A container formed from a blank and a method for constructing the container are described. The container includes a bottom wall, two end walls, each end wall including at least an end panel extending from an end edge of the bottom wall, and two side walls. The container further includes an upper reinforcing assembly at least partially extending from each end panel, and a side reinforcing assembly extending from opposing side edges of each end panel.

A wrap around container for holding an electronic device has a substantially rectangular panel comprising a device receiving portion at one end of the panel, a fixing portion at the opposite end of the panel, and a wrap around portion in between. A pair of flaps extend from opposite sides of the device receiving portion of the panel, each side being on a respective longitudinal edge of the rectangular panel. Each flap is arranged to be folded into a closed position where the flap is over at least a part of the device receiving portion and an upper surface of a device when placed on the device receiving portion. The wrap around portion is arranged to wrap at least over the flaps in the closed position and the fixing portion is arranged to be fixed to an outside of the container after wrapping of the wrap around portion to close the container. Foam means extend over at least part of the device receiving portion and onto the surface of each flap facing the device receiving portion when in the closed position so as to form a foam barrier between a device placed on the device receiving portion and the device receiving portion and the closed flaps. The foam means are attached to the device receiving portion and the two flaps and the foam means is configured to be peelable away from the container when the container is open.

A plurality of integrally arranged panels include a first panel and a second panel with a fold line therebetween. A compression reinforcement feature has a planar edge oriented orthogonal to a first planar surface of the first panel and perpendicular to a z-axis that defines a stacking load direction, the planar edge being disposed at a distance away from the fold line of half a thickness of the first panel, the first panel having a void between the fold line and the planar edge. The compression reinforcement feature is formed by at least four cut lines that define at least a portion of a closed perimeter of a cutout. One of the cut lines defines a location of the planar edge of the compression reinforcement feature.

An apparatus to display packaged products that includes a base that includes a bottom segment, at least two supporting segments, and a top segment, the top segment provided with a plurality of apertures and supported at least in part by the at least two supporting segments such that the bottom segment and the top segment are generally parallel; and at least two side portions, at least one of said side portions comprising a support column, the at least two side portions being generally perpendicular to the bottom segment and the top segment. Methods of assembling the apparatus are also provided.

A carton for containing a plurality of containers includes a plurality of panels and a plurality of end flaps. The plurality of end flaps is foldably connected to respective panels of the plurality of panels and at least partially closes an end of the carton. The plurality of end flaps includes a first end flap foldably connected to one of a top panel and a bottom panel at a first fold line, a second end flap foldably connected to the one of the top panel and the bottom panel at a second fold line that is oblique to the first fold line, and a third end flap foldably connected to the at least one side panel at a third fold line. The third end flap has at least one notch overlapping at least a portion of one of the first end flap and the second end flap.

A collapsible portable reusable container having a plurality of sides, gussets and opposing tension folds, as a tension hinge, optionl brackets as needed, with each gusset having a first section and a second section. One section of the gusset is foldably connected to a panel having an opposing tension fold, preferably on an adjacent connected panel, creating a tension hinge. The above gusset and opposing tension fold placements, allow a user to transform the container from a folded, collapsed position to a freestanding, open position in one simple move with no need for a securing mechanism to keep the container in an open position.

A blank includes a top, the top connected to a first top side tab, a second top side tab, a top front tab, and a back tab; a bottom, the bottom defining at least one connection aperture, the bottom connected to a first bottom side tab, a second bottom side tab, a bottom front tab, and the back tab; the first bottom side tab connected to a first cover tab, the first cover tab connected to a first connection tab; the second bottom side tab connected to a second cover tab, the second over tab connected to a second connection tab; the blank formable into a box by connection of the first connection tab to at least one connection aperture and by connection of the second connection tab to at least one connection aperture.

A crate is described in the form of a flap-adhesively-bonded box composed of cardboard having a bottom (1) and a shell (2) protruding from the bottom (1), which forms reinforced upper longitudinal edge sections by way of edge flaps (8) folded inward between the shell corners. To provide advantageous design conditions, it is proposed that the shell (2) have, at least on one side of the shell corners, attachment flaps (10, 11, 26), which are each bent inward according to crease lines (12, 13, 27), which are outwardly offset in relation to the edge (14) of the reinforced longitudinal edge sections, by 90° and are adhesively bonded to the opposite side of the shell corner, and the bottom (1) be provided in the region of the shell corners with recesses (17) adapted to the outline shape of a catch attachment (15) formed by the attachment flaps (10, 11, 26).

A container has a compartment of sheet material defining an inner volume configured for housing a product, the compartment extending between a first and second longitudinal end portions along a longitudinal development direction of the compartment. The compartment having a predetermined number of lateral walls defining: at least one first passage opening arranged at the first longitudinal end portion of the compartment, one second passage opening arranged at the second longitudinal end portion of the compartment. The container includes at least one occluding system engaged at the second passage opening and configured for irreversibly closing the second passage opening. The disclosure also relates a process of making the container.

A sheet packaging material for producing a package comprises at least one first crease line and at least one second crease line, at least one third crease line which intersects said first crease line in at least one first point and said second crease line in at least one second point, at least one fourth crease line, at least one fifth crease line, which extends between said first point and said fourth crease line, at least one sixth crease line, which extends between said second point and said fourth crease line, said first point and said fourth crease line being spaced by a first distance, said second point and said fourth crease line being spaced by a second distance, said first crease line and said second crease line being spaced by a third distance, wherein the sum of said first distance and said second distance is less than said third distance.