in the shaped region of the second printed circuit is arcuate or linear.
6. The connector of claim 3 wherein the retaining means for the first and second circuits is a mechanical fastener or an external housing.
7. An articulated electrical connector comprised of:
a body comprised of a top surface and a bottom surface, each surface having an aperture;
at least two or more printed circuit ends originating from separate electrical connections, each having an aperture located on its surface;
at least one or more printed circuit traces located on said printed circuit ends that terminate into an annular shape that is concentric about the apertures on said printed circuit ends;
a means for locking said top surface and said bottom surface together such that said at least two or more printed circuit ends are pressed between said top surface and said bottom surface in an overlapping configuration such that the apertures located on the surface of said top surface, said bottom surface, and said at least two or more circuit ends are aligned and form a hole through which a conductive protruding member of a separate electrical conductor may be inserted, such that said at least one or more printed circuit traces on said circuit ends are in direct face-to-face electrical contact wherein said circuit ends may be rotated with respect to one another.
8. The electrical connector according to claim 7 wherein said top surface and said bottom surface of said connector body are flat, identical and composed of plastic.
9. The electrical connector according to claim 7 wherein the apertures located on said top surface, said bottom surface, and said two or more circuit ends are circular.
10. The electrical connector according to claim 7 wherein the apertures are located at the centering axes of said top surface, said bottom surface, and said two or more circuit ends.
11. The electrical connector according to claim 7 wherein said means for locking said top surface and said bottom surface together are comprised of a plurality of protrusions with angled tips along the outer perimeter of the aperture located on said bottom surface such that when the apertures of said top surface and said bottom surface are aligned and pressed together, the protrusions are snap-fitted into the aperture of the adjacent said top surface.
12. The electrical connector according to claim 7 wherein the annular terminating portions of said at least one or more printed circuit traces may be varied in length such that the said circuit ends may be rotated to such a degree that the annular portions are no longer in overlapping electrical contact when the connector body is connected.
13. An articulated electrical connector comprised of:
a body comprised of a flat, non-conductive top surface and an identical bottom surface, each surface having a circular aperture located at its centering axis;
at least two or more circular-shaped printed circuit ends originating from separate electrical connections, each having a circular aperture located at its centering axis;
at least one or more printed circuit traces located on said printed circuit ends that terminate into an annular shape that is concentric about the circular apertures located at the centering axes of said printed circuit ends;
a means for locking said top surface and said bottom surface together such that said at least two or more printed circuit ends are pressed between said top surface and said bottom surface in an overlapping configuration such that the apertures located on the surface of said top surface, said bottom surface, and said at least two or more circuit ends are aligned and form a hole through which a protruding member of a separate electrical conductor may be inserted, such that said at least one or more printed circuit traces on said circuit ends are in direct face-to-face electrical contact wherein said circuit ends may be rotated with respect to one another.
14. The electrical connector according to claim 13 wherein said means for locking said top surface and said bottom surface together are comprised of a plurality of protrusions with angled tips along the outer perimeter of the aperture located on said bottom surface such that when the apertures of said top surface and said bottom surface are aligned and pressed together, the protrusions are snap-fitted into the aperture of the adjacent said top surface.
15. The electrical connector according to claim 13 wherein the annular terminating portions of said one or more printed circuit traces may be varied in length such that the said circuit ends may be rotated to such a degree that the annular portions are no longer in overlapping electrical contact when the connector body is connected.
16. The electrical connector according to claim 13 wherein the conductive protruding member of a separate electrical conductor is a stud-type electrode.