Control, sound, and operating system for model trains

• US 6,457,681 B1
• Filed: 12/07/2000
• Issued: 10/01/2002
• Est. Priority Date: 12/07/2000
• Status: Expired due to Term

• Current Assignee: Mike's Train House Incorporated
• Original Assignee: Mike's Train House Incorporated
• Inventors: Long, Scott B., Seitz, Forrest S., Krebiehl, David L., Sasaki, Stanley K., Wolf, Michael Paul
• Primary Examiner(s): Le, Mark T.
• Application Number:
  US09/731,048
• Time in Patent Office: 663 Days
• Field of Search: 246/1.C, 246/2.R, 246/4, 246/167.R, 246/182.R, 246/186, 246/187.A, 104/295, 104/296, 104/297, 340/825, 340/10.1, 340/825.71, 340/825.72
• US Class Current: 246/187.00A
• CPC Class Codes: A63H 19/14 Arrangements for imitating locomotive features, e.g. whistling, signalling, puffing
• CPC Class Codes: A63H 19/18 Car coupling or uncoupling mechanisms
• CPC Class Codes: A63H 19/24 Electric toy railways; Systems therefor
• CPC Class Codes: A63H 19/32 Switches or points; Operating means therefor
• CPC Class Codes: A63H 33/28 Soap-bubble toys; Smoke toys blowing smoke rings A24F13/30

Abstract

A model train operating, sound and control system provides a user with increased operating realism. A novel remote control communication capability between the user and the model trains includes a handheld remote control on which various commands may be entered, and a Track Interface Unit that retrieves and processes the commands. The Track Interface Unit converts the commands to modulated signals (preferably spread spectrum signals) which are sent down the track rails. The model train picks up the modulated signals, retrieves the entered command, and executes it through use of a processor and associated control and driver circuitry. A speed control circuit located inside the model train is capable of continuously monitoring the operating speed of the train and making adjustments to a motor drive circuit. Circuitry is connected to the Track Interface Unit to an external source, such as a computer, CD player, or other sound source, so that real-time sounds stream down the model train tracks for playing through the speakers located in the model train. Coupler designs and circuits, as well as a smoke unit, can also be used with the model train system.

Claims

1. A model train system comprising:

a remote control unit that outputs commands;

a track interface unit that receives the commands; and

a train track layout coupled to the track interface unit;

wherein the track interface unit converts the commands into a modulated signal, injects the modulated signal into a power signal so as to form an integrally formed command/power signal, and outputs the integrally formed command/power signal to the train track layout.

2. The model train system of claim 1, wherein the modulated signal has a wide bandwidth.

3. A model train system comprising:

a remote control unit that outputs commands;

a track interface unit that receives the commands; and

a train track layout coupled to the track interface unit;

wherein the track interface unit converts the commands into a modulated signal and outputs the modulated signal to the train track layout, wherein the modulated signal is a spread spectrum signal.

4. A model train control system for controlling model trains on a train track layout, comprising:

a track interface unit coupled to said train track layout;

a remote control unit for communicating with the track interface unit; and

a model train comprising;

a processor;

a speed control circuit;

a sound system circuit; and

a smoke unit;

wherein a speed command entered on the remote control unit is communicated to the track interface unit, which passes the command to the model train via rails on the train track layout, the processor in the model train receiving the command and in turn commanding the speed control circuit to drive the model train to a speed indicated in the speed command, the processor further (1) controlling the sound system circuit to play sounds corresponding to the model train speed, and (2) controlling the smoke unit to produce smoke corresponding to the model train speed.

5. The model train control system of claim 4, wherein as the speed of the model train increases, the sound system circuit plays train operation sounds which simulate a train moving at an increased speed, and the smoke unit produces an increased amount of smoke.

