METHOD AND APPARATUS FOR ADJUSTING RIDER MOVEMENT ON A WATERSLIDE AMUSEMENT DEVICE

• US 20110028227A1
• Filed: 07/31/2009
• Published: 02/03/2011
• Est. Priority Date: 07/31/2009
• Status: Active Grant

• Current Assignee: WhiteWater West Industries Limited
• Original Assignee: WhiteWater West Industries Limited
• Inventors: Dubois, Raymond Joseph, Barrera, Claudio Javier, Horras, Stephen Earl, Mosley, Carroll David
• Granted Patent: US 8,070,616 B2
• Time in Patent Office: Days
• US Class Current: 472/117
• CPC Class Codes: A63G 21/18 Water-chutes
• CPC Class Codes: Y10T 137/0396 Involving pressure control
• CPC Class Codes: Y10T 137/8593 Systems

Abstract

In waterslide amusement devices one or more water jets can be directed along the waterslide surface and used to apply a force to riders using the amusement device. In the present approach the operation of such water jet assemblies is adjusted based on the weight of each rider, so that riders of different weights can negotiate the waterslide amusement device safely and with an appropriate degree of excitement. The rider weight is conveniently measured on the waterslide amusement device, for example, using a load cell assembly, and a signal is sent to a controller to adjust the output of one or more downstream water jet assemblies based on the measured rider weight.

Claims

1. A waterslide amusement device comprising:

(a) a slide surface for supporting a rider traveling along a slide path;

(b) a water jet assembly positioned to direct water along a portion of said slide surface and apply a force to said rider;

(c) a sensor capable of sensing a parameter indicative of the inertia of said rider; and

(d) a control system in communication with said sensor and said water jet assembly, said control system configured to adjust said force applied to said rider by operation of said water jet assembly based upon input received from said sensor representative of said sensed parameter.

2. The waterslide amusement device of claim 1 wherein said sensor is a weight-measuring device and said sensed parameter is the weight of said rider.

3. The waterslide amusement device of claim 2 wherein said weight-measuring device is located on said slide path upstream of said water jet assembly.

4. The waterslide amusement device of claim 3 wherein said slide surface and said slide path are undulating.

5. The waterslide amusement device of claim 3 wherein said weight-measuring device comprises at least one load cell.

6. The waterslide amusement device of claim 3 wherein said weight-measuring device comprises a pair of load cells.

7. The waterslide amusement device of claim 3 wherein said weight-measuring device comprises a pair of load cells actuatable by a portion of a roller tray.

8. The waterslide amusement device of claim 3 wherein said water jet assembly comprises at least one nozzle and at least one pump for pumping water through said at least one nozzle.

9. The waterslide amusement device of claim 8 wherein said control system is configured to adjust said force applied to said rider by adjusting a flow rate of water flowing through said at least one nozzle based upon said sensed rider weight.

10. The waterslide amusement device of claim 8 wherein said water jet assembly further comprises a variable frequency drive connected to drive said pump, and wherein said control system is configured to adjust said force applied to said rider by adjusting the frequency of said at least one variable frequency drive, thereby adjusting a flow rate of water flowing through said at least one nozzle based upon said sensed rider weight.

11. The waterslide amusement device of claim 8 wherein said control system is configured to adjust said force applied to said rider by adjusting the duration of flow of water through said at least one nozzle at a particular flow rate based upon said sensed rider weight.

12. The waterslide amusement device of claim 8 wherein said water jet assembly comprises a plurality of nozzles and said control system is configured to adjust said force applied to said rider by activating a predetermined number of nozzles based upon said sensed rider weight.

13. The waterslide amusement device of claim 4 wherein said water jet assembly is located and oriented to accelerate said rider up a hill in said undulating slide path.

14. The waterslide amusement device of claim 4 wherein said water jet assembly is located and oriented to assist gravity in accelerating said rider down a hill in said undulating slide path.

15. The waterslide amusement device of claim 3 wherein said water jet assembly is located and oriented to slow the speed of said rider along said slide path.

16. The waterslide amusement device of claim 3 wherein said waterslide amusement device comprises more than one water jet assembly located downstream of said weight-measuring device, each water jet assembly configured to direct water along a different portion of said slide surface, and wherein said control system is configured to adjust operation of more than one of said downstream water jet assemblies based upon said sensed rider weight.

17. A waterslide amusement device comprising:

(a) an undulating slide surface for supporting and directing a rider along a slide path;

(b) a water jet assembly positioned to direct water along a portion of said slide surface and apply a force to said rider;

(c) a load cell assembly configured to sense the weight of said rider at a location on said slide path upstream of said water jet assembly; and

(d) a control system in communication with said load cell assembly and said water jet assembly, said control system configured to adjust said force applied to said rider by operation of said water jet assembly based upon input received from said load cell assembly representative of said rider weight.

18. A system for affecting movement of a rider traveling along a waterslide surface, wherein said system comprises:

(a) a water jet assembly configured to direct water along a portion of said waterslide surface and apply a force to said rider;

(b) a sensor capable of sensing a parameter indicative of the inertia of said rider; and

(c) a controller in communication with said sensor and said water jet assembly, said controller configured to adjust operation of said water jet assembly based upon input received from said sensor representative of said sensed parameter.

19. The system of claim 18 wherein said sensor is a weight-measuring device and said sensed parameter is the weight of said rider.

20. The system of claim 19 wherein said weight-measuring device is incorporated into said waterslide surface upstream of said water jet assembly.

21. The system of claim 20 wherein said weight-measuring device is a load cell assembly.

22. The system of claim 19 wherein said water jet assembly comprises at least one nozzle and at least one pump in communication with said at least one nozzle for pumping water through said at least one nozzle.

