Abstract: Outdoor luminaire (100) comprising a housing (130) with a light exit window (150), a mounting element (120), a lighting unit (160) with a light source (170) accommodated in the housing and emitting light (180) through the light exit window. The housing further accommodating four antennas (210,220,230,240) with a respective directional radiation pattern (212,222,232,242) and a respective line of sight (214,224,234,244). The respective line of sights are mutually oriented in a manner similar to the four cardinal directions of a compass orthogonal to the direction of gravity when said luminaire is mounted. When the mounting element is surrounded by all four antennas the line of sight of all antennas are facing away from the mounting element, or when the mounting element is not surrounded by all four antennas, the mounting element is arranged outside the line of sight of the antenna facing towards the mounting element.

Abstract: An outdoor luminaire with wireless functionality. A canopy is coupled to an uppermost surface or portion of a luminaire housing containing a light source. The volume bounded by the canopy and the luminaire housing defines a canopy enclosure. This canopy enclosure encloses a portion of a first heatsink (for the luminaire housing), a wireless module, an antenna system and a second heatsink for the wireless module. The canopy also comprises one or more air inlets and one or more air outlets, to allow air to flow into and out of the canopy enclosure. The first heatsink comprises one or more fins that extend toward an upper portion of the canopy.

Abstract: An outdoor luminaire with wireless functionality. A canopy is coupled to an uppermost surface or portion of a luminaire housing containing a light source. The volume bounded by the canopy and the luminaire housing defines a canopy enclosure. This canopy enclosure encloses a portion of a first heatsink (for the luminaire housing), a wireless module, an antenna system and a second heatsink for the wireless module. The canopy also comprises one or more air inlets and one or more air outlets, to allow air to flow into and out of the canopy enclosure. The first heatsink comprises one or more fins that extend toward an upper portion of the canopy.

Abstract: Outdoor luminaire (100) comprising a housing (130) with a light exit window (150), a mounting element (120), a lighting unit (160) with a light source (170) accommodated in the housing and emitting light (180) through the light exit window. The housing further accommodating four antennas (210,220,230,240) with a respective directional radiation pattern (212,222,232,242) and a respective line of sight (214,224,234,244). The respective line of sights are mutually oriented in a manner similar to the four cardinal directions of a compass orthogonal to the direction of gravity when said luminaire is mounted. When the mounting element is surrounded by all four antennas the line of sight of all antennas are facing away from the mounting element, or when the mounting clement is not surrounded by all four antennas, the mounting element is arranged outside the line of sight of the antenna facing towards the mounting element.

Abstract: A lighting system includes a linear light fixture and a linear blockout structure. The linear blockout structure includes a chamber in which the linear light fixture is mountable and side walls on opposite sides of the chamber engageable by flange portions of the linear light fixture when the linear light fixture and linear blockout structure are assembled together. A hinge structure includes first and second hinge components engaging each other such that when the linear blockout structure and linear lighting fixture are being assembled, they are rotatable with respect to each other at the hinge structure. First and second fastening components engage each other to hold the linear blockout structure and linear lighting fixture assembled together with the linear light fixture being disposed within the chamber of the linear blockout structure.

Abstract: A lighting system includes a linear light fixture and a linear blockout structure. The linear blockout structure includes a chamber in which the linear light fixture is mountable and side walls on opposite sides of the chamber engageable by flange portions of the linear light fixture when the linear light fixture and linear blockout structure are assembled together. A hinge structure includes first and second hinge components engaging each other such that when the linear blockout structure and linear lighting fixture are being assembled, they are rotatable with respect to each other at the hinge structure. First and second fastening components engage each other to hold the linear blockout structure and linear lighting fixture assembled together with the linear light fixture being disposed within the chamber of the linear blockout structure.

Abstract: The invention concerns a method for forming metal parts by cold deformation, consisting in: (i) mechanically depositing a metal zinc layer on the free surface of the blank of the part to be produced; and (ii) forming said part by plastic deformation.