Abstract: A lamp structure includes an a LED light source, a heat sink element having a flat surface for supporting the LED light source and a central axis perpendicular to the flat surface, a fixing element for pressing the light source against the flat supporting surface, means for removably fastening the fixing element to the heat sink element, and an adapter element providid between the LED light source and the fixing element for actively coupling one of a plurality of different LED light sources to the fixing element. A method of replacing an LED light source in a lamp structure is also provided.
Abstract: An LED lighting system including a base stably connectable to a structure of a lamp, a supporting body for at least one LED, means for removably connecting said supporting body to said base, means for electrically connecting the base and the supporting body, the connecting means including a male connector and a female connector, heat dissipating means for dissipating the heat generated while said at least one LED is ON.
Abstract: Fluid delivery system, in particular for showers, comprising: a first conduit (22) whose terminal section (20) flows into at least one outlet (26) for the delivery of a fluid jet in a preferential direction; a light source (52); and a second conduit (30) whose terminal section leads into at least a one outlet (28) for the emission of a beam of light produced by the light source (52), and oriented essentially in parallel with the aforementioned preferential direction; characterised in that the terminal sections (20, 30) of the first and second conduits have at least one common wall (32) segregating the beam of light from the fluid, prior to its delivery.
Abstract: Fluid delivery system, in particular for showers, comprising: a first conduit (22) whose terminal section (20) flows into at least one outlet (26) for the delivery of a fluid jet in a preferential direction; a light source (52); and a second conduit (30) whose terminal section leads into at least a one outlet (28) for the emission of a beam of light produced by the light source (52), and oriented essentially in parallel with the aforementioned preferential direction; characterised in that the terminal sections (20, 30) of the first and second conduits have at least one common wall (32) segregating the beam of light from the fluid, prior to its delivery.