초록 ▼

A printed circuit board having an upper face provided with contact traces and pads with a light-emitting diode fixed to the board and connected to the traces. A connector juxtaposed is with the pads and carries a contact element having a leg bearing with spring force on one of the pads and formation

A printed circuit board having an upper face provided with contact traces and pads with a light-emitting diode fixed to the board and connected to the traces. A connector juxtaposed is with the pads and carries a contact element having a leg bearing with spring force on one of the pads and formations gripping a hookup wire. At least one fastener engages through the connector and circuit board with a heat-sink base and presses the connector against the circuit board and the circuit board against the base.

대표청구항 ▼

We claim: 1. In combination: a printed circuit board having an upper face provided with contact traces and pads; a light-emitting diode fixed to the board and connected to the traces; an annular connector juxtaposed with the pads and having an end face bearing on the upper face of the circuit board

We claim: 1. In combination: a printed circuit board having an upper face provided with contact traces and pads; a light-emitting diode fixed to the board and connected to the traces; an annular connector juxtaposed with the pads and having an end face bearing on the upper face of the circuit board, the connector further being formed with a generally closed housing, axially closed by the upper face of the circuit board and having a hole on a peripheral wall of housing; a hookup wire outside the connector and having a conductor extending through the hole into the housing; a contact element in the housing and having a leg bearing with spring force on one of the pads and formations gripping the conductor of the wire; a base; and at least one fastener engaged through the connector and circuit board with the base and pressing the connector against the circuit board and the circuit board against the base. 2. The combination defined in claim 1 wherein the connector is formed with two such generally closed housings open toward the board and each holding a respective such contact element with a respective such leg bearing on a respective pad of the board and respective such formations gripping a respective such wire. 3. The combination defined in claim 1 wherein the board is generally star shaped and centered on an axis and has a plurality of radially extending arms. 4. The combination defined in claim 1, further comprising a holder mounted on the connector over the light-emitting diode; and a lens in the holder. 5. The combination defined in claim 4 wherein the holder is separate from the connector. 6. The combination defined in claim 5 wherein the holder and the connector have interengaging and releasable latching formations. 7. The combination defined in claim 1 wherein the fasteners are screws threaded into the base and having heads bearing toward the base on the connector. 8. The combination defined in claim 1 wherein the contact element is unitarily formed of elastically deformable metal with the leg and formations. 9. The combination defined in claim 1 wherein the formations of the contact element include an arm and a barb between which a conductor of the wire is engageable. 10. The combination defined in claim 1 wherein the connector is made of dielectric plastic. 11. The combination defined in claim 1 wherein the base is made of metal. 12. The combination defined in claim 1 wherein the hole opens outwardly transversely of the axis. 13. The combination defined in claim 12 wherein the hole opens outwardly tangentially of the axis. 14. In combination: a generally star-shaped printed circuit board having an upper face provided with contact traces and pads, centered on an axis, and having a plurality of radially extending arms; a light-emitting diode fixed to the board and connected to the traces; a hookup wire; a connector juxtaposed with the pads and formed with cutouts through which the fasteners pass; a contact element on the connector having a leg bearing with spring force on one of the pads and formations gripping the wire; a base; and at least one fastener engaged through the connector and circuit board with the base and pressing the connector against the circuit board and the circuit board against the base. 15. The combination defined in claim 14 wherein the arms are separated by cutouts and the cutouts of the board align with the cutouts of the connector with the fasteners passing between the arms of the board. 16. In combination: a printed circuit board having an upper face provided with contact traces and pads; a light-emitting diode fixed to the board and connected to the traces; a hookup wire; a connector juxtaposed with the pads; a contact element on the connector having a leg bearing with spring force on one of the pads and formations gripping the wire; a base; at least one fastener engaged through the connector and circuit board with the base and pressing the connector against the circuit board and the circuit board against the base; and a socket between the light-emitting diode and the board, the connector being generally annular and having a central space of a shape generally conforming to an outside shape of the socket. 17. In combination: a printed circuit board having an upper face provided with contact traces and pads; a light-emitting diode fixed to the board and connected to the traces; a hookup wire; a connector juxtaposed with the pads; a contact element on the connector having a leg bearing with spring force on one of the pads and an arm and a barb between which a conductor of the wire is engageable for gripping the wire; a base; and at least one fastener engaged through the connector and circuit board with the base and pressing the connector against the circuit board and the circuit board against the base, the arm and the barb being inclined such relative to each other that they permit the wire to be inserted between them in one direction but inhibit retraction from between them in the opposite direction.