Roller coaster simulator

• US 6,007,338 A
• Filed: 11/17/1997
• Issued: 12/28/1999
• Est. Priority Date: 11/17/1997
• Status: Expired due to Term

• Current Assignee: Disney Enterprises Incorporated (The Walt Disney Company)
• Original Assignee: Disney Enterprises Incorporated (The Walt Disney Company)
• Inventors: Bryan, Susan M., Salter, Kenneth D., Rice, Kevin R., Morris, Thomas K., Elliott, Steven A., Fernandez, Raul S., DiNunzio, Joseph P., Redmann, William G., Garlington, Joseph O.
• Primary Examiner(s): Cheng, Joe H.
• Application Number:
  US08/971,308
• Time in Patent Office: 771 Days
• Field of Search: 434/29, 434/30, 434/34, 434/35, 434/37, 434/38, 434/40, 434/43, 434/45, 434/55, 434/58, 434/59, 434/62, 434/69, 434/118, 434/307 R, 434/308, 434/365, 434/372, 472/2, 472/17, 472/43, 472/47, 472/59, 472/60, 472/64, 472/132, 472/135, 482/1-9, 482/900-903, 463/2, 463/31, 463/34, 463/40, 463/46, 104/53, 104/85, 104/154, 348/15, 348/121, 348/124, 348/578, 345/302, 345/473, 345/121, 345/326, 345/328, 345/145, 345/161, 345/163, 345/167, 345/173, 345/425, 345/949, 345/952, 345/971, 345/978
• US Class Current: 434/55
• CPC Class Codes: A63G 31/007 involving water
• CPC Class Codes: A63G 31/16 creating illusions of travel
• CPC Class Codes: A63G 7/00 Up-and-down hill tracks; Switchbacks
• CPC Class Codes: G09B 9/02 for teaching control of vehicles or other craft

Abstract

A realistic roller coaster simulator is disclosed having one or more passenger seats equipped with a safety harness and mounted for 360 degree rotational movement along at least two axes for simulating the motion of a roller coaster. A controller is provided for controlling and coordinating the motion of the simulator with a simulation controller which generates to the passenger synchronized audio and visual effects which would be experienced by a passenger on a roller coaster of a predetermined design. Linked to the simulator is a design station where a passenger can design his or her own roller coaster. Upon entering the simulator station, the passenger'"'"'s design can be accessed from memory and selected for simulation on the simulator vehicle. Upon initiation of the simulation, the passenger can experience in real time the visual, motive, audible and other effects (such as wind, heat, cold, water, etc.) of the simulated roller coaster ride which the passenger has designed.

Claims

1. A roller coaster simulator comprising:

a design station which can be used by a plurality of guests to design a simulated roller coaster, said design station linked to a computer shared by other similar design stations having access to pre-determined landscape images and roller coaster segments which can be selected by a guest, data representing the three dimensional size and shape of each landscape image and roller coaster segment, and predetermined rules for determining if a first roller coaster segment can be placed at a selected position on said landscape image to start a roller coaster design and if subsequent roller coaster segments selected by the guest can be joined to a free end of a placed roller coaster segment at a selected position on said landscape image as the guest designs a roller coaster, said design station including means for associating guest identification data with each roller coaster design created on said design station;

storage means shared by a plurality of design stations for storing and accessing data related to each roller coaster design completed by said guest at the design station;

a simulator vehicle for simulating the motion of a roller coaster, and including a passenger compartment, at least one passenger seat mounted in said passenger compartment, a safety harness for securing said guest in said passenger seat, and a means for moving said passenger compartment to simulate the motion of a roller coaster;

a means for creating a moving picture of a virtual ride of a selected roller coaster design stored in said storage means from the perspective of said guest when seated in said passenger seat, said means for creating a moving picture mounted outside said simulator vehicle;

a projector mounted in said simulator vehicle for displaying said moving picture to a passenger, said projector connected to said means for creating a moving picture by a cable; and

a first controller means for accessing said data stored in said storage means and for using said data to control and synchronize the motion of the passenger compartment with the moving picture to create a realistic simulation of said selected roller coaster design.

