Patent ID: 6490106
Filing Date: 2002-12-03
Classification: G02B

Abstract:
A radiation energy amassment optical device comprising at least one compound double-faced 100% reflective conical optical glass prism having a planar top surface, a circular outer wall, said outer wall having a 100% reflective concave inner surface, a central conical formation having an apex and a 100% reflective surface, plural 100% reflective single-faced right-angle isosceles optical glass prisms arranged serially in rows about said compound double-faced 100 reflective conical optical glass prism, said 100% reflective single-faced right angle isosceles optical glass prisms arranged to define a multiple repetitive path leading back to said compound double-faced 100% reflective conical optical glass prism, a parallel incident light beam from a source thereof, said parallel incident light beam arranged to enter said compound double-faced 100% reflective conical optical glass prism perpendicular to said top surface thereof and impact upon said inner 100% reflective concave surface of said outer wall at a 45 degree angle toward said 100% reflective surface of said central conical formation of said compound double-faced 100% reflective optical glass prism and being reflected therefrom at a 45 degree angle and exiting from said compound double-faced 100% reflective optical glass prism in a direction parallel to said incident light beam and leading and directing said exiting light beam in a return path via said rows of 100% reflective plural single-faced right-angle isosceles optical glass prisms at 45 degree angles in a return path leading back to said 100% reflective surfaces of said compound double-faced 100% reflective conical optical glass prism whereby repeatedly to return to and through said series of single-faced 100% reflective isosceles optical glass prisms and said compound double-faced 100% reflective optical glass prism surfaces along the same prior path and exiting from said compound double-faced 100% reflective conical glass prism as an emergent further amassed and concentrated light beam and an additional 100% reflective single-faced isosceles optical glass prism to discharge the energy of said further emergent amassed and concentrated light beam to a selected location.