23. The system of claim 22 wherein said control system is configured to adjust said force applied to said rider by adjusting a flow rate of water flowing through said at least one nozzle based upon said sensed rider weight.

24. The system of claim 22 wherein said control system is configured to adjust said force applied to said rider by adjusting the duration of flow of water through said at least one nozzle at a particular flow rate based upon said sensed rider weight.

25. The system of claim 22 wherein said water jet assembly comprises a plurality of nozzles and said control system is configured to adjust said force applied to said rider by activating a predetermined number of nozzles based upon said sensed rider weight.

26. The system of claim 19 wherein said system comprises more than one water jet assembly located downstream of said weight-measuring device, each water jet assembly configured to direct water along a different portion of said slide surface, and wherein said control system is configured to adjust operation of more than one of said downstream water jet assemblies based upon said sensed rider weight.

27. A method for affecting movement of a rider on a waterslide surface that supports a rider traveling along a slide path, said method comprising:

(a) directing a pressurized jet of water along at least a portion of said waterslide surface so that said pressurized jet of water provides a force to said rider;

(b) sensing a parameter indicative of the inertia of said rider; and

(c) adjusting said force applied to said rider by said pressurized jet of water based upon said sensed parameter.

28. The method of claim 27 wherein said sensed parameter is the weight of said rider.

29. The method of claim 28 wherein said rider weight is sensed at a first location on said slide path and said pressurized jet of water provides said force to said rider at a second location on said slide path that is downstream of said first location.

30. The method of claim 28 wherein said weight of said rider is sensed using a device comprising at least one load cell.

31. The method of claim 28 wherein said force applied to said rider by said pressurized jet of water is adjusted by adjusting a flow rate of said pressurized jet of water.

32. The method of claim 28 wherein said force applied to said rider by said pressurized jet of water is adjusted by adjusting the duration of flow of said pressurized jet of water at a particular flow rate.

33. The method of claim 27 wherein said pressurized jet of water is directed along said waterslide surface in a direction that is substantially in the direction of travel of said rider.

34. The method of claim 33 wherein said pressurized jet of water accelerates a rider up a hill in said slide path.

35. The method of claim 27 wherein said pressurized jet of water is directed along said waterslide surface in a direction that is substantially opposite to the direction of travel of said rider.

36. The method of claim 35 wherein said pressurized jet of water decelerates a rider on said slide path.

37. The method of claim 28 wherein said rider is substantially stationary when said rider weight is sensed.

38. The method of claim 28 wherein said rider is traveling along said slide path when said rider weight is sensed.

39. A method for affecting movement of a rider traveling along an undulating waterslide surface that supports and directs a rider along a slide path, said method comprising:

(a) directing a pressurized jet of water along at least a portion of said slide surface so that said pressurized jet of water provides a force to said rider;

(b) sensing the weight of said rider on said slide path at a location upstream of said pressurized jet of water using a load cell assembly; and

(c) adjusting said force applied to said rider by said pressurized jet of water based upon said sensed weight.

40. A method for operating a waterslide comprising a slide surface for supporting and directing a rider along a slide path, said method comprising:

(a) directing a pressurized jet of water along at least a portion of said slide surface so that said pressurized jet of water provides a force to riders on said waterslide;

(b) sensing a parameter indicative of the inertia of each rider; and

(c) adjusting said force applied to each rider by said pressurized jet of water based upon said sensed parameter.

41. A waterslide amusement device comprising:

(a) a slide surface for supporting a rider traveling along a slide path;

(b) a water jet assembly positioned to direct water along a portion of said slide surface and apply a force to said rider; and

(c) a control system configured to adjust said force applied to said rider by operation of said water jet assembly based upon an input parameter indicative of the inertia of said rider.

42. The waterslide of claim 41 wherein said parameter is an estimate of the weight of said rider.

43. A system for affecting movement of a rider traveling along a waterslide surface wherein said system comprises:

(a) a water jet assembly positioned to direct water along a portion of said waterslide surface and apply a force to said rider; and

(b) a controller that is configured to adjust operation of said water jet assembly based upon an input parameter indicative of the inertia of said rider.

44. The system of claim 43 wherein said parameter an estimate of the weight of said rider.

45. A method for affecting movement of a rider on a waterslide surface that supports a rider traveling along a slide path, said method comprising:

(a) directing a pressurized jet of water along at least a portion of said slide surface so that said pressurized jet of water provides a force to said rider; and

(b) adjusting said force applied to said rider by said pressurized jet of water based on a parameter indicative of the inertia of said rider.

46. The method of claim 45 wherein said parameter is an estimate of the weight of said rider.

47. A weight-measuring device for measuring rider weight on a waterslide amusement device comprising a slide surface for supporting a rider traveling along a slide path, said device comprising:

(a) a weight-bearing platform that forms a portion of said slide path;

(b) a cross-bracket extending between a pair of load cells, said cross-bracket and said load cells located underneath said weight-bearing platform, whereby when a rider is positioned on said platform, a force is applied to said load cells via said cross-bracket, and said load cells transmit a signal indicative of the weight of said rider.

48. The weight-measuring device of claim 47 wherein said weight-bearing platform is a pivoting roller tray.

49. A method for measuring rider weight on a waterslide amusement device comprising a slide surface for supporting a rider traveling along a slide path, said method comprising positioning a rider on a weight-bearing platform that forms part of said slide path so that a force is applied to a pair of load cells, and transmitting a signal from said load cells indicative of the weight of said rider.

50. The method of claim 49 wherein said weight-bearing platform comprises a pivoting roller tray.