Abstract: An illuminating headlamp consisting of a headband and at least one optical device providing illumination at a known distance from said optical device attached to said headband. Each optical device consists of a housing having an open first end and an open second end. There is a light emitting device attached to a mounting which is attached to the second end causing said light emitting device to be orientated at a known angle to an axis of said housing. At least one optically transparent lens is incorporated into said first end, and a means for adjusting said optically transparent lens in order to cause a focal point of the lens to be positioned behind said light emitting device, wherein a zone of substantially uniform illumination is projected at said known distance.

Abstract: Disclosed is an illumination device for projecting a substantially uniform light at a remote distance.

Abstract: Disclosed is an illumination device for projecting a substantially uniform light at a remote distance.

Abstract: Disclosed is an illumination device for projecting a substantially uniform light at a remote distance.

Abstract: A filter assembly includes a mounting element for receiving and mounting on a forward portion of a headlight, and a central opening, and a frame rotatably coupled to the mounting element, the frame having an optical filter for selectively blocking wavelengths below a first limit from the optical path between the source and the output. The frame is rotatable between a closed position in which the filter substantially covers the central opening of the mounting element, and an open position in which the central opening of the mounting element is substantially open. Both the mounting element and the frame have a central axis through their respective openings, which axis is substantially the central axis of light being emitted from a headlight when the filter assembly is mounted on a headlight.

Abstract: An illuminating headlamp consisting of a headband and at least one optical device providing illumination at a known distance from said optical device attached to said headband. Each optical device consists of a housing having an open first end and an open second end. There is a light emitting device attached to a mounting which is attached to the second end causing said light emitting device to be orientated at a known angle to an axis of said housing. At least one optically transparent lens is incorporated into said first end, and a means for adjusting said optically transparent lens in order to cause a focal point of the lens to be positioned behind said light emitting device, wherein a zone of substantially uniform illumination is projected at said known distance.

Abstract: A remote light source device for generating light which is transmitted to a light emitting device of an illumination system by a fiberoptic cable coupled between the light source device and the light emitting device. The light source device includes a light source and a cover or housing containing the light source, the cover or housing having a light orifice aligned with the light source. A fiberoptic cable coupler assembly is mounted to an exterior surface of the cover or housing adjacent the light orifice. The coupler assembly permits removable coupling of a fiberoptic cable to the device, the coupler assembly also being operative for aligning an end of the cable with the light orifice of the cover or housing so that light generated by the light source is received at the end of the cable for transmission thereby. Structures are provided for preventing the fiberoptic cable coupler assembly from becoming substantially heated by the light source.

Abstract: A telescope lens assembly removably mountable on a spectacle frame is provided which includes a mounting bracket having a first pair of fixed clamping arms, a telescope lens pivotally mounted on the mounting bracket with a support bracket, a spring clip having a handle, a second pair of clamping arms for engaging with the first pair of clamping arms, and two projections, and a wire spring wound around each of the two projections which engages with the support bracket to allow precise placement of the telescope lenses in an operative position from a non-operative position.

Abstract: There is disclosed a clip-on bracket assembly for detachably coupling to a first fixture comprising a first bracket member having an inner surface and an outer surface, the inner surface including a first planar surface portion and a second arcuate portion. A second bracket member substantially parallel to the first bracket member has an inner surface and an outer surface. The second member inner surface includes a first planar portion and a second arcuate portion wherein the first planar portions of the first and second members are fixedly coupled by means of an at least one spring washer. The second arcuate portions of the respective members are in parallel arrangement defining a gap therebetween for receiving and securing the fixture, where the first arcuate portion is springably movable with respect to the second arcuate portion to accommodate fixtures of varying widths.

Abstract: A range finder for a cap for determining the distance to a golf flag. The range finder has a cap coupling portion having a thin shell portion adapted to conform with the cap and a pair of "u" shaped portions for hooking around an edge of the cap. A base is carried by the cap coupling portion. A first support is pivotally mounted to the base at a first pivot point. A lens is carried by the first support. A second support is pivotally mounted to the base at a second pivot point. An index for viewing through the lens is pivotally carried by the second support. The range finder has a linkage bar pivotally mounted at a third pivot point to the first support and pivotally mounted at a four pivot point to the second support. Moving the lens from a retracted position to a flipped down, in use position moves the index in unison.