6. A model train system comprising:

a remote control unit for outputting commands;

a track interface unit that receives the commands; and

a train track layout coupled to said track interface unit;

whereby (1) the track interface unit processes said commands and outputs the commands to the train track layout, said track interface unit being configured to receive and process data corresponding to at least one of operating and diagnostic information of a model train located on said train track layout.

7. The model train system of claim 6, wherein the track interface unit provides an acknowledge signal to the remote control unit which indicates that the track interface unit successfully received and processed said command.

8. The model train system of claim 6, said track interface unit being configured to communicate said at least one of operating and diagnostic information to a user.

9. The model train system of claim 6 further comprising a model train operating on said train track layout, wherein said model train receives said command and outputs an acknowledge signal back to the track interface unit which indicates that the model train successfully received said command.

10. The model train system of claim 9, wherein said model train processes and executes said command.

11. The model train system of claims 9 or 10, wherein said track interface unit outputs a signal to said remote control unit indicating that the model train successfully received said command.

12. The model train system of claim 10, wherein said track interface unit outputs a signal to said remote control unit indicating that said model train successfully executed said command.

13. The model train system of claims 9 or 10, wherein operating information concerning said model train is outputted by said model train to said track interface unit.

14. The model train system of claims 9 or 10, wherein diagnostic information concerning said model train is outputted by said model train to said track interface unit.

15. The model train system of claim 13, wherein said operating information (1) is received and processed by said track interface unit, and (2) said track interface unit outputs a signal containing said operating information to said remote control unit.

16. The model train system of claim 14, wherein said diagnostic information (1) is received and processed by said track interface unit, and (2) said track interface unit outputs a signal containing said diagnostic information to said remote control unit.

17. The model train system of claim 6 further comprising an accessory interface unit coupled to said track interface unit, whereby operating information concerning one or more accessories coupled to said accessory interface unit is outputted by said accessory interface unit to said track interface unit.

18. The model train system of claim 17, whereby said track interface unit outputs a command in response to said operating information.

19. The model train system of claim 17, whereby said operating information is received by said track interface unit and the track interface unit outputs a signal containing said operating information to said remote control unit.

20. The model train system of claim 7, whereby said acknowledge signal is displayed on said remote control unit.

21. The model train system of claim 11, whereby said signal indicating that the model train successfully received said command is displayed on said remote control unit.

22. The model train system of claim 12, whereby said signal indicating that said model train successfully executed said command is displayed on said remote control unit.

23. The model train system of claim 15, whereby said signal containing said operating information is displayed on said remote control unit.

24. The model train system of claim 16, whereby said signal containing said diagnostic information is displayed on said remote control unit.

25. The model train system of claim 19, whereby said signal containing said operating information is displayed on said remote control unit.

26. A model train system comprising:

a train track layout;

a track interface unit coupled to said train track layout; and

a model train operating on said train track layout, the model train including a circuit configured to provide at least one of diagnostic and operating information to said track interface unit through said train track layout.

27. The model train system of claim 26, further comprising an information appliance coupled to said track interface unit, wherein said track interface unit provides said at least one of diagnostic and operating information to said information appliance.

28. The model train system of claim 27, wherein said information appliance is configured to upload said at least one of said diagnostic and operating information to an Internet.

29. The model train system of claims 27 or 28, wherein said information appliance is a computer.

30. The model train system of claim 27, wherein said information appliance is configured to download information from an Internet and said downloaded information is provided to said model train through said track interface unit and said train track layout.

31. The model train system of claim 30, wherein said information appliance is a computer.

32. A model train system comprising:

a remote control unit;

a track interface unit that receives commands from said remote control unit;

a train track layout coupled to said track interface unit; and

a model train operating on said train track layout, the model train capable of performing the commands from the remote control unit;

whereby the track interface unit saves a series of commands entered on the remote control unit such that the series of commands may be repeated at a later time.

33. The model train system of claim 32, wherein the series of commands saved by the track interface unit is recalled by a recall command from the remote control unit.

