Bowling center lighting system

• US 6,031,343 A
• Filed: 03/11/1998
• Issued: 02/29/2000
• Est. Priority Date: 03/11/1998
• Status: Expired due to Term

• Current Assignee: Brunswick Bowling & Billiards Corporation (Brunswick Corporation)
• Original Assignee: Brunswick Bowling & Billiards Corporation (Brunswick Corporation)
• Inventors: Recknagel, Troy A., Richardson, William O.
• Primary Examiner(s): Philogene, Haissa
• Application Number:
  US09/038,449
• Time in Patent Office: 720 Days
• Field of Search: 315/292, 315/295, 315/300, 315/316, 315/324, 473/54, 473/55, 473/110, 473/113, 473/115, 362/806, 362/811, 362/253
• US Class Current: 315/292
• CPC Class Codes: A63D 1/08 Tracks for returning or circulating the balls
• CPC Class Codes: A63J 17/00 Apparatus for performing colour-music
• CPC Class Codes: H05B 47/12 by detecting audible sound
• CPC Class Codes: H05B 47/175 by remote control
• CPC Class Codes: Y10S 362/806 Ornamental or decorative

Abstract

The lighting system of the present invention includes at least one light string having a plurality of independently controllable light modules, each emitting light in response to an activation signal uniquely associated with the light module. The lighting system preferably includes a controller coupled to the light strings for generating and transmitting activation signals to the light modules to independently control the lights of the light modules. Each of the light modules may include a multi-color lighting device for emitting light of different colors such that the controller may select colors of the light emitted from each one of the light modules. The lighting system may also include a plurality of address modules each associated with and coupled to one of the light strings and coupled to the controller so that the controller may transmit activation signals to the light modules of a specific light string by transmitting an address to which the associated address module will respond by enabling the light modules of the associated light string to respond to the activation signals transmitted with the address signal from the controller.

Claims

1. A lighting system for a bowling center having at least two bowling lanes divided by a lane pair divider, said lighting system comprising:

a light string disposed along a divider separating said bowling lanes, said light string including a plurality of independently controllable light modules each emitting light in response to an activation signal uniquely associated with the light module;

a controller coupled to said light string for generating and transmitting activation signals to said light modules to independently control said light modules; and

a division capping assembly mounted on each lane pair divider, said division capping assembly defining a channel and having a transparent cover such that said light string may be run within said channel and the light from the light modules may be emitted through said transparent cover.

2. The lighting system as defined in claim 1, wherein each of said light modules includes a multi-color lighting device for emitting light of different colors such that said controller may select colors of the light to be emitted from each one of said light modules.

3. The lighting system as defined in claim 1, wherein said controller includes an interface for connecting to an external system, said controller being responsive to signals received from the external system for generating and transmitting activation signals to said light modules so as to create a selected lighting pattern.

4. The lighting system as defined in claim 1, wherein the light modules of said light string are coupled in series.

5. A lighting system for a bowling center having at least two bowling lanes, said lighting system comprising:

a light string disposed along a divider separating said bowling lanes, said light string including a plurality of independently controllable light modules each emitting light in response to an activation signal uniquely associated with the light module;

a controller coupled to said light string for generating and transmitting activation signals to said light modules to independently control said light modules; and

a plurality of said light strings each disposed along different bowling lane dividers, and a plurality of address modules each coupled to one of said light strings and coupled to said controller, wherein said controller transmits activation signals to the light modules of a specific light string while transmitting therewith an address to which the address module associated with the specified light string will respond by enabling the light modules of the associated light string to respond to the activation signals transmitted from said controller.

6. A lighting system for a bowling center having at least two bowling lanes, said lighting system comprising:

a light string disposed along a divider separating said bowling lanes, said light string including a plurality of independently controllable light modules each emitting light in response to an activation signal uniquely associated with the light module; and

a controller coupled to said light string for generating and transmitting activation signals to said light modules to independently control said light modules, wherein said controller includes an interface for connecting to an external system, said controller being responsive to signals received from the external system for generating and transmitting activation signals to said light modules so as to create a selected lighting display pattern on said light string.

