Abstract: A medication management system according to some embodiment may include a box with multiple sections and medication packaging strips. At least two of the medication packaging strips may include medication dose envelopes serially connected together. At least two of the multiple sections in the box may include a dispensing opening allowing the medication packaging strips to be dispensed serially through the dispensing openings. The medication management system may include a tactile marker between medication dose envelopes. In some embodiments the tactile marker may include a notch in the medication packaging strip. The tactile marker may include a raised feature in the medication packaging strip. The tactile marker may be on an empty medication dose envelope positioned between and connecting two filled medication dose envelopes.

Abstract: A lighted guide strip includes an elongated metal housing defining an upwardly open U-Shape and outwardly extending upper flanges. The housing is secured to a pair of transversely extending mounting flanges for attachment to a support surface. A support body within the housing receives and supports a plurality of light emitting diode arrays together with reflective structure while a light transmissive top cover is secured to the outwardly extending flanges by a pair of generally L-Shaped retaining straps and conventional fasteners. The entire lighted guide strip may be embedded within a roadway, taxiway or runway in a flush mount installation. The top cover is removable to gain access to internal components by removing the fasteners and retaining straps.

Abstract: A marker for indicating boundaries or delineating traffic lanes in pavement such as roadways or airport runways is described. In an embodiment, the marker includes a high-strength plastic housing containing at least one retroreflective reflector, a light emitting diode (LED), at least one solar collector and a rechargeable battery. The retroreflective reflectors reflect light back to a light source, such as the headlights of a vehicle on a roadway or the light of an airplane on a runway. The LED can provide a light source that can be seen from greater viewing angles than the light reflected by the reflectors providing better visibility to operators of vehicles on curved roadways and allowing captains of airplanes to see the markers from the cockpit at closer range than if the markers used reflectors alone. In an embodiment, the marker also can include circuitry that controls the operation of the LED, the flow of current through the circuit and the charging of the battery.

Abstract: A lighting assembly for use in direction and guidance systems includes an elongated insulating base upon which one or more light emitting diode strips, each supporting a plurality of light emitting diodes, are positioned. A terminal housing supporting operative power systems and control apparatus is coupled to one end of the lighting assembly while the remaining end may be coupled to an end cap or connected to a further lighting assembly to increase the array size. The light emitting diodes are covered by a light transmissive material that provides physical and weather protection for the light emitting diodes.

Abstract: A lighting strip for use in direction and guidance systems includes an elongated insulating base upon which one or more light emitting diode strips each supporting a plurality of light emitting diodes are positioned. A terminal housing supporting operative power systems and control apparatus is coupled to one end of the lighting strip while the remaining end may be coupled to an end cap or connected to a further lighting strip to increase the array size. The light emitting diodes are encapsulated within a light transmissive material top cover to provide physical protection and seal for the light emitting diodes.

Abstract: A lighting strip for use in direction and guidance systems includes an elongated insulating base upon which one or more light emitting diode strips each supporting a plurality of light emitting diodes are positioned. A terminal housing supporting operative power systems and control apparatus is coupled to one end of the lighting strip while the remaining end may be coupled to an end cap or connected to a further lighting strip to increase the array size. The light emitting diodes are encapsulated within a light transmissive material top cover to provide physical protection and seal for the light emitting diodes.

Abstract: A elongated handle supports an electronic circuit and battery power source. A light transmissive conical body is secured to the handle and defines a plurality of lens elements for refracting light in an outwardly non-uniform pattern. A plurality of light emitting diodes are energized by the electronic circuit to direct flashing light into conical body.

Abstract: A generally rectangular housing includes an elongated strap for attachment of the housing to the rear portion of an in-line skate. The housing supports a rearwardly directed lens and an internal battery power source for illuminating a plurality of rearwardly directed light elements. An elongated transparent tube supports a plurality of additional light elements and is operatively coupled to the power pack to provide illumination of the tube. A pair of clip fasteners are secured to the skate frame beneath the boot sole thereof to position the elongated tube in alignment with the in-line skate wheel arrangement. The transparent tube further supports a forwardly directed reflector and forwardly directed light element to provide frontal illumination ahead of the skate. Different color lenses are employed for the rearwardly directed light elements, the transparent tube, and the front light to provide directional and position information to an observer.