Abstract: The present disclosure relates to and envisages an electrical junction box assembly. The electrical junction box assembly (10) comprises a housing (100) having lateral openings (120) and a lid (130). In one aspect, the housing (100) has mounting feet (140) with at least one of them having a slit (144). In another aspect, the base (110) has bosses (150) for fixing a terminal block (200). In yet another aspect, the housing (100) is provided with an external drainage protrusion (160) configured to be sheared off to provide a drainage hole. In still another aspect, the lid (130) is captively joined to the rest of said housing (100).

Abstract: The present disclosure envisages a luminaire (100). The luminaire (100) comprises at least an array of light-emitting diodes (10), a driver (20) for driving the array of light-emitting diodes (10), a first compartment (30), a second compartment (40), a perforated wall (50), an array of fins (60) and a lid (70). The first compartment (30) houses the array of light-emitting diodes (10). The second compartment houses the driver (20). The second compartment (40) is separated from the first compartment (30) by a perforated wall (50). The array of fins (60) is disposed on an operative external wall surface surrounding the first compartment (30) and/or the second compartment (40) of the luminaire (100). The lid (70) is removably fitted on an operative end of the first compartment (30). The luminaire (100) has an explosion-proof construction, dissipates heat efficiently, is less expensive and is easy to assemble.

Abstract: The present disclosure envisages a luminaire (100). The luminaire (100) comprises at least an array of light-emitting diodes (10), a driver (20) for driving the array of light-emitting diodes (10), a first compartment (30), a second compartment (40), a perforated wall (50), an array of fins (60) and a lid (70). The first compartment (30) houses the array of light-emitting diodes (10). The second compartment houses the driver (20). The second compartment (40) is separated from the first compartment (30) by a perforated wall (50). The array of fins (60) is disposed on an operative external wall surface surrounding the first compartment (30) and/or the second compartment (40) of the luminaire (100). The lid (70) is removably fitted on an operative end of the first compartment (30). The luminaire (100) has an explosion-proof construction, dissipates heat efficiently, is less expensive and is easy to assemble.

Abstract: The present disclosure relates to the field of luminaires. More specifically, the present disclosure envisages a drain arrangement for use with a luminaire that is supported on a wiring conduit via a junction box. The arrangement includes a hood coupled with the junction box via a connecting conduit, wherein connection cables from the wiring conduit are received within the hood via the connecting conduit and the junction box. An adaptor extends from the hood and the luminaire. The adaptor is defined by a sidewall extending from the luminaire and has an operative top surface configured on an operative top periphery of the sidewall. The adaptor further includes an annular inner sidewall configured to circumscribe an electric connection of the luminaire. A drain conduit extends from the adaptor and is configured to drain out the fluid collected within the adaptor outside of the annular inner sidewall.

Abstract: The present disclosure relates to the field of luminaires. More specifically, the present disclosure envisages a drain arrangement for use with a luminaire that is supported on a wiring conduit via a junction box. The arrangement includes a hood coupled with the junction box via a connecting conduit, wherein connection cables from the wiring conduit are received within the hood via the connecting conduit and the junction box. An adaptor extends from the hood and the luminaire. The adaptor is defined by a sidewall extending from the luminaire and has an operative top surface configured on an operative top periphery of the sidewall. The adaptor further includes an annular inner sidewall configured to circumscribe an electric connection of the luminaire. A drain conduit extends from the adaptor and is configured to drain out the fluid collected within the adaptor outside of the annular inner sidewall.

Abstract: A server, a device, and a system includes functionalities for an air traffic management coordination portal. The server includes a processor executing a chat application. The processor receives a request from a first electronic device of a first user to perform a first chat session utilizing the chat application with a first representative utilizing a second electronic device. The first user is an aviation industry professional and the first representative having access to field condition report data related to an aviation industry. The first chat session is viewable by the first user and a second user such that the first and second users receive the field condition report data concurrently. The server includes a transceiver receiving first input data from the first user and second input data from the first representative. The first and second input data are first text to be shown in the first chat session.

Abstract: A device, system, and method manages regional diversions. The method perform at a diversion server includes determining whether a diversion is to be used for an aircraft based on a primary expected operating capability of a primary airport that is a destination for the aircraft in transit. The method includes, when a diversion is to be used, selecting a secondary airport to which the aircraft is to be diverted, the secondary airport being selected based on a secondary expected operating capability. The method includes scheduling the diversion for the aircraft to the secondary airport.

Abstract: A system and method for facilitating collaborative decision making at an airport. The system and method receive data relating to an airport from a plurality of data feed arrangements, aggregate the data, format the aggregated data for display to users and transmit the formatted aggregated data to the users for display.

Abstract: A server, a device, and a system includes functionalities for an air traffic management coordination portal. The server includes a processor executing a chat application. The processor receives a request from a first electronic device of a first user to perform a first chat session utilizing the chat application with a first representative utilizing a second electronic device. The first user is an aviation industry professional and the first representative having access to field condition report data related to an aviation industry. The first chat session is viewable by the first user and a second user such that the first and second users receive the field condition report data concurrently. The server includes a transceiver receiving first input data from the first user and second input data from the first representative. The first and second input data are first text to be shown in the first chat session.