7. A lighting system for a bowling center having at least two bowling lanes, said lighting system comprising:

a light string disposed along a divider separating said bowling lanes, said light string including a plurality of independently controllable light modules each emitting light in response to an activation signal uniquely associated with the light module; and

a controller coupled to said light string for generating and transmitting activation signals to said light modules to independently control said light modules, wherein said controller includes an audio interface for connection of an output of an audio device, said controller generates and transmits activation signals to said light modules in order to generate a light pattern on said light string that changes in appearance in response to changes in a characteristic of an audio signal received from the audio device.

8. A wide-area decorative lighting system for a bowling center, said wide-area lighting system comprising:

a plurality of light strings each including a plurality of independently controllable light modules that emit light in response to an activation signal uniquely associated with each light module;

a plurality of address modules each associated with and coupled to one of said light strings; and

a central controller coupled to said plurality of address modules for generating and transmitting activation signals to said light modules to independently control said light modules, wherein said central controller transmits activation signals to the light modules of a specific light string while transmitting therewith an address to which the address module associated with the specified light string will respond by enabling the light modules of the associated light string to respond to the activation signals transmitted from said central controller.

9. The wide-area lighting system as defined in claim 8, wherein each of said light modules includes a multi-color lighting device for emitting light of different colors such that said central controller may select colors of the light to be emitted from each one of said light modules.

10. The wide-area lighting system as defined in claim 8, wherein each of said light modules include a red LED, a green LED, and a blue LED, said LEDs being separately controllable such that said central controller may separately select one of at least seven different colors to be emitted from each of said light modules by transmitting an activation signal to selected ones or combinations of said red, green, and blue LEDs.

11. The wide-area lighting system as defined in claim 8, wherein said central controller includes an interface for connecting to an external system, said central controller being responsive to signals received from the external system for generating and transmitting activation signals to said light modules so as to create a selected graphic display pattern.

12. The wide-area lighting system as defined in claim 8, wherein said central controller includes an interface for connecting to a bowling scoring system, said central controller being responsive to signals received from said bowling scoring system for generating and transmitting activation signals to said light modules so as to create a selected graphic display pattern.

13. The wide-area lighting system as defined in claim 12, wherein said central controller is responsive to a signal from the bowling scoring system that identifies a bowling lane and an event that occurred at the identified bowling lane by generating and transmitting activation signals to light modules associated with the identified bowling lane so as to generate a lighting display pattern for the identified bowling lane.

14. The wide-area lighting system as defined in claim 8, wherein said central controller includes an audio interface for connection of an output of an audio device, said central controller generates and transmits activation signals to said light modules in order to generate a light pattern on said plurality of light strings that changes in appearance in response to changes in a characteristic of an audio signal received from the audio device.

15. The wide-area lighting system as defined in claim 8, wherein said central controller includes a memory for storing data representing a plurality of lighting patterns, said central controller selects one of the plurality of lighting patterns, reads the stored data representing the selected data pattern, and generates and transmits activation signals to said light modules in order to generate the selected light pattern on said plurality of light strings.

16. The wide-area lighting system as defined in claim 8, wherein said plurality of light strings are physically mounted in parallel to one another.

17. The wide-area lighting system as defined in claim 8, wherein said plurality of light strings are mounted in a single plane.

18. The wide-area lighting system as defined in claim 8, wherein the light modules of a light string are coupled in series.

19. The wide-area lighting system as defined in claim 8 and further including a plurality of division capping assemblies mounted on each lane pair divider, each of said division capping assemblies define a channel and have a transparent cover such that a light string may be run within said channel and the light from the light modules may be emitted through said transparent cover.

20. The wide-area lighting system as defined in claim 8, wherein the address module and the light modules of an associated light string include a serially connected shift registers responsive to a clock signal transmitted from said central controller to receive a data stream also transmitted from said central controller.

