Method and apparatus for diffusing LED light bulbs
View Patent ↗An LED diffusion element is provided having at least one cavity for receiving an LED light bulb. The LED diffusion element contains a conditioned surface on both its exterior surface and in a light collection area that is facing the LED light bulb when inserted into the LED diffusion element. In one aspect, the LED diffusion element has an “H-shaped” cross section formed by the two cavities created on opposite sides of the LED diffusion element. In this configuration a common, central light collection area within the LED diffusion element is created that allows for smooth blending of colors coming from multiple LEDs contained within the two LED bulbs. In another aspect, the LED diffusion element is cylindrical in shape and is dimensioned to fit within a light rope so as to provide a smooth lighting effect when the LEDs are illuminated within the light rope.
1. An LED diffusion element comprising:
a solid body, said solid body having an axis, said LED diffusion element having at least one cavity disposed on said axis of said diffusion element, said cavity housing a an LED bulb, said LED bulb providing illumination toward a collection area within said LED diffusion element, said diffusion element further having a first conditioned surface at said light collection area of said cavity and a second conditioned surface at an outer surface of said LED diffusion element, said outer surface of said LED diffusion element being disposed toward an inner surface a light string system, said first and second conditioned surfaces diffusing the light provided by each of said LED bulbs.
2. The LED diffusion element of claim 1 further comprising a second cavity for receiving a second LED bulb, said LED bulbs being disposed within said cavities within said solid body such that said light collection areas of said two cavities are proximate to one another.
3. The LED diffusion element of claim 2 wherein the solid body is a cylinder and an axial cross section of said cylinder is “H-shaped”.
4. The diffusion element of claim 2 wherein said LED bulbs are different colors.
5. The LED diffusion element of claim 1 wherein one of said first and second conditioned surfaces includes ridges.
6. The LED diffusion element of claim 1 wherein said LED diffusion element includes a source connection and a destination connection, said LED bulb coupled to said source and destination connections at a pair of LED leads, said source and destination connections providing power to said LED bulb.
7. The LED diffusion element of claim 6 wherein said solid body includes a wiring channel for containing wiring used to couple said source connection and said destination connection to said pair of said LED leads.
8. A lighted holiday display comprising:
an external housing;
a plurality of LED diffusion elements, each of said LED diffusion elements having a rectangular solid body, said plurality of LED diffusion elements disposed within said external housing, each of said LED diffusion elements having at least one cavity disposed within said diffusion element, said cavity housing an LED bulb, said LED bulb providing illumination toward a collection area within said LED diffusion element, said diffusion element further having a first conditioned surface at said light collection area of said cavity and a second conditioned surface at an outer surface of said LED diffusion element, said outer surface of said LED diffusion element being disposed toward an inner surface of said external housing, said first and second conditioned surfaces diffusing the light provided by each of said LED bulbs.
9. The lighted display of claim 8 wherein said LED diffusion elements have at least two of said cavities, each cavity disposed at each end of said cylinder, said LED bulbs being disposed within said cavities such that said light collection areas of said two cavities are proximate to one another.
10. The lighted display of claim 9 wherein said LED bulbs are different colors.
11. The lighted display of claim 8 wherein said plurality of said source lead each of said LED diffusion elements includes at least one source connection and at least one destination connection, said LED bulb coupled to said source and destination connections at a pair of LED leads, said source and destination connections providing power to said LED bulb.
12. The lighted display of claim 11 wherein each of said LED diffusion elements includes at least one wiring channel within LED diffusion element, said wiring channel containing wiring coupling said source and destination connections to said LED leads.
13. The lighted display of claim 8 wherein each of said first and second conditioned surfaces include ridges.
14. A light rope display comprising:
an external tubing, said tubing being hollow along an axis;
a plurality of LED diffusion elements, each of said LED diffusion elements having a central axis, said plurality of LED diffusion elements disposed within said hollow tubing and said central axis of said LED diffusion elements disposed coaxially with said axis of said hollow portion of said external tubing, each of said LED diffusion elements having at least one cavity disposed on said axis of said diffusion element, said cavity housing a an LED bulb, said LED bulb providing illumination toward a collection area within said LED diffusion element, said diffusion element further having a first conditioned surface at said light collection area of said cavity and a second conditioned surface at an outer surface of said LED diffusion element, said outer surface of said LED diffusion element being disposed toward an inner surface of said external tubing, said first and second conditioned surfaces diffusing the light provided by each of said LED bulbs.
15. The light rope display of claim 14 wherein said LED diffusion elements are cylinders, said axis of said cylinders being disposed coaxially with said axis of said hollow portion of said external tubing.
16. The light rope display of claim 15 wherein said LED diffusion elements have at least two of said cavities, each cavity disposed at each end of said cylinder, said LED bulbs being disposed within said cavities such that said light collection areas of said two cavities are proximate to one another.
17. The light rope display of claim 16 wherein said LED bulbs are different colors.
18. The light rope display of claim 14 wherein said plurality of said source lead each of said LED diffusion elements includes at least one source connection and at least one destination connection, said LED bulb coupled to said source and destination connections at a pair of LED leads, said source and destination connections providing power to said LED bulb.
19. The light rope display of claim 18 wherein each of said LED diffusion elements includes at least one wiring channel within LED diffusion element, said wiring channels containing wiring coupling said source and destination connections to said LED leads.
20. The light rope display of claim 14 wherein each of said first and second conditioned surfaces include ridges.