2. The roller coaster simulator of claim 1 additionally comprising a sound system means for generating or replaying realistic sounds in synchronization with said moving picture and said means for moving said passenger compartment during a simulation.

3. The roller coaster simulator of claim 2 wherein said sound system is controlled by an audio controller which is operably linked to said first controller.

4. The roller coaster simulator of claim 2 additionally including a sound controller for controlling said sound system, said sound controller in communication with said first controller.

5. The roller coaster simulator of claim 1 additionally comprising a means mounted in said passenger compartment for generating vibrations to be sensed by the guest.

6. The roller coaster simulator of claim 5 wherein said means for generating vibrations is a subwoofer associated with said passenger seat.

7. The roller coaster simulator of claim 6 wherein said subwoofer is controlled by an audio controller which is operably linked to said first controller.

8. The roller coaster simulator of claim 1 additionally including guest input means for providing guest information and selections to the design station and first controller.

9. The roller coaster simulator of claim 8 wherein said guest input means is selected from the group consisting of magnetic card readers, optical card readers, radio frequency identification receivers, biometric readers, touchscreens, mouses, keyboards, light pens, and voice activated input devices.

10. The roller coaster simulator of claim 1 wherein said passenger compartment includes a lockable hatchway.

11. The roller coaster of claim 10 additionally including a safety interlock means to prevent initiation of a simulation unless said hatchway is closed and locked, and said guest is seated in said seat with said safety harness engaged.

12. The roller coaster simulator of claim 1 wherein said passenger compartment is pivotally mounted to rotate about 360 degrees about at least two axes.

13. The roller coaster simulator of claim 12 wherein said two axes are a roll axis and a pitch axis.

14. The roller coaster simulator of claim 1 wherein said design station includes a design display means operably linked to the computer for displaying a selected landscape image, roller coaster segments selected by a guest during the design process, and communications from said design station to the guest.

15. The roller coaster simulator of claim 14 wherein said display means is selected from the group consisting of touchscreens, monitors, and printers.

16. The roller coaster simulator of claim 1 wherein said means for creating and displaying a moving picture creates a virtual reality type real time image.

17. The roller coaster simulator of claim 1 wherein said means for moving said passenger compartment includes at least one motor controlled by said first controller.

18. The roller coaster simulator of claim 1 wherein said means for moving the passenger compartment includes at least one motor controlled by a ride controller in communication with said first controller.

19. The roller coaster simulator of claim 1 wherein said projector is a video projector.

20. The roller coaster of claim 19 additionally including a video controller for controlling said video projector, said video controller in communication with said first controller.

21. A roller coaster simulator comprising:

a passenger seat with a safety harness, said passenger seat mounted for movement by a means for imparting the motion of a roller coaster to said passenger seat;

a means for creating a real-time, virtual moving image of a roller coaster design retrieved from a storage means and selected for replay by a passenger before said passenger is secured by said safety harness to said passenger seat;

a controller means for controlling and coordinating the means for imparting motion and the means for creating said real-time, virtual moving image of said roller coaster design during replay of a selected roller coaster design without any input from the passenger;

a video display means for displaying said virtual moving image to said passenger, said video display means mounted for synchronous movement with said passenger seat and connected to said means for creating a real-time virtual moving image by a cable.

22. The roller coaster simulator of claim 21 additionally comprising a display device associated with said controller means for displaying predetermined roller coaster designs for selection by said passenger prior to replay of said selected design.

23. The roller coaster simulator of claim 21 additionally comprising a passenger input device for inputting said passenger'"'"'s selection of a roller coaster design stored in said storage means to the controller means prior to replay of said selected design.

24. The roller coaster simulator of claim 21 wherein at least one of said roller coaster designs retrieved from said storage means was created by said passenger.

