Automated bowling system, controller and method of use

• US 8,192,292 B2
• Filed: 06/23/2005
• Issued: 06/05/2012
• Est. Priority Date: 06/23/2004
• Status: Active Grant

• Current Assignee: QubicaAMF Worldwide LLC
• Original Assignee: Quibicaamf Worldwide LLC
• Inventors: Popielarz, Matthew E., Warren, LeRoy T. Jr., Namala, Samuel R., Hibbard, Edward C. Jr.
• Primary Examiner(s): Laneau, Ronald
• Assistant Examiner(s): WILLIAMS, ROSS A
• Application Number:
  US11/159,273
• Publication Number:
  US 20050288115A1
• Time in Patent Office: 2,539 Days
• Field of Search: 473 54-106, 463 1- 6
• US Class Current: 473/102
• CPC Class Codes: A63D 1/06 Adjusting apparatus; Stands for players
• CPC Class Codes: A63D 5/04 Indicating devices
• CPC Class Codes: A63D 5/08 Arrangements for setting-up or taking away pins

Abstract

A bowling system comprises a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for the sweep assembly. The system further includes a plurality of sensors which sense parameters associated with the pinspotter system and the braking system. A centralized control system centralizes operational processes of the pinspotter system by receiving at least one input based on the sensed parameters from at least one of plurality of sensors and, in response to the at least one the input, produces at least one output signal to control operations of the pinspotter system.

Claims

1. A bowling system comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system, wherein said plurality of sensors include a non-contact home position sensor for said sweep assembly; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system.

2. A bowling system according to claim 1, wherein said braking system is a electromagnetic braking system.

3. A bowling system according to claim 2, wherein said electromagnetic braking system is under command of said centralized control system, such that said centralized control system commands said electromagnetic braking system to either release the brake to allow a motor to spin freely or to apply a braking force thereto after a rotational speed of a motor shaft of a motor begins to decrease.

4. A bowling system according to claim 1, wherein said plurality of sensors includes a speed/safety sensor arranged proximate said sweep assembly to detect a speed of a ball or a sequence of events.

5. A bowling system according to claim 4, wherein said speed/safety sensor includes at least two photodiode sensors arranged at a distance from one another.

6. A bowling system according to claim 1, wherein said plurality of sensors includes a foul line sensor to detect a foul line violation, and provides an input signal to said centralized control system to signal at least said foul line violation.

7. A bowling system according to claim 6, wherein said signal of a foul line violation comprises at least a light, an audio device and an LCD display of which is actuated by said centralized control system in response to said foul line violation.

8. A bowling system according to claim 1, wherein said centralized control system monitors a foul line system malfunction and a foul line system check.

9. A bowling system according to claim 1, wherein said plurality of sensors are non-contact sensors.

10. A bowling system according to claim 1, wherein said centralized control system adjusts a position of said sweep assembly during operational stages of said sweep assembly.

11. A bowling system according to claim 1, wherein said centralized control system monitors, controls and provides diagnostics for more than one bowling lane.

12. A bowling system according to claim 1, further comprising one or more hand held units or remote units coupled to said centralized control system which monitors, controls and provides diagnostics for more than one bowling lane.

13. A bowling system according to claim 1, wherein said centralized control system monitors, controls and provides diagnostics for said pinspotter operations which include at least one of a standby mode, a mechanic'"'"'s mode, a bowler'"'"'s mode, a tenth frame switch mode, a hall detection mode, a sweep and table motor mode, a bin and shuttle mode, a table and sweep stopping position mode, and an electromechanical braking for sweep and table mode.

14. A bowling system according to claim 1, wherein said centralized control system provides a menu for operations of said sweep assembly.

15. A bowling system according to claim 1, wherein said centralized control system is in communication with at least one of a keypad and an LCD display.

16. A bowling system according to claim 15, wherein said LCD displays at least one of operational monitoring, control, programming, and diagnostics of the bowling system.

17. A bowling system according to claim 1, wherein said centralized control system monitors the bowling system through a plurality of switches and said plurality of sensors providing signals to a lighting system for monitoring and diagnostics.

18. A bowling system according to claim 1, wherein the bowling system comprises one or more bowling lanes.

19. A bowling system according to claim 1, wherein said home position sensor for said sweep assembly comprises a home position sensor of a shaft of said sweep assembly.

20. A bowling system according to claim 1, further comprising a position sensor for said sweep assembly, wherein said centralized control system is coupled to said home sensor and said position sensor, the centralized control system storing a home position of the sweep assembly as a reference and, based on said reference, a number of interruptions sensed by the position sensor enables said centralized control system to calculate a position of said sweep assembly.

21. A bowling system according to claim 1, wherein the non-contact home position sensor comprises a disk having a slot mounted to a shaft and a light emitting device comprising an emitter and detector or reflector adjacent opposing sides of the disk.

22. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein at least one sensor of the plurality of sensors monitors a rotational speed of a sweep motor shaft of said sweep assembly and provides an input signal to said centralized control system indicative of said rotational speed, such that a braking action, under command of said centralized control system, applies a sweep motor braking force after said rotational speed of said sweep motor shaft begins to decrease.

23. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein the pinspotter system includes a pin table assembly and said plurality of sensors includes at least one sensor which monitors a rotational speed of a pin table motor shaft of said pin table assembly and provides an input signal to said centralized control system indicative of said rotational speed, such that a braking action, under command of said centralized control system, applies a pin table motor braking force after said rotational speed of said pin table motor shaft begins to decrease.

24. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

a speed/safety sensor including at least two photodiode sensors arranged at a distance from one another;

wherein said centralized control system receives an input from said at least two photodiode sensors such that said centralized control system calculates a speed of the ball, and at a predetermined speed of the ball actuates said sweep assembly,

wherein a position of the sweep assembly is determined by a positioning of a non-contact position sensor.

25. A bowling system according to claim 24, wherein the non-contact position sensor includes a photodiode and a disk having a slot mounted on a sweep assembly shaft such that an alignment of said slot with an emitted beam represents an angled position of the sweep assembly shaft or a home position of said sweep assembly.

26. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system; and

said plurality of sensors including a speed/safety sensor arranged proximate said sweep assembly to detect a speed of a ball or a sequence of events,

wherein said centralized control system activates or deactivates said sweep assembly based on a predetermined sequence of events as sensed by said speed/safety sensor.

27. A bowling system according to claim 26, wherein said plurality of sensors includes a non-contact home position sensor comprising a photodiode and a disk having a slot mounted on a sweep assembly shaft such that an alignment of said slot with an emitted beam represents an angled position of the sweep assembly shaft or a home position of said sweep assembly.

28. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein said plurality of sensors includes a home sensor comprising a photodiode and a disk having a slot mounted on a sweep assembly shaft such that an alignment of said slot with a beam emitted from the home sensor represents an angled position of a sweep assembly shaft or a home position of said sweep assembly.

29. A bowling system according to claim 28, wherein said home position of said sweep assembly is used as a starting reference for said centralized control system to instruct movement or adjust a position of said sweep assembly.

30. A bowling system according to claim 29, wherein said centralized control system stores said home position as a reference, and based on said reference, said centralized control system adjusts a position of said sweep assembly to the home position when misalignment is sensed by said home sensor.

31. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein said plurality of sensors includes a home sensor comprising a photodiode and a disk having a slot mounted on a pin table shaft and an alignment of said slot with a beam emitted from said home sensor represents an angled position of a pin table shaft or a home position of a pin table.

32. A bowling system according to claim 31, wherein said centralized control system stores said home position as a reference, and based on said reference, said centralized control system adjusts a position of said pin table to the home position when misalignment is sensed by said home sensor.

33. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein said plurality of sensors includes;

a position sensor comprising;

a position disk having a plurality of slots or holes located about a circumference of said position disk, said position disk mounted to a motor shaft of a pin table assembly or said sweep assembly; and

a photodiode sensor sensing interruptions in the plurality of slots or holes as said motor shaft rotates;

a home sensor comprising;

a home disk having a single slot or hole, said home disk being mounted on

a shaft of said pin table assembly or said sweep assembly; and

a home photodiode sensing an interruption of said slot or hole on said home disk as said shaft rotates;

wherein said centralized control system calculates a position of said motor shaft based on the number of revolutions of said motor shaft and an initial reference as sensed by said home sensor.

34. A bowling system according to claim 33, wherein the home position is determined by the alignment of said slot or hole on said home disk and a beam of light emitted by the home sensor.

35. A bowling system according to claim 33, wherein the slots or holes of the disk are configured for a 50 Hertz or 60 Hertz system.

36. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system, the plurality of sensors including a home sensor comprising;

a disk having a slot mounted to a shaft; and

a light emitting device comprising an emitter and detector or reflector adjacent opposing sides of the disk; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein said centralized control system includes a feed back loop for monitoring and controlling said pinspotter system and said plurality of sensors.

37. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein said lighting system displays a first color indicating the bowling system is ready for operation and no existing or sensed problems exist;

wherein said lighting system displays a flashing color indicating at least one bin switch is open or not a full set of said pins are in a pin table and indicative of a pin jam;

wherein said lighting system displays a second color indicating a shutdown of the entire bowling system; and

wherein said second color is displayed when at least one of said position sensor is not providing feedback after receiving a command from said centralized control system, an unacceptable spike in electrical current during operation of the bowling system is sensed and said plurality of sensors not sensing a predetermined sequence of events.

38. A bowling system, comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system;

wherein said sweep assembly includes a gate, such that said gate triggers a camera capturing an amount of standing pins and communicates said amount of standing pins to said centralized control system so as to determine at least one of a score, and whether said sweep assembly needs to be activated due to a gutter ball.

39. A bowling system comprising:

a pinspotter system including at least a sweep assembly and a braking system coupled thereto which provides a brake for said sweep assembly;

a plurality of sensors which sense parameters associated with said pinspotter system and said braking system;

said plurality of sensors including a speed/safety sensor arranged proximate said sweep assembly to detect speed of a ball; and

a centralized control system centralizing operational processes of said pinspotter system by receiving at least one input based on the sensed parameters from at least one of said plurality of sensors and, in response to at least one said input, produces at least one output signal to control operations of said pinspotter system,

wherein at least one sensor of the plurality of sensors monitors a rotational speed of a sweep motor shaft of said sweep assembly and provides an input signal to said centralized control system indicative of said rotational speed, such that a braking action, under command of said centralized control system, applies a sweep motor braking force after said rotational speed of said sweep motor shaft begins to decrease.