The present disclosure relates to a panel for dividing the interior space of a container. The panel arrangement (1) has a panel (11) provided with an attachment device (17) adapted to affix the panel in relation the container. There is provided at least one opening in the panel, and the attachment device comprises first and second parts (29, 31) located at a respective side of the panel as well as at least one member (39, 41) reaching through the at least one opening (23). A play (49) is provided between the edges of the opening and said at least one member, such that the attachment device can be moved in at least one direction in which the plane of the panel extends.

A metal lath having an integral hem structure includes a main body. The main body is formed by enclosing the metal lath so that the main body has a ring-shaped side wall. The side wall defines an accommodating space therein. Two ends of the main body are formed with openings to communicate with the accommodating space, respectively. One of the openings is integrally formed with a hem around an end edge of the opening by bending. The hem is integrally formed with the metal lath, which can reduce production time and cost effectively and can prevent the user from being cut by the metal lath.

The present invention is directed to a method of forming a container comprising forming a basket portion of metal mesh material and a rail connected to the basket portion. The rail extends substantially outwardly from the outer surface of the basket portion and the rail extends continuously around the outer surface of the basket portion. In one example, the method includes forming the rail so that it does not contain or surround a free edge of the basket portion. In another example, the method includes forming the rail so that it includes an opening for containing or surrounding a free edge of the basket portion. The method may also include forming a lower rail. The present invention is also directed to a container formed by such method.

An enclosure structure in the form of a security cage is attached to a top surface of a cargo carrier as the security cage is assembled on the top surface of the cargo carrier. The assembled security cage enclosure structure encloses and secures objects supported on the cargo carrier in an interior volume of the security cage enclosure structure. The construction of the security cage enclosure structure eliminates the need for separate fastener assemblies to attach the assembled security cage enclosure structure to the top surface of the cargo carrier.

A dispensing basket includes a pair of opposed side walls and a back wall that extends between the opposed side walls. A pair of front walls extend from the side walls in a direction towards each other and angled away from the back wall. The pair of front walls form a funnel with an opening between the pair of front walls. A floor extends between lower ends of the side walls, the back wall, and the front walls.

Embodiments described herein include layered mesh containers and methods for using the containers to safely transport and dispose of airbag inflators having ammonium-nitrate-based propellant. For example, a container is provided that can hold multiple airbag inflators and withstand up to 4 moles of matter being deployed from an inflator having ammonium-nitrate-based propellant. The container can contain the inflator and any shrapnel associated with the explosion while also venting gases expelled as a result of the explosion. Various container designs are provided, along with methods for using these containers.

The present disclosure relates to a storage device made of expanded metal mesh material. The storage device comprises a basket (3, 5, 7, 9) with an attached fastening device (11). The fastening device has a portion with U-shaped cross section (21) provided with hooks (13) in the interior thereof, such that the fastening device can be fitted on a vertical carrier provided with slots, the hooks (13) entering said slots, and the fastening device is at least partly inserted in the outer envelope of the basket and has a portion (25) extending under the bottom panel of the basket.

A method of manufacturing a metal basket contains the steps of preparing materials, initial welding, bending, and finish welding. In a step of preparing materials, multiple first metal bars, multiple second metal bars, and at least two peripheral bars are provided. In a step of initial welding, the multiple first metal bars and the multiple second metal bars are stacked crisscross and are welded together to produce a grid frame which has a base and multiple surrounding grids, and the at least two peripheral bars are welded with the multiple surrounding grids respectively. In a step of bending, the grid frame and the multiple surrounding grids are bent, such that the multiple surrounding grids are bent upwardly and are perpendicular to the base. In a step of finish welding, the at least two peripheral bars are welded together.

A chafer wire stand of three lengths of wire has one length of wire as an upper loop and the other two substantially identical to each other, as well as being mirror images of themselves. These two lengths of wire are laid out perpendicular to each other, and each end thereof attaches to the upper loop. These two lengths are connected to the upper loop, then have a vertical drop to the bottom followed by a section acutely angled back upwards, then an acute angled drop to the bottom again in a second vertical section. Then a right angle connection from the vertical section to a horizontal section forms the outline or exterior of a receptacle for a heat source. This half wire section is repeated three more times (two wires, two half wire sections each) forming an economical wire chafing stand which only requires four or five weld points.

A chafer wire stand of three lengths of wire has one length of wire as an upper loop and the other two substantially identical to each other, as well as being mirror images of themselves. These two lengths of wire are laid out perpendicular to each other, and each end thereof attaches to the upper loop. These two lengths are connected to the upper loop, then have a vertical drop to the bottom followed by a section acutely angled back upwards, then an acute angled drop to the bottom again in a second vertical section. Then a right angle connection from the vertical section to a horizontal section forms the outline or exterior of a receptacle for a heat source. This half wire section is repeated three more times (two wires, two half wire sections each) forming an economical wire chafing stand which only requires four or five weld points.