25. The roller coaster simulator of claim 24 wherein said passenger created said roller coaster design using a design computer operably linked to a passenger input device, a design display device, and means for storing and accessing pre-determined landscape images and roller coaster segments which can be selected by the passenger for joining to the free end of other roller coaster segments to form a completed roller coaster design, along with data representing the three dimensional size and shape of each landscape image and roller coaster segment and rules for determining if specific selected roller coaster segments selected by a passenger can be joined to a free end of another roller coaster segment at a selected position on said landscape image.

26. The roller coaster simulator of claim 21 wherein said video display means is selected from the group consisting of:

helmet mounted virtual reality displays, goggle mounted virtual reality displays, front or rear projection television sets, projectors and screens.

27. The roller coaster simulator of claim 21 additionally including audio means associated with said video display means for replaying or generating realistic sounds associated with roller coaster motion as simulated.

28. The roller coaster simulator of claim 27 additionally including means associated with said passenger seat for imparting a vibration to said passenger seat to simulate vibrations sensed during a roller coaster ride over segments such as those being simulated.

29. The roller coaster simulator of claim 21 wherein said passenger seat is mounted to rotate 360 degrees along at least two axes.

30. The roller coaster simulator of claim 29 wherein said two axes comprise a roll axis and a pitch axis.

31. A roller coaster simulator comprising:

a design station including a computer having access to pre-determined landscape images and roller coaster segments which can be selected by a guest, data representing the three dimensional size and shape of each landscape image and roller coaster segment, and predetermined rules for determining if a first roller coaster segment can be placed at a selected position on said landscape image to start a roller coaster design and if subsequent roller coaster segments selected by the guest can be joined to a free end of a placed roller coaster segment at a selected position on said landscape image as the guest designs a roller coaster, and a display means operably linked to said computer for displaying a selected landscape image, roller coaster segments, and communications from the design station;

storage means, operably linked to said design station and a plurality of other like design stations, for storing and accessing completed roller coaster designs transmitted from said design station;

a simulator vehicle for simulating the motion of a roller coaster, and including a passenger seat, means for restraining a passenger in said passenger seat, and a means for moving said passenger seat;

a means for creating a real-time, virtual reality type moving picture of a virtual ride of a selected roller coaster design stored in said storage means, said selected roller coaster design chosen in advance for replay to the passenger from a plurality of roller coaster designs stored in said storage means;

a display means mounted inside said simulator vehicle for displaying said moving picture to a passenger, said display means linked to said means for creating a real-time, virtual reality type moving picture of a virtual ride;

a first controller means for controlling and coordinating the motion of the passenger seat to the motion visually depicted by said display means associated with said selected roller coaster design, said first controller means operably linked to said means for creating a real-time, virtual reality type moving picture; and

,

guest input means for providing passenger identification and selections to the design station and first controller.

32. The roller coaster simulator of claim 31 additionally comprising a sound system means for generating or replaying realistic sounds in synchronization with said means for creating a real-time, virtual reality type moving picture.

33. The roller coaster simulator of claim 31 additionally comprising a means associated with said simulator vehicle for generating vibrations to be sensed by the guest.

34. The roller coaster simulator of claim 33 wherein said means for generating vibrations is a subwoofer associated with said passenger seat.

35. The roller coaster simulator of claim 31 wherein said guest input means is selected from the group consisting of magnetic card readers, optical card readers, radio frequency identification receivers, biometric readers, touchscreens, mouses, keyboards, light pens, and voice activated devices.

36. The roller coaster simulator of claim 31 wherein said passenger seat is pivotally mounted to rotate about 360 degrees about at least two axes.

37. The roller coaster simulator of claim 36 wherein said two axes are a roll axis and a pitch axis.

38. The roller coaster simulator of claim 31 wherein said means for displaying said moving picture is selected from the group consisting of virtual reality helmets, virtual reality goggles, rear or front projection television and projectors and screen.

39. The roller coaster simulator of claim 31 wherein said means for moving said passenger seat includes at least one motor.