Lamp with flexible circuit board
A lamp is disclosed with a circuit board that is manufactured from a flexible material. The lamp may find particular use in a surgical or diagnostic environment. The flexible material allows the orientation of lamp elements to allow for a custom light beam. The flexible circuit board allows for interconnection between multiple lamp elements at different angles and rotation without having individual rigid circuit boards. Furthermore, the flexible circuit board may be mounted to a back panel, wherein the back panel is configured to act as a heat sink to dissipate heat generated, in operation, by the lamp element.
1. A lamp element assembly comprising:
a back panel defining a first plane;
a flexible circuit board mounted to a first side of the back panel, a slot in the flexible circuit board defining a tab integral with the circuit board and configured to be positioned in a second plane, the second plane being distinct from the first plane; and
a light source mounted to the tab;
wherein the back panel is configured to act as a heat sink to dissipate heat generated, in operation, by the light source.
2. The lamp element assembly of claim 1 wherein the back panel comprises a metal.
3. The lamp element assembly of claim 2 wherein the metal comprises aluminum.
4. The lamp element assembly of claim 2 wherein the metal comprises steel.
5. The lamp element assembly of claim 2 wherein the metal comprises copper.
6. The lamp element assembly of claim 2 wherein the metal comprises brass.
7. The lamp element assembly of claim 2 wherein the metal comprises zinc.
8. The lamp element assembly of claim 1 wherein the light source comprises an light emitting diode.
9. The lamp element assembly of claim 1 further comprising driver circuitry, wherein some of the driver circuitry is mounted to the portion of the circuit board that extends beyond the back panel.
10. A lamp comprising a plurality of lamp element assemblies as defined in claim 1 .
11. A lamp element assembly comprising:
a back panel defining a first plane;
a flexible circuit board mounted to a first side of the back panel, a slot in the flexible circuit board defining a tab integral with the flexible circuit board and configured to be positioned in a second plane, the second plane being distinct from the first plane; and
a light source mounted to the tab;
wherein the back panel is configured to act as a heat sink to dissipate heat generated, in operation, by the light source; and
wherein a portion of the circuit board extends beyond the back panel such that the portion of the circuit board may be folded around to rest against a second side of the back panel.