Adaptive power management system for aircraft galleys
View Patent ↗The adaptive power management system for aircraft galleys includes one or more programmable circuit breakers for corresponding interchangeable aircraft galley inserts. Current rating settings of the programmable circuit breakers can be changed by direct interrogation by a galley network controller, which can also automatically switch selected circuit breakers to open to shut down the power supply to an entire galley complex or individual galley inserts, as needed, or by a passive signal.
1. An adaptive power management system for an aircraft galley, the adaptive power management system comprising:
at least one galley insert apparatus having an electrical current rating;
at least one corresponding programmable circuit breaker operatively connected to said at least one galley insert apparatus for providing electrical power to said at least one galley insert apparatus, respectively; and
means for communicating an electrical current rating setting corresponding to said electrical current rating of said at least one galley insert apparatus to said at least one corresponding programmable circuit breaker.
2. The adaptive power management system of claim 1 , wherein said means for communicating an electrical current rating setting comprises a galley network controller operatively connected to each said at least one galley insert apparatus to determine said electrical current rating of said at least one galley insert apparatus and to communicate said electrical current rating to at least one corresponding programmable circuit breaker.
3. The adaptive power management system of claim 2 , wherein said galley network controller is operative to switch said at least one programmable circuit breaker to open to interrupt the power supply to said at least one galley insert device.
4. The adaptive power management system of claim 1 , wherein said means for communicating an electrical current rating setting comprises means for communicating a passive signal from said at least one galley insert apparatus indicating said electrical current rating of said at least one galley insert apparatus to said at least one corresponding programmable circuit breaker.
5. The adaptive power management system of claim 4 , wherein said means for communicating a passive signal comprises a connector pin coding.
6. The adaptive power management system of claim 4 , wherein said means for communicating a passive signal comprises logic programming of said at least one corresponding programmable circuit breaker.
7. The adaptive power management system of claim 4 , wherein said means for communicating a passive signal comprises a network connection with at least one galley insert apparatus.
8. The adaptive power management system of claim 7 , wherein said network connection with at least one galley insert apparatus comprises a local data bus operatively connected between said at least one galley insert apparatus and said at least one corresponding programmable circuit breaker.
9. The adaptive power management system of claim 7 , wherein said network connection with at least one galley insert apparatus comprises an analog system operatively connected between said at least one galley insert apparatus and said at least one corresponding programmable circuit breaker.
10. An adaptive power management system for an aircraft galley, the adaptive power management system comprising:
at least one galley insert apparatus having an electrical current rating;
at least one corresponding programmable circuit breaker operatively connected to said at least one galley insert apparatus for providing electrical power to said at least one galley insert apparatus, respectively; and
a galley network controller operatively connected to each said at least one galley insert apparatus, said galley network controller being operative to determine said electrical current rating of said at least one galley insert apparatus and to communicate an electrical current rating setting corresponding to said electrical current rating of said at least one galley insert apparatus to said at least one corresponding programmable circuit breaker.
11. The adaptive power management system of claim 10 , wherein said galley network controller is operative to switch said at least one programmable circuit breaker to open to interrupt the power supply to said at least one galley insert device.
12. An adaptive power management system for an aircraft galley, the adaptive power management system comprising:
at least one galley insert apparatus having an electrical current rating;
at least one corresponding programmable circuit breaker operatively connected to said at least one galley insert apparatus for providing electrical power to said at least one galley insert apparatus, respectively; and
means for communicating a passive signal from said at least one galley insert apparatus indicating said electrical current rating setting corresponding to said electrical current rating of said at least one galley insert apparatus to said at least one corresponding programmable circuit breaker.
13. The adaptive power management system of claim 12 , wherein said means for communicating a passive signal comprises a connector pin coding.
14. The adaptive power management system of claim 12 , wherein said means for communicating a passive signal comprises logic programming of said at least one corresponding programmable circuit breaker.
15. The adaptive power management system of claim 12 , wherein said means for communicating a passive signal comprises a network connection with at least one galley insert apparatus.
16. The adaptive power management system of claim 15 , wherein said network connection with at least one galley insert apparatus comprises a local data bus operatively connected between said at least one galley insert apparatus and said at least one corresponding programmable circuit breaker.
17. The adaptive power management system of claim 15 , wherein said network connection with at least one galley insert apparatus comprises an analog system operatively connected between said at least one galley insert apparatus and said at least one corresponding programmable circuit breaker.
18. A method of adaptive power management for an aircraft galley, the method comprising:
providing at least one galley insert apparatus having an electrical current rating;
providing at least one corresponding programmable circuit breaker operatively connected to said at least one galley insert apparatus for providing electrical power to said at least one galley insert apparatus, respectively; and
communicating an electrical current rating setting corresponding to said electrical current rating of said at least one galley insert apparatus to said at least one corresponding programmable circuit breaker.
19. The method of claim 18 , further comprising the step of determining said electrical current rating of said at least one galley insert apparatus prior to said step of communicating said electrical current rating setting corresponding to said electrical current rating of said at least one galley insert apparatus to said at least one corresponding programmable circuit breaker.
20. The method of claim 18 , further comprising the step of switching said at least one programmable circuit breaker to open to interrupt the power supply to said at least one galley insert device.
21. The method of claim 18 , wherein said step of communicating an electrical current rating setting comprises communicating a passive signal from said at least one galley insert apparatus indicating said electrical current rating of said at least one galley insert apparatus to said at least one corresponding programmable circuit breaker.