Hands-free lighting system

1. A hands-free lighting system, said hands-free lighting system comprising:

a master control unit, a light unit, and a remote control unit;

wherein said master control unit is configured for controlling the operation of said light unit, said master control unit connects to said light unit, said master control unit connects to said remote control unit;

wherein said light unit comprises at least one light source, wherein said light unit is remote from said master control unit, wherein said light unit comprises a first light source, and a second light source, wherein said first light source comprises at least one first light element configured as a dental curing light, and wherein said second light source comprises at least one second light element configured as an illuminating light; and

wherein said remote control unit comprises at least one user control for receiving input from a user, wherein in response to user input, said remote control unit sends a signal to the master control unit, wherein said master control unit, upon receiving said signal, controls the light unit as instructed by the signal.

2. The hands-free lighting system of claim 1 , wherein said user control comprises at least one input device.

3. The hands-free lighting system of claim 1 , wherein said user control comprises at least one sensor.

4. The hands-free lighting system of claim 1 , wherein said at least one sensor is located external to said remote control unit.

5. The hands-free lighting system of claim 1 , wherein said master control unit comprises a power source.

6. The hands-free lighting system of claim 5 , wherein said master control unit connects to said light unit via a wired connection, and wherein said power source powers said light unit.

7. The hands-free lighting system of claim 1 , wherein said master control unit connects to said light unit via a wired connection, and wherein said master control unit controls said light unit via at least one control signal sent through said wired connection.

8. The hands-free lighting system of claim 1 , wherein said master control unit connects to said remote control unit via a wired connection.

9. The hands-free lighting system of claim 1 , wherein said master control unit connects to said remote control unit via a wired connection.

10. The hands-free lighting system of claim 1 , wherein said master control unit comprises at least one master input device for allowing a user to operate said master control unit.

11. The hands-free lighting system of claim 1 , wherein said remote control unit comprises a power source.

12. The hands-free lighting system of claim 1 , wherein said first light element and said second light element emits light in the visible blue light spectrum, does not emit light in the visible blue light spectrum.

13. The hands-free lighting system of claim 1 , wherein said first light element comprises a light emitting diode, and said second light element comprises a light emitting diode.

14. The hands-free lighting system of claim 1 , wherein said first light element and said second light element emit light in the visible blue light spectrum.

15. The hands-free lighting system of claim 14 , wherein said second light source further comprises a visible blue light spectrum filter for preventing the passing of visible blue light from the second light element through the filter.

16. A hands-free lighting system, said hands-free lighting system comprising:

a master control unit, a light unit, and a remote control unit;

wherein said master control unit is configured for controlling the operation of said light unit, said master control unit connects to said light unit, said master control unit connects to said remote control unit;

wherein said light unit comprises at least one light source, wherein said light unit is remote from said master control unit, wherein said light unit comprises a first light source, and a second light source, wherein said first light source comprises at least one first light element configured as a dental curing light, and wherein said a second light source comprises at least one second light element configured as an illuminating light; and

wherein said remote control unit comprises at least one proximity sensor able to detect the presence of nearby objects without any physical contact, said proximity sensor for receiving input from a user, wherein in response to user input, said remote control unit sends a signal to the master control unit, wherein said master control unit, upon receiving said signal, controls the light unit as instructed by the signal.

17. A hands-free lighting system, said hands-free lighting system comprising:

a master control unit, a light unit, and a remote control unit;

wherein said master control unit is configured for controlling the operation of said light unit, said master control unit connects to said light unit, said master control unit connects to said remote control unit, said master control unit comprises a power source, said master control unit connects to said light unit via a wired connection, and said power source powers said light unit;

wherein said light unit comprises a first light source, and a second light source, wherein said first light source emits light in the visible blue light spectrum, and wherein said second light source does not emit light in the visible blue light spectrum, wherein said light unit is remote from said master control unit; and

wherein said remote control unit comprises at least one user control for receiving input from a user, wherein in response to user input, said remote control unit sends a signal to the master control unit, wherein said master control unit, upon receiving said signal, controls the light unit as instructed by the signal, wherein said user control comprises at least one input device, at least one sensor, or a combination of at least one input device and at least one sensor.

18. A hands-free lighting system, said hands-free lighting system comprising:

a master control unit, a light unit, and a remote control unit;

wherein said master control unit is configured for controlling the operation of said light unit, said master control unit connects to said light unit, said master control unit connects to said remote control unit, said master control unit comprises a power source, said master control unit connects to said light unit via a wired connection, and said power source powers said light unit;

wherein said light unit is remote from said master control unit, wherein said light unit comprises a first light source and a second light source, wherein said first light source emits light in the visible blue light spectrum, and wherein said second light source does not emit light in the visible blue light spectrum; and

wherein said remote control unit comprises at least one user control for receiving input from a user, wherein said user control comprises at least one sensor, wherein in response to user input, said remote control unit sends a signal to the master control unit, wherein said master control unit, upon receiving said signal, controls the light unit as instructed by the signal.

19. A hands-free lighting system, said hands-free lighting system comprising:

a master control unit, a light unit, and a remote control unit;

wherein said master control unit is configured for controlling the operation of said light unit, said master control unit connects to said light unit, said master control unit connects to said remote control unit via a wireless connection;

wherein said light unit comprises at least one light source, wherein said light unit is remote from said master control unit, wherein said light unit comprises a first light source, and a second light source, wherein said first light source comprises at least one first light element configured as a dental curing light, and wherein said a second light source comprises at least one second light element configured as an illuminating light; and

wherein said remote control unit comprises at least one user control for receiving input from a user, wherein in response to user input, said remote control unit sends a signal to the master control unit, wherein said master control unit, upon receiving said signal, controls the light unit as instructed by the signal.