21. The wide-area lighting system as defined in claim 20, wherein said central controller transmits a load signal each time a data stream is transmitted, each said address module responds to the load signal by enabling the load signal to be transmitted to the associated light modules if the data stored in the shift register of the address module at the time the load signal is received corresponds to the unique address of the address module, whereby each of said light modules respond to said load signal by controlling the light emitted therefrom in accordance with the data stored in the shift register of the light module at the time the load signal is received.

22. A lighting system for a bowling center having at least two bowling lanes divided by a lane pair divider, said lighting system comprising:

a light string disposed along a divider separating said two bowling lanes, said light string including a plurality of light modules each including a multi-color lighting device for emitting light having one of a plurality of selectable colors; and

a division capping assembly mounted on the lane pair divider, said division capping assembly defining a channel and having a transparent cover such that said light string may be run within said channel and the light from the light modules may be emitted through said transparent cover.

23. The lighting system as defined in claim 22, wherein each of said light modules includes a red LED, a green LED, and a blue LED, said LEDs being independently activated in response to an activation signal.

24. The lighting system as defined in claim 22 and further including a controller coupled to said light string for generating and transmitting activation signals to said light modules to independently activate said light sources of said light modules.

25. A wide-area graphic display system comprising:

a plurality of light strings each including a plurality of independently controllable light modules that emit light in response to an activation signal uniquely associated with each light module;

a plurality of address modules each associated with and coupled to one of said light strings; and

a central controller coupled to said plurality of address modules for generating and transmitting activation signals to said light modules to independently control said light modules, wherein said central controller transmits activation signals to the light modules of a specific light string while transmitting therewith an address to which the address module associated with the specified light string will respond by enabling the light modules of the associated light string to respond to the activation signals transmitted from said central controller to thereby generate a graphic display.

26. The wide-area graphic display system as defined in claim 25, wherein each of said light modules includes a multi-color lighting device for emitting light of different colors such that said central controller may select colors of the light to be emitted from each one of said light modules.

27. The wide-area graphic display system as defined in claim 25, wherein each of said light modules include a red LED, a green LED, and a blue LED, said LEDs being separately controllable such that said central controller may separately select one of at least seven different colors to be emitted from each of said light modules by transmitting an activation signal to selected ones or combinations of said red, green, and blue LEDs.

28. The wide-area graphic display system as defined in claim 25, wherein said central controller includes an audio interface for connection of an output of an audio device, said central controller generates and transmits activation signals to said light modules in order to generate a light pattern on said plurality of light strings that changes in appearance in response to changes in a characteristic of an audio signal received from the audio device.

29. The wide-area graphic display system as defined in claim 25, wherein said central controller includes a memory for storing data representing a plurality of lighting patterns, said central controller selects one of the plurality of lighting patterns, reads the stored data representing the selected data pattern, and generates and transmits activation signals to said light modules in order to generate the selected light pattern on said plurality of light strings.

30. The wide-area graphic display system as defined in claim 25, wherein said plurality of light strings are physically mounted in parallel to one another.

31. The wide-area graphic display system as defined in claim 25, wherein said plurality of light strings are mounted in a single plane.

32. The wide-area graphic display system as defined in claim 25, wherein the light modules of a light string are coupled in series.

33. The wide-area graphic display system as defined in claim 25 and further including a plurality of division capping assemblies mounted on each lane pair divider, each of said division capping assemblies define a channel and have a transparent cover such that a light string may be run within said channel and the light from the light modules may be emitted through said transparent cover.

34. The wide-area graphic display system as defined in claim 25, wherein the address module and the light modules of an associated light string include a serially connected shift registers responsive to a clock signal transmitted from said central controller to receive a data stream also transmitted from said central controller.

35. The wide-area graphic display system as defined in claim 34, wherein said central controller transmits a load signal each time a data stream is transmitted, each said address module responds to the load signal by enabling the load signal to be transmitted to the associated light modules if the data stored in the shift register of the address module at the time the load signal is received corresponds to the unique address of the address module, whereby each of said light modules respond to said load signal by controlling the light emitted therefrom in accordance with the data stored in the shift register of the light module at the time the load signal is received.

