A container includes a first panel with a detent and a pin extending therefrom, a second panel that extends transverse to the first panel, and a bracket removably coupled to the first panel via engagement with the detent and the pin such that the bracket prevents movement of the second panel relative to the first panel. The detent is selectively depressed to thereby decouple the bracket from the first panel.

A container includes a first panel with a detent and a pin extending therefrom, a second panel that extends transverse to the first panel, and a bracket removably coupled to the first panel via engagement with the detent and the pin such that the bracket prevents movement of the second panel relative to the first panel. The detent is selectively depressed to thereby decouple the bracket from the first panel.

A system and method for providing a collapsible pallet container is disclosed. The collapsible pallet container includes a container base, a pair of top panel components, a pair of end wall panel components, and a pair of side wall panel components coupled on each side to one of the set of corner posts. The container base has four corner posts. Each of the top panels has a release cable and a pair of release cable end. Each of the top panel components slides outward towards one of the pair of side wall panel components and pivots into a vertical position and slides downward parallel to its corresponding side wall panel component; each of the wall panel components pivots inward one at a time until on top of the container base; and each of the side wall panel components with its corresponding top panel component in its vertical and parallel orientation pivots inward one at a time on top of the pair of end wall panel components.

Described herein are units for transportation of cargo, and methods of using them. In some embodiments, the units are collapsible, stackable cargo units. In some embodiments, the cargo units include a generally rectangular base having a front, a rear and two sides, with forklift slots on its front, rear and each side. The cargo units may further include front and rear walls extending upward from the base. The cargo units may further include first and second side walls extending upward from the base between the front and rear walls. The first side wall may have a length greater than the second side wall. The cargo units may further include an integrated lid hingedly attached to one or more of the front, rear, and side walls.

A container includes a first panel with a detent and a pin extending therefrom, a second panel that extends transverse to the first panel, and a bracket removably coupled to the first panel via engagement with the detent and the pin such that the bracket prevents movement of the second panel relative to the first panel. The detent is selectively depressed to thereby decouple the bracket from the first panel.

A container includes a first panel with a detent and a pin extending therefrom, a second panel that extends transverse to the first panel, and a bracket removably coupled to the first panel via engagement with the detent and the pin such that the bracket prevents movement of the second panel relative to the first panel. The detent is selectively depressed to thereby decouple the bracket from the first panel.

Pallet container 1 for the transport of temperature-sensitive products, which pallet container 1 comprises at least one side part 21, one bottom part 22, one top part 23 and one lid part 24, each having at least one vacuum insulation panel 3 disposed therein, and wherein the at least one side part 21, the bottom part 22 and the top part 23 comprise a common stop rim portion 4, at which stop rim portion 4 the lid part 24 comes to rest partially or fully circumferentially, characterized in that the pallet container 1 comprises at least one edge protection element 7 in order to distribute a load applied by a tensioning element 6.

According to a first aspect of the present disclosure, there is provided a folding container comprising a base, a first mount on the base, a first side wall, and a translational hinge connecting the first side wall to the first mount. The translational hinge facilitates rotational and translational movement of the first side wall between an upright erected state and a folded state, in which the first side wall extends in a generally parallel to the base. The container also has an upright lock featuring a peg on the first side wall and a catch on the mount. The catch has a recess for receiving the peg of the first side wall to lock the first side wall into the erected state. The recess is elongated, at least in part, in a direction that is slanted in respect to the upright orientation.

The present invention relates to a folding container (100) that comprises a base (102) further comprising a floor (112). At least two side panels (104, 104′) are mechanically attached to the base. A rear panel (106) comprises rear hinges (118) attached thereto that are pivotably connected to the base (102) and operable to pivot between a folded position that contacts the floor and a vertically deployed position. A hinge block (119) is attached to the base (102). A front panel (108) comprising a front door (109), and further comprising front hinges (122) is pivotably connected to the hinge block (119), and operable to pivot between a folded position that contacts the front panel (108) and a vertically deployed position.

The present invention relates to a method of assembling a folding container. A base comprising a floor is provided, and at least two side panels are attached to the base. A rear panel is pivotally attached to the base, wherein the rear panel is operable to pivot between a folded position that contacts the floor and a vertically deployed position. A hinge block is attached to the base. A front panel comprising a front door is pivotally attached to the hinge block, wherein the front panel is operable to pivot between a folded position that contacts the front panel and a vertically deployed position.