Illuminated wheel indicators
View Patent ↗In an exemplary embodiment a game includes a rotating wheel and illumination effects, both under microprocessor control. In another exemplary embodiment, a wheel indicator with illumination effects includes a wheel, a motor for rotating the wheel, a plurality of lamps, and a microprocessor providing commands capable of causing the motor to rotate the wheel and the lamps to illuminate the display. In another exemplary embodiment, a method for controlling a wheel and illumination display includes providing a motorized wheel, providing a plurality of lamps, and providing a microprocessor and program instructions stored in ROM coupled to said microprocessor for controlling a rotational position of said wheel and for generating light effects from said lamps.
1. An indicator with light effects comprising:
a single wheel-shaped body having a surface displaying a plurality of segments radially extending from an axis of rotation, wherein at least one of said segments includes a radially aligned quantitative indicia including at least one of a number and a multiplier:
a motor for rotating said wheel-shaped body around said axis of rotation;
a pointer which points to one of said plurality of segments when said wheel-shaped body is stationary;
a detector associated with said wheel-shaped body, said detector to detect each segment of the plurality of segments of the wheel-shaped body;
a plurality of lamps; and
a microprocessor providing commands capable of both causing said motor to rotate said wheel-shaped body and said lamps to emit light associated with said wheel-shaped body, said microprocessor coupled to said detector and receiving signals from said detector.
2. An indicator with light effects as recited in claim 1 wherein said motor is a stepper motor.
3. An indicator with light effects as recited in claim 1 wherein said lamps are associated with at least one segment of said wheel.
4. An indicator with light effects as recited in claim 1 wherein said light is related to a rotation of said wheel.
5. An indicator with light effects as recited in claim 1 wherein said light is not related to a rotation of said wheel.
6. An indicator with light effects as recited in claim 1 wherein said light is related to a stationary position of said wheel.
7. An indicator with light effects as recited in claim 1 further comprising at least one lamp driver responsive to a command from said microprocessor and operative to illuminate said lamps.
8. An indicator with light effects as recited in claim 7 further comprising a latch coupled between said microprocessor and said at least one lamp driver.
9. An indicator with light effects as recited in claim 8 further comprising a bus coupling said microprocessor to said latch.
10. An indicator with light effects as recited in claim 8 further comprising a power supply for said lamps.
11. A single wheel indicator with light effects comprising:
a single wheel-shaped body having a surface displaying a plurality of segments radially extending from an axis of rotation, where each of said plurality of segments is provided with indicia fully representative of a given result;
a stepper motor for rotating said wheel-shaped body around said axis of rotation;
a stepper motor controller coupled to said stepper motor;
a pointer which points to one of said plurality of segments when said wheel-shaped body is stationary;
a detector associated with said wheel-shaped body, said detector to detect each segment of the plurality of segments of the wheel-shaped body;
a plurality of lamps;
at least one lamp driver; and
a microprocessor configured to provide commands to said stepper motor controller and to said at least on lamp driver to cause said stepper motor to rotate said wheel-shaped body to align a predetermined segment with said pointer and to cause at least one of said lamps to emit light associated with said wheel-shaped body, said microprocessor being coupled to said detector and receiving signals from said detector, said microprocessor being operative to cause the alignment of said pointer with said predetermined segment to indicate said given result.
12. An indicator with light effects as recited in claim 11 wherein said lamps are associated with at least one segment of said wheel.
13. An indicator with light effects as recited in claim 11 wherein said light is related to a rotation of said wheel.
14. An indicator with light effects as recited in claim 11 wherein said light is not related to a rotation of said wheel.
15. An indicator with light effects as recited in claim 11 wherein said light is related to a stationary position of said wheel.
16. An indicator with light effects as recited in claim 11 further comprising a first latch coupled between said microprocessor and said at least one lamp driver and a second latch coupled between said microprocessor and said stepper motor controller.
17. An indicator with light effects as recited in claim 16 further comprising a common bus coupling said microprocessor to said first latch and said second latch.
18. A single wheel indicator with light effects comprising:
a single wheel-shaped body having a surface displaying a plurality of segments radially extending from an axis of rotation, where each of said plurality of segments is provided with indicia fully representative of a given result;
a stepper motor for rotating said wheel-shaped body around said axis of rotation;
a stepper motor controller coupled to said stepper motor;
a pointer which points to one of said plurality of segments when said wheel-shaped body is stationary:
a plurality of lamps associated with at least one segment of said wheel;
at least one lamp driver; and
a microprocessor configured to provide commands to said stepper motor controller and to said at least on lamp driver to cause said stepper motor to rotate said wheel-shaped body to align a predetermined segment with said pointer and to cause at least one of said lamps to emit light in a manner coordinated with said wheel-shaped body such that said at least one light is related to at least one of a rotation of said wheel and a stationary position of said wheel, said microprocessor being operative to cause the alignment of said pointer with said predetermined segment to indicate said given result.
19. An indicator with light effects as recited in claim 18 further comprising a first latch coupled between said microprocessor and said at least one lamp driver and a second latch coupled between said microprocessor and said stepper motor controller.
20. An indicator with light effects as recited in claim 19 further comprising a common bus coupling said microprocessor to said first latch and said second latch.