36. A bowling center lighting system comprising:

a plurality of addressable light strings each including a plurality of independently controllable light modules that emit light in response to an activation signal uniquely associated with each light module; and

a controller coupled to said addressable light strings and having a memory for storing data representing a plurality of lighting patterns, said controller selects one of the plurality of lighting patterns, reads the stored data representing the selected data pattern, and generates and transmits activation signals to said light modules in order to generate the selected light pattern on said plurality of light strings.

37. The bowling center lighting system as defined in claim 36, wherein said controller includes an audio interface for connection of an output of an audio device, said controller generates and transmits activation signals to said light modules in order to generate a light pattern on said plurality of light strings that changes in appearance in response to changes in a characteristic of an audio signal received from the audio device.

38. The bowling center lighting system as defined in claim 36, wherein each of said light modules includes a multi-color lighting device for emitting light of different colors such that said controller may select colors of the light to be emitted from each one of said light modules.

39. The bowling center lighting system as defined in claim 36, wherein said controller includes an interface for connecting to a bowling scoring system, said controller being responsive to signals received from said bowling scoring system for generating and transmitting activation signals to said light modules so as to create a selected graphic display pattern.

40. A bowling center lighting system comprising:

a plurality of addressable light strings each including a plurality of independently controllable light modules that emit light in response to an activation signal uniquely associated with each light module; and

a control circuit coupled to said addressable light strings and having an audio interface for connection an output of an audio device, said control circuit generates and transmits activation signals to said light modules in order to generate a light pattern on said plurality of light strings that changes in appearance in response to changes in a characteristic of an audio signal received from the audio device.

41. The bowling center lighting system as defined in claim 40, wherein each of said light modules includes a multi-color lighting device for emitting light of different colors such that said control circuit may select colors of the light to be emitted from each one of said light modules.

42. The bowling center lighting system as defined in claim 41, wherein said control circuit includes an interface for connecting to a bowling scoring system, said control circuit being responsive to signals received from said bowling scoring system for generating and transmitting activation signals to said light modules so as to create a selected graphic display pattern.

43. The bowling center lighting system as defined in claim 41, wherein said control circuit includes a memory for storing data representing a plurality of lighting patterns, said control circuit selects one of the plurality of lighting patterns, reads the stored data representing the selected data pattern, and generates and transmits activation signals to said light modules in order to generate the selected light pattern on said plurality of light strings.

44. A lighting system for a bowling center having an automatic scoring system, said lighting system comprising:

a plurality of addressable light strings each including a plurality of independently controllable light modules that emit light in response to an activation signal uniquely associated with each light module; and

a control circuit coupled to said addressable light strings and having an interface for connection the automatic scoring system, wherein said control circuit is responsive to signals received from said automatic scoring system for generating and transmitting activation signals to said light modules so as to create a selected graphic display pattern.

45. The lighting system as defined in claim 44, wherein said control circuit is responsive to a signal from the automatic scoring system that identifies a bowling lane by creating a light show on the light strings bordering the identified lane.

46. The lighting system as defined in claim 44, wherein said control circuit is responsive to a signal from the automatic scoring system that identifies a bowling lane and an event that occurred on the identified bowling lane by selecting a display pattern associated with the identified event creating a light show having the selected display pattern on the light strings bordering the identified lane.

47. The lighting system as defined in claim 44, wherein said control circuit includes an audio interface for connection of an output of an audio device, said control circuit generates and transmits activation signals to said light modules in order to generate a light pattern on said plurality of light strings that changes in appearance in response to changes in a characteristic of an audio signal received from the audio device.

48. The lighting system as defined in claim 44, wherein each of said light modules includes a multi-color lighting device for emitting light of different colors such that said control circuit may select colors of the light to be emitted from each one of said light modules.