Abstract: The connection device (100) is used for an electrified guide (200) lighting system; the electrified guide (200) is provided with a longitudinal groove (210) and the connection device (100) is adapted to be completely inserted into the electrified guide (200); the connection device (100) comprises at least one mechanical contact device (110, 120) adapted to abut against a bottom surface (212) of said longitudinal groove (210) when the connection device (100) is inserted into the electrified guide (200); the mechanical contact device (110, 120) can be removed or moved so that the connection device (100) can be adapted to electrified guides having longitudinal grooves of different depth; the mechanical contact device (110, 21) is shaped and/or located so that it abuts differently depending on the sense of insertion of the connection device into the electrified guide (10-1, 10-3) so that to avoid insertions in the wrong sense.

Abstract: The connection device (100) is for an electrified guide (200) lighting system; the electrified guide (200) provides one longitudinal groove (210) and the connection device (100) is adapted to be inserted into the electrified guide (200); the device comprises a mobile command device (150, 160) and at least a mechanical element (22, 145, 147) and/or at least an electrical contact (148); an actuation of said mobile command device (150, 160) causes the exit of said at least a mechanical element (22, 145, 147) and/or of at least one electrical contact (148) from a side of a casing (130) of the connection device (100); the mobile command device comprises a sliding slider (150) and preferably a plate (152) with one or more slotted holes (153).

Abstract: The lighting apparatus (10) comprises a connection body (11), and a lighting body (12) with at least one light source (13); the lighting body (12) is mechanically and electrically connected to the connection body (11), the connection body (11) is adapted to be mechanically and electrically connected to a supporting and power-supply guide (20) which extends in a longitudinal direction (L); the connection body (11) is shaped like an elongated box and is adapted to be inserted into and extracted from the guide (20) at least in a direction (P) perpendicular to the length thereof and to the longitudinal direction (L); the connection body (11) comprises at least two mechanical contacts (16A, 16B) and at least two electrical contacts (15A, 15B), as well as at least two elastic means which act on the mechanical contacts (16A, 16B) or on the electrical contacts (15A, 15B) so as to allow them to be moved back-and-forth during the inserting and extracting step into/from said guide (20).

Abstract: The present invention relates to a linear connection assembly (100) for electrical conductors comprising a pair of connectors (1, 2) with mutually complementary shape for the insertion of a first connector (1) into a second connector (2) in an axial direction; each connector (1, 2) being provided with electrical contacts (5, 6) adapted to connect electrically to each other when the first connector (1) is inserted in the second connector (2), at least one connector (2) of the pair of connectors (1, 2) being provided with a ring nut (4) mounted in at least partially rotatable manner manually around its own axis (A) parallel to said axial direction to reach a plurality of alignment positions relative to the other connector (1) of the pair of connectors (1, 2), each alignment position corresponding to a connection condition between the pair of connectors (1, 2); t a first alignment position (17) results from a complete insertion of said first connector (1) into said second connector (2), and corresponds to a firs

Abstract: An electromechanical adapter for electrified tracks, which comprises an adapter body which is adapted to be coupled so as to be concealed within an electrified track, the adapter body comprising internally the components required for the power supply and control of lighting appliances, at least one lighting appliance being adapted to be connected to said electromechanical adapter.

Abstract: An adapter for LED modules of the package/array type, comprising an adapter body that is provided with a cavity adapted to accommodate an LED module of the package/array type and is associable with a heat sink; a heat dissipation interface element can be inserted between the LED module and the heat sink; the adapter comprising elements for retaining the LED module, which are adapted to engage the face of the LED module that is directed toward the heat sink, in order to retain the LED module within the cavity.

Abstract: A supporting device for LEDs, particularly for LED modules, comprising a device body provided with at least one seat for accommodating an LED module, and with a base for the installation of the body on a ceiling fixture.

Abstract: An adapter for LED module of the package/array type comprising an adapter body that is adapted to allow the accommodation of an LED package/array of a non-standardized type, the adapter body being able to be associated with a heat sink.

Abstract: A module holder and heat sink, particularly for LED modules, comprising a module holder body which is adapted to be coupled to a heat sink with the interposition of a thermal interface material, the module holder being provided with holes for coupling to the heat sink, rivets being provided for insertion in the holes with the interposition of springs, elements being adapted to allow the coupling by interference of the module holder with the heat sink, such elements being adapted to enable the engagement of the rivets by way of the rotation or translational motion of the module holder with respect to the heat sink, without the use of fixing screws.

Abstract: A valve fitting comprises a female element and a male element. The elements are composed of fixed parts and axially sliding parts that, when at rest, arrange themselves in a closing position of a passage opening for fluid and in occurrence of the coupling between the two elements are displaced by their engagement with corresponding parts of the other element to an opening position of the passage opening. The male element includes a safety valve to intercept a fluid feed substantially at the end of the coupling manoeuvre of the two fitting elements. The male coupling member includes also a pressure relief valve interposed between the fluid feed and a pressure relief chamber.

Abstract: A quick-coupling fitting for pipes comprises a female element and a male element that can be coupled together. The female element comprises parts that are fixed and parts that can slide between a closed position and an open position of a passage for fluids. The fixed parts comprise a stem having one end enlarged, and the slidable parts comprise a bush, coaxial with the stem, axially slidable and elastically urged towards the closed position. The bush defines with the stem a hollow space for the passage of the fluid. The bush is provided with a sharp-edged metal annular projection that, in the closed position, engages with a metal frustum-shaped surface of the enlarged end of the stem to provide a seal of said hollow space.

Abstract: A quick-coupling fitting for pipes comprises a female element and a male element that can be coupled together, formed by fixed parts and axially sliding parts. The fitting is provided with a valve apt for intercepting a communication port between a conduit and a passage port for the fluid in the initial stages of the coupling action and for opening it in the final stages of the coupling action. A seal of a fixed internal casing is covered by a sliding bush whatever is the axial position assumed by the bush during the initial and final stages of the coupling action.

Abstract: A quick-coupling pipe fitting, comprising a female element and a male element that can be coupled together, formed by fixed parts and by axially slidable parts that, when at rest, arrange themselves in a position Wherein they close the passage of the fluid and, when the two elements are coupled together, they are displaced from engagement with corresponding parts of the other element in a position wherein the abovementioned passage is open, The male and female elements can be coupled and their parts have coplanar surfaces at mutually connectable ends.