System for sending commands to train cars based on location in train
View Patent ↗A model train system is provided, comprising a command originator, layout objects, and a communication link. The communication link may be established through the use of magnetic induction coils/transceivers placed at the ends of each layout object. Commands sent by a user via a remote base to the command originator are forwarded to the subsequent layout objects. For addressing, a command index is incremented by each layout object, until it matches the position number of the layout object. Examples of such commands are opening/closing couples which physically connect cars, turning on/off lights, and producing bell and whistle sounds.
1. A model train system comprising;
at least one command originator;
a plurality of layout objects; and
a communication link between said command originator and said plurality of layout objects for providing a command to one of said plurality of layout objects, said command comprising:
a desired information to be implemented by said one of said plurality of layout objects;
a desired position that corresponds to a location of said one of said plurality of layout objects; and
a dynamic index that is incremented as the command is passed from a preceding one of said plurality of layout objects to said one of said plurality of layout objects, said desired information being implemented by said one of said plurality of layout objects if there is correspondence between said desired position and said dynamic index;
wherein the command originator is adapted to forward commands to said layout objects with addressing based on a location of the layout objects relative to the command originator without the use of absolute addressing.
2. The model train system of claim 1 , wherein said one of said plurality of layout objects comprises a non-motorized model train car.
3. The model train system of claim 1 , wherein said one of said plurality of layout objects comprises a motorized model train car.
4. The model train system of claim 1 , wherein said one of said plurality of layout objects comprises a model train accessory.
5. The model train system of claim 1 , wherein said at least one command originator comprises a model train car.
6. The model train system of claim 1 , wherein said at least one command originator comprises a motorized model train car.
7. The model train system of claim 1 , wherein said at least one command originator comprises a model train accessory.
8. The model train system of claim 1 , wherein said at least one command originator comprises a model train system base.
9. The model train system of claim 1 , wherein said communication link is wired.
10. The model train system of claim 1 , wherein said communication link is wireless.
11. The model train system of claim 9 , wherein the wired communication link is implemented via a coupler connection.
12. The model train system of claim 10 , wherein the wireless communication link is implemented with induction coils.
13. The model train system of claim 10 , wherein the wireless communication link is implemented with infrared transceivers.
14. The model train system of claim 10 , wherein the wireless communication link is implemented with radio frequency.
15. The model train system of claim 1 , wherein said one of said plurality of layout objects comprises a model train car.
16. A model train system comprising:
a first car adapted to receive a signal from a base station, said signal comprising at least one command, position information, and an index, wherein said position information identifies a position of a target car in said model train system;
a plurality of cars that are at least indirectly connected to said first car and are adapted to (1) increment said index when transmitting said signal from a previous one of said plurality of cars to a subsequent one of said plurality of cars and (2) initiate an effect if there is correspondence between a current state of said index and said position information; and
a communication link between said plurality of cars for transmitting said signal from said first car to said target car,
wherein said plurality of cars comprises at least said target car.
17. A model train system comprising:
at least one command originator being adapted to receive a signal from a base station; and
a plurality of layout objects in communication with said at least one command originator, each one of said plurality of layout objects being adapted to (1) receive said signal comprising at least one command, position information and an index, wherein said position information identifies a position of one of said plurality of layout objects in said model train system, (2) increment said index if a current state of said index does not match said position information, and (3) initiate said command if said current state of said index matches said position information.
18. A model train system comprising:
at least one command originator having a transceiver;
a plurality of layout objects in communication with said at least one command originator, at least one of said plurality of layout objects being adapted to (1) receive a signal comprising at least one command, position information and an index, wherein said position information identifies a position of one of said plurality of layout objects, (2) modify said index if a current state of said index does not match said position information, and (3) initiate said command if said current state of said index matches said position information.
19. The model train system of claim 18 , wherein said at least one of said plurality of layout objects is further adapted to increment said index if said current state of said index does not match said position information.
20. The model train system of claim 18 , wherein a transceiver is placed at an end of each of the plurality of layout objects.