Movable barrier operator operating parameter transfer method and apparatus

1. A movable barrier operator which operably communicates with at least one remote user interface, which remote user interface has at least one user-accessible button or switch which during ordinary use permits a user to assert the button or switch to cause a movable barrier to presently move from a first position to a second position, the movable barrier operator comprising:

a movable barrier motive force interface;

a data bus that permits the movable barrier operator to communicate with the at least one remote user interface;

an operating parameters memory having at least one operating parameter stored therein that was received from another and different movable barrier operator via the data bus;

a controller that is operably coupled to the operating parameters memory and having an input operably coupled to the data bus and an output operably coupled to the movable barrier motive force interface,

the at least one operating parameter that is received from the another and different movable barrier operator and stored in the operating parameters memory is used by the movable barrier operator.

2. The movable barrier operator of claim 1 wherein the at least one operating parameter comprises at least one of:

identification information as corresponds to at least one specific remote user interface;

movable barrier position determination information;

movable barrier position limits information;

movable barrier speed profile;

movable barrier maximum operating speed;

movable barrier passpoint information;

lighting control information

movable barrier operational configuration information.

3. The movable barrier operator of claim 1 wherein the data bus comprises a serial bus.

4. The movable barrier operator of claim 1 wherein the at least one operating parameter is stored in the operating parameters memory in accord with a first storage map as corresponds to a first movable barrier operator program version.

5. The movable barrier operator of claim 4 wherein the controller uses a second movable barrier operator program version that is different from the first movable barrier operator program version.

6. The movable barrier operator of claim 5 wherein the controller further comprises storage map translation means for facilitating use of the at least one operating parameter by the controller notwithstanding a difference between the first and second program versions.

7. A method comprising:

learning at least one operating parameter at a first movable barrier operator;

transmitting the at least one operating parameter from the first movable barrier operator to a second movable barrier operator via a data bus, the data bus being coupled to and permitting the second movable barrier operator to communicate with at least one remote user interface;

receiving and storing the at least one operating parameter at the second movable barrier operator;

using the stored at least one operating parameter at the second movable barrier operator

entering door movement commands via at least one user-accessible button or switch at the remote user interface and which remote user interface during ordinary use permits a user to cause the second movable barrier operator to move a barrier from a first position to a second position.

8. The method of claim 7 wherein the at least one operating parameter comprises at least one of:

identification information as corresponds to at least one specific remote user interface;

movable barrier position determination information;

movable barrier position limits information;

movable barrier speed profile;

movable barrier maximum operating speed;

movable barrier passpoint information;

lighting control information;

movable barrier operational configuration information.

9. The method of claim 7 wherein providing at least one operating parameter as was previously learned by the first movable barrier operator controller further comprises:

placing the second movable barrier operator into a learning mode of operation;

receiving the at least one operating parameter;

locally storing the at least one operating parameter;

concluding the learning mode of operation.

10. The method of claim 9 wherein placing the second movable barrier operator into a learning mode of operation further comprises detecting at least a first predetermined condition.

11. The method of claim 10 wherein detecting at least a first predetermined condition further comprises:

detecting application of enabling power to the second movable barrier operator;

engaging in a signaling protocol with the first movable barrier operator.

12. The method of claim 11 wherein engaging in a signaling protocol further comprises engaging in a handshake protocol.

13. The method of claim 7 wherein storing the at least one operating parameter to provide a stored operating parameter further comprises storing the at least one operating parameter using a first memory storage map.

14. The method of claim 13 wherein the first memory storage map corresponds to a first version of movable barrier operator controller programming.

15. The method of claim 14 wherein the second movable barrier operator uses a second version of movable barrier operator controller programming that is different than the first version of movable barrier operator controller programming.

16. The method of claim 15 wherein using the stored operating parameter by the second movable barrier operator further comprises translating the first memory storage map to thereby facilitate compatible use of the at least one operating parameter by the second movable barrier operator.

17. A method of transferring operational data from a moveable barrier operator which has been used and has operational data stored therein to a second moveable barrier operator, the second moveable barrier operator configured to operably communicate with at least one remote user interface which has at least one user accessible button or switch which permits a user to cause the new moveable barrier to move from a first position to a second position, the method comprising:

communicating the operational data from the moveable barrier operation which has the operational data stored therein to the second moveable barrier operator through a data bus; and

receiving the communicated operational data at the second moveable barrier operator; and

storing the communicated operational data in a memory in the second barrier operator, the second barrier operator configured to communicate with the at least one remote interface through the data bus and use the operational data communicated through the data bus.

18. The method of claim 17 wherein the second moveable barrier operator is a replacement for the moveable barrier operator.

19. A movable barrier operator comprising:

a controller;

a receiver interface which communicates with the controller and is configured to communicate with at least one remote user interface which permits a user to cause the moveable barrier operator to move a movable barrier from a first position to a second position;

a movable barrier motive force interface which is operably connected to a motor which moves the barrier and the controller in operable communication with the movable barrier motive force interface; and

operating parameter memory which receives and stores data from another moveable barrier operator via the receiver interface, the data from the other moveable barrier operator concerning the operation of the barrier and the controller operably connected to the memory to effect control of the moveable barrier operator and to move the barrier.

20. The moveable barrier operator of claim 19 wherein the receiver interface includes a data bus configured to communicate with the at least one remote user interface.

21. The moveable barrier operator of claim 20 wherein the controller has an input operably coupled to the data bus and an output operably coupled to the movable barrier motive force interface.