Wheel rotational speed controlled vehicle illumination system
View Patent ↗An illumination system has a housing that rotates with a vehicle wheel, and the housing has a cavity with lighting and controls within the cavity. Light from the cavity is directed onto a vehicle wheel, and the light flashes in relationship to the rotation speed of the wheel which makes the wheel appear to be stationary or slowly rotate in a backward or forward direction.
1. An illumination system for directing controlled flashes of light onto a vehicle wheel, the system including a housing constructed and arranged to rotate with a vehicle wheel, a cavity within the housing, substantially stationary lighting and control means therefor within the cavity, window means in the housing for directing light from the cavity onto a vehicle wheel, whereby the control means is constructed and arranged to flash the lighting at a desired frequency.
2. An illumination system for directing controlled flashes of light onto a vehicle wheel, the system including a housing, constructed and arranged to rotate with a vehicle wheel, a cavity within the housing, substantially stationary lighting means and substantially stationary control means therefor within the cavity, and window means in the housing for directing lighting from the lighting means within the cavity onto a vehicle wheel, whereby the control means is constructed and arranged to flash the lighting means at a frequency related to rotational speed of the wheel.
3. An illumination system as in claim 2 wherein the lighting means comprises ultraviolet radiation.
4. An illumination system as in claim 2 wherein the lighting means comprises infrared radiation.
5. An illumination system as in claim 2 wherein the window means extends 360° around the housing.
6. An illumination system as in claim 2 including a remote control connected to the control means constructed and arranged to energize and deenergize the system and to select and alter the frequency of flashing the lighting means.
7. An illumination system as in claim 2 in combination with a vehicle wheel.
8. An illumination system as in claim 7 wherein the vehicle wheel has spaced apart spokes with spaces therebetween.
9. An illumination system as in claim 8 wherein the window means in the housing open onto the spokes of the wheel and the spaces therebetween.
10. An illumination system as in claim 9 including spoke lenses above each spoke connected to the housing above the window means whereby light passes through the window means onto the spoke lenses.
11. An illumination system as in claim 9 wherein the lighting means comprises two spaced apart circular arrays of spaced apart LEDs.
12. An illumination system as in claim 9 wherein the lighting means comprises a circular array of spaced apart LEDs.
13. An illumination system as in claim 12 wherein the control means includes a battery and microprocessor.
14. An illumination system as in claim 9 including a magnet connected to rotate with the housing, and a magnetic sensor on the control means for the lighting means for determining the rotational speed of the vehicle wheel.
15. An illumination system as in claim 14 wherein the control means flashes the lighting means in direct relationship to the rotational speed of the vehicle wheel whereby the spokes and spaces therebetween appear stationary.
16. An illumination system as in claim 14 wherein the control means flashes the lighting means at a frequency higher than the rotational speed of the vehicle wheel whereby the spokes and spaces therebetween appear to slowly rotate backward.
17. An illumination system as in claim 14 wherein the control means flashes the lighting means at a frequency lower than the rotational speed of the vehicle wheel whereby the spokes and spaces therebetween appear to slowly rotate forward.