A container includes a pallet having a plurality of elongated grooves of predetermined pattern in the upper surface of the pallet, and at least one stackable container body formed with a wall member, the bottom edge surfaces having a plurality of protrusions formed thereon, the top edge surfaces having a plurality of slots formed therein at a corresponding location with the protrusions to allow one container body to stack on another container body with the protrusions of one container body inserted into the slots of the other container body. The container body includes a folding configuration at its side surfaces thereof to allow the container body to fold to reduce its size, wherein the elongated grooves of the pallet are configured to receive the protrusions of the container body both in the unfolded (original) shape and the folded shape.

A pallet for goods is provided. In detail, the pallet for goods improves use persistence while enhancing durability or impact resistance. Accordingly, the pallet for goods includes a pallet body portion including a honeycomb member and a panel for covering the honeycomb member, and an outer frame surrounding an external portion of the pallet body portion.

The invention relates to a side wall arrangement for a container and a method for the production thereof and a container, in particular a pallet container, which comprises several side walls (16) that can be connected to one another on their narrow sides assigned to one another of the side walls (16) by means of a joint (18) or are connected to one another, such that a closed ring (14) is formed from the side walls (16) that can be folded together, wherein a loading hatch (19) is provided on the at least one side wall (16), said loading hatch (19) closing an opening (27) in a closed position (22), said opening (27) being open towards an end edge (37) of the side wall (16), and wherein the loading hatch (19) is flexibly connected to the side wall (16) by means of a hinge (21), wherein side edges (42) of the loading hatch (19) which border it in terms of width and side edges (43) of the side wall (16) which border the opening (27) in the side wall (16) are reduced in terms of wall thickness relative to its adjacent wall sections (28, 29) of the side wall (16) and the loading hatch (19) on at least one side edge (43) of the side wall (16) or at least one side edge (42) of the loading hatch (19), at least one tab (31) is provided which extends beyond the opposite side edge (42, 43) of the loading hatch (19) or the side wall (16) and can be transferred into the open position (23) or closed position (22) when opening and closing the loading hatch (19) after overcoming a holding force produced by the tab (31) or after overcoming a holding force produced by corner regions (51) of the side wall (16) projecting into the opening (27) and, in the closed position (22), the side edge (42) is positioned in the upper corner region (52) of the loading hatch (19) between the side edge (43) of the side wall (16) and the tab (31) positioned in the side wall (16) or the side edge (43) is positioned in the upper corner region (51) of the side wall (16) between the side edge (42) of the loading hatch (19) and the tab (31) that is arranged on the loading hatch (19).

A thermoformed hollow plastic body, which is formed by two plastic shells welded to one another around the periphery, with at least one hollow chamber, into which at least one dimensionally stable plastic body is placed, and a method for producing such a thermoformed hollow plastic body wherein a first sheet of plastic is thermoformed into a first plastic shell while forming at least one open hollow chamber. The outer contour of the plastic body is made to match an inner contour of the hollow chamber and is connected by its surface in full area contact and with a material bond to neighboring inner surfaces of the plastic shells.

Thermally insulated shipping system for use in transporting a pallet-sized payload. In one embodiment, the system includes a plurality of thermally insulating walls arranged to define an interior volume suitable for receiving a pallet-sized payload. The thermally insulating walls include a top wall, a bottom wall, a front wall, a rear wall, a left wall, and a right wall, of which all but the bottom wall include at least two slots facing towards the interior volume. One of the slots is an inner slot that is more proximal to the interior volume, and one of the slots is an outer slot that is more distal to the interior volume. The system also includes a plurality of inner cassettes disposed in at least some of the inner slots and a plurality of outer cassettes disposed in at least some of the outer slots. The inner and outer cassettes include phase-change materials.

A sleeve pack assembly with a latching mechanism that can be engaged by an operator's foot when in an upright position. The latching mechanism includes a front facing engagement panel. The engagement panel is connected to a spring element in the pallet and to one or more projections or prongs for engaging and/or disengaging apertures in at least one side of a sleeve.

The invention relates to a heavy load carrier comprising plastics material and including a base part, comprising a number of feet and four side walls, wherein the side walls have positioning surfaces for receiving the feet of an identically designed heavy load carrier in a stack, wherein the positioning surfaces are arranged in a recessed state in relation to protrusions of the side walls, and wherein the protrusions at least partially surround the feet of an identically designed heavy load carrier in the stack circumferentially, wherein a first protrusion may at least partially surround a foot of the identically configured heavy load carrier in the stack on the inside of the foot, and a second protrusion may at least partially surround the foot of an identically configured heavy load carrier in the stack on the end side of the foot.

A height-adjustable frame for a pallet and for accommodating an insert for goods has supports including upper and lower elements connected to one another via a hinge. The lower element and the upper elements can be pivoted towards and away from one another. In a first position, the upper and lower elements are moved towards one another and the support forms a maximum height. In a second position, the lower element is pivoted away from the upper element, and the support forms a sub-height. A height adjustment allows goods of different sizes to be transported via an insert, which is fastened on the frame. The height adjustment allows goods to be transported using inserts of different depths and allows empty transportation with a smaller volume. The frame is stackable and can be transported using pallet containers or twin-wall sheets.

The current invention relates to a foldable container comprising a pallet and a foldable sidewall, wherein the pallet forms a loading surface, wherein the foldable sidewall is a rectangular tube with open ends formed by a first, a second, a third and a fourth side panel, wherein the foldable sidewall is detachable installable on the pallet in order to define a loadable volume, wherein the foldable container comprises a shelf suitable to be loaded with objects, wherein the shelf is hinged to the first side panel, wherein the shelf comprises a first fold line parallel to the first side panel, wherein the foldable container comprises support means to support the shelf at the second side panel, opposite to the first side panel. The invention also relates to a method and a kit.

In one embodiment, a container includes a base and a lower wall section extending upward from the base. One or more upper wall sections are stacked on the first wall section. A pair of flanges may extend perpendicularly from outer edges of the lower wall section and the upper wall sections. An upper door may be hingeably connected to one of the flanges of the second wall section. A lower door may be hingeably connected to one of the flanges of the lower wall section.