Video processing headband

1. A video headband assembly, comprising:

(a) a headband structure, made at least in part of polymeric material, and defining at least one inner cavity encased in polymeric material;

(b) a battery port;

(c) a power management network having at least one power output connector, and which supplies power from said battery port to said power output connector, filling part of said at least one inner cavity;

(d) a multi-contact data connector, accessible from outside said headband structure; and

(e) a video data signal transformation network also filling part of said at least one inner cavity and electrically connected to said multi-contact connector, and wherein a first video data signal input to said multi-contact connector is transformed by said video data signal transformation network, which produces a transformed video data signal in response to said first video data signal,

wherein said polymeric material of said headband structure has an exterior that is seamless, to deny fungal spores an anchor.

2. A medical headlamp and camera system, comprising:

(a) an articulated linkage-and-headlamp assembly, including an articulated linkage supporting a headlamp;

(b) a video camera supported by said articulated linkage-and-headlamp assembly, such that an adjustment to the pointing angle of said headlamp results in an equal adjustment to the pointing angle of said video camera, and which produces a first video data signal;

(c) a headband assembly, supporting said articulated linkage-and-headlamp assembly, and including at least one battery port, supporting a battery, and further including an electrical network, including a microcontroller, that supplies electrical power to said headlamp and said video camera from said battery, in reliance on computations performed by the microcontroller;

(d) a data compression network, electrically connected to said video camera, which receives said first video data signal and compresses it into a compressed data signal; and

(e) a wireless transceiver, supported by said headband assembly and electrically connected to said data compression network to wirelessly transmit said compressed data signal.

3. The system of claim 2 , wherein said integrated circuit controls said headlamp responsive in part to said data representative of said first video data signal.

4. The system of claim 2 , wherein said integrated circuit processes data representative of said first data signal by detecting a region illuminated by said headlamp and eliminating from further processing pixels outside of said illuminated region.

5. The system of claim 2 , wherein said data compression network is controlled by said microcontroller.

6. The system of claim 2 , wherein said integrated circuit decreases power to said headlamp, when data representative of said first video signal indicates that said headlamp is producing too much light.

7. The system of claim 2 , wherein said system includes a single switch, which activates said headlamp, and places said wireless transceiver into a listen state, to receive a signal.

8. The system of claim 7 , wherein said single switch is a knob, wherein one position of rotation, switches said system into an “off” state.

9. The headband assembly of claim 1 , further wherein said video data signal transformation network includes a wireless transmitter, and wherein said transformed video data signal is a wireless signal.

10. The headband assembly of claim 1 , further including an output data port connector, electrically connected to said video data signal transformation network and making said transformed video data signal to any matching connector.

11. The headband assembly of claim 1 , wherein said multi-contact connector is a multi-pin connector.

12. The headband assembly of claim 1 , wherein said multi-contact connector is a multi-socket connector.

13. The headband assembly of claim 1 , wherein said power management network has a second power output connecter, and supplies power from said battery port to said second power output connector.