Abstract: A freight container (1) has a frame to which a bottom (2), a roof (3), and sides (5-7) are attached, one side having a door opening closeable by a folding door (12) made of flexible, fire resistant material. The door (12) is supported from runners (13) moveable along a rail (14) combined with a top member (9) of a frame delimiting the door opening. A gap (15) is formed between the top frame member (9) and the top of the door (12) in its closed condition. The top member (9) is provided with a depending support (16) having a surface facing the inside of the door (12) and having attached thereto a strip of heat intumescent material (20). A flow passage (18) is formed between the strip (20) and the door (12) for gasses attempting to escape from the container through the gap (15) in a fire inside the container. The heat intumescent material (20) is arranged to swell and close the flow passage (18) when subjected to hot gasses from the fire inside the container.

Abstract: The invention relates to a freight container (1), such as an air freight container, or an freight container kit comprising a base (3), a framework and panels (2) forming side walls and roof, where an elongated area along the edge of at least two of the panels (2) of the container are folded to form open profiles (5) fitting into a corresponding open profile in an adjoining panel in such a way that the open profiles form a closed hollow profile (9) when combined. The invention also relates to a method for assembling the above freight container kit, comprising the steps of; providing a base (3), arranging frame elements (4) at least around the access opening, joining and fixing the open profiles (5) of neighboring panels to each other and joining and fixing the frame elements (4) to the edges of the panels (2) lacking open profiles (5) and to the base (3).

Abstract: The invention relates to a freight container (1), such as an air freight container, or an freight container kit comprising a base (3), a framework and panels (2) forming side walls and roof, where an elongated area along the edge of at least two of the panels (2) of the container are folded to form open profiles (5) fitting into a corresponding open profile in an adjoining panel in such a way that the open profiles form a closed hollow profile (9) when combined. The invention also relates to a method for assembling the above freight container kit, comprising the steps of; providing a base (3), arranging frame elements (4) at least around the access opening, joining and fixing the open profiles (5) of neighboring panels to each other and joining and fixing the frame elements (4) to the edges of the panels (2) lacking open profiles (5) and to the base (3).

Abstract: A radio frequency identification (“RFID”) apparatus includes a housing configured to mate with a channel of an extruded metal mounting system and a flange extending radially outwardly from the housing. The flange is configured to bear upon a lower portion of a channel lip to retain the housing within the channel. In addition, a seat is disposed within the housing to retain an RFID tag and a lock secures the housing at a particular location along the channel.

Abstract: A radio frequency identification (“RFID”) apparatus includes a housing configured to mate with a channel of an extruded metal mounting system and a flange extending radially outwardly from the housing. The flange is configured to bear upon a lower portion of a channel lip to retain the housing within the channel. In addition, a seat is disposed within the housing to retain an RFID tag and a lock secures the housing at a particular location along the channel.