34. A model train system comprising:

a data unit for outputting data; and

a track interface unit for receiving the data, wherein the track interface unit is configured to convert the data into a modulated signal, inject the modulated signal into a power signal so as to form an integrally formed command/power signal, and output the integrally formed command/power signal to a train track layout.

35. The model train system of claim 34, wherein said data unit is an external sound source for providing sounds, said track interface unit being coupled to said external sound source for receiving said sounds and is configured to convert the sounds into said modulated signal.

36. The model train system of claim 35, further comprising a train track layout and a model train on the train track layout capable of receiving the integrally formed command/power signal from the train track layout and processing the integrally formed command/power signal in order to retrieve the sounds and play them through a speaker located on the model train.

37. The model train system of claim 35 or 36, wherein the external sound source is any one of a CD player, cassette tape player, MP3 player, DVD player, mini-disc player, or memory stick.

38. The model train system of claim 35 or 36, wherein the external sound source is a computer.

39. The model train system of claim 38, wherein the sounds are downloaded from an Internet.

40. The model train system of claim 35, wherein the modulated signal has a wide bandwidth.

41. The model train system of claim 34, 35 or 36, wherein the modulated signal is a spread spectrum signal.

42. The model train system of claim 35 or 36, wherein the external sound source is a microphone.

43. The model train system of claim 35 or 36, wherein the modulated signal is an FM signal.

44. The model train system of claim 43, wherein the external sound source is any one of a CD player, cassette tape player, MP3 player, DVD player, mini-disc player, or memory stick.

45. The model train system of claim 43, wherein the external sound source is a computer.

46. The model train system of claim 45, wherein the sounds are downloaded from an Internet.

47. The model train system of claim 34, wherein said data unit includes a remote control, said model train system further comprising an accessory interface unit coupled to the track interface unit and to one or more accessories located on or around a train track layout, wherein the remote control includes a memory for storing the identity of one or more of said accessories such that a command entered on the remote control controls said one or more accessories.

48. The model train system of claim 47, wherein the command is received by the track interface unit, which communicates said command to the accessory interface unit for controlling said one or more accessories.

49. The model train system of claim 34, wherein said data includes a Doppler effect command, said model train system further comprising a train track layout coupled to said track interface unit and a model train on said train track layout capable of playing train sounds, said track interface unit being configured to receive said Doppler effect command and convert it to the modulated signal which is outputted to said train track layout, said model train picking up said modulated signal from said train track layout and retrieving the Doppler effect command from said modulated signal, such that the model train plays one or more train sounds that simulate the Doppler effect.

50. The model train system of claim 49, wherein the Doppler effect simulation is based on a fixed distance traveled by the model train around said train track layout.

51. The model train sound system of claim 50, wherein said fixed distance is set by entering (1) a start Doppler loop command and (2) a stop Doppler loop command on said remote control unit, whereby the distance traveled by the model train on the train track layout during the interval between said start Doppler loop command and said stop Doppler loop command is the fixed distance.

52. The model train system of claim 36, wherein the model train includes a memory for storing the sounds.

53. The model train system of claim 35, wherein said track interface unit includes a memory for storing the sounds.

54. The model train system of claim 34, wherein said data unit is an external sound source for providing sounds and said data includes an analog signal, said track interface unit being coupled to said external sound source for receiving said analog signal and is configured to convert the analog signal into a digital signal so as to form at least part of the modulated signal

said model train system further comprising a train track layout and a model train on the train track layout capable of receiving the integrally formed command/power signal from the train track layout and processing the integrally formed command/power signal in order to retrieve the sounds and play them through a speaker located on the model train, said model train being configured to convert the digital signal back to an analog signal.

55. The model train system of claim 34, wherein said external sound source includes an audio output, said audio output being one of line level audio and headphone.

56. The model train system of claim 49, wherein the Doppler effect simulation is based on the speed at which the model train moves around the train track layout.