DBM Reflex Enterprises Inc.
|DBM Reflex Enterprises Inc. Patent applications|
|Patent application number||Title||Published|
|20130235581||LENS ARRAY ASSEMBLY FOR SOLID STATE LIGHT SOURCES AND METHOD - The lens array assembly includes a lens array support made of a first molded plastic material exhibiting a volumetric shrinkage upon cooling, the lens array support having a plurality of spaced-apart apertures; and an array of lenses made of second molded plastic material exhibiting a volumetric shrinkage upon cooling, each lens corresponding to one of the apertures of the lens array support and having an actual position in the lens array support that is within a maximum tolerance of 0.20 mm compared to each lens design position.||09-12-2013|
|20130148363||HIGH SAG THICK LENS FOR USE IN AN ILLUMINATION APPARATUS - The high sag thick lens is for use in an illumination apparatus, such as a solid state light source. The lens is made of a first lens part having an optical active surface and a series of elongated baffles, the baffles having a top portion, the top portions defining a line that follows the curvature of the optical active surface to create a second lens part of uniform thickness. A second lens part is fused to the first lens part to create the lens. The second lens part has an optical active surface and a series of elongated baffles, the baffles having a thickness comparable to the thickness of the corresponding optical active surfaces. The first and the second baffles are intertwined along the entire length of their lateral surfaces.||06-13-2013|
|20120170280||ILLUMINATION APPARATUS USING A SOLID STATE SOURCE AND A THICK COMPOSITE MOLDED LENS - A composite high sag thick lens for automotive lighting is used in conjunction with a solid state illumination source, such as a white LED. The composite high sag thick lens is made of a first lens section having an optical active curve surface and a series of elongated baffles, the baffles having a top portion, the top portions defining a line that follows the curvature of the active surface to create an upper lens portion of uniform thickness. A second lens section is fused to the first lens section to create the composite lens. The second lens has an optical active surface and a series of elongated baffles the baffles having a thickness comparable to the thickness of the corresponding optical active surface. The first and the second plurality of baffles are intertwined along the entire length of their lateral surfaces.||07-05-2012|
|20100128488||SOLID STATE OPTICAL ILLUMINATION APPARATUS - An optical system having a solid state light source, such as an LED of any spectrum, includes a lens that provides an output illumination pattern of uniform distribution over a remote and larger target. The lens does not have an axis of revolution. The lens has a generally non-circular outer shape in cross section and on top views, where the outer optical surfaces are angled one relative to another. The lens includes refractive and reflective active optical surfaces to split, direct and shape the incoming beam from the light source towards the target in the form of several angled beams of prescribed energies calculated as a function of the shape of the target and distance to the target. The lens has an inner primary and partially open optical cavity of a polygonal cross section facing the light source. This optical cavity has a number of refractive optical surfaces whose shape and number is determined by the number of and shape of the illumination beams generated in conjunction with the other surfaces of the lens. This novel optical system may include an array of white LEDs that generate the input illumination to an array of these lenses to insure the proper illumination level and uniformity at particular remote targets.||05-27-2010|
Patent applications by DBM Reflex Enterprises Inc.