A plant pot, blank for making a plant pot and a process for making a plant pot is provided. The blank and plant pot includes a support disposed a distance from the base wall of the plant pot to support a nesting container.

A leakproof and liquid-tight packaging box of corrugated board, which box is erected mechanically using glueing as an aid. What is essential in the invention is that the corner surfaces of the structurally strong, torsionally rigid, leakproof and liquid-tight packaging box stackable one on top of another are folded and glued to the outer surface of the vertical surface of the short side. In addition, it comprises an inward-formed cone structure of the vertical surface of the long side of the box, and a rigid and load-resistant beam structure is formed on all sides of the packaging box.

A shoebox includes a first main panel; a second main panel opposite the first main panel; a first connecting panel extending from the first main panel, the first connecting panel defining a locking slot; a second connecting panel extending between the first main panel and the second main panel opposite the first connecting panel; an overlapping panel extending from the second connecting panel and at least partially overlapping the first connecting panel; and a locking tab extending from the overlapping panel, the locking tab in locking engagement with the locking slot in a closed and locked configuration of the shoebox.

Containers for storing and transporting items such as but not limited to traditional disposable aluminum pans, and methods of arranging such containers. A first container includes a base panel, four side panels coupled to the base panel, two cover panels pivotally coupled to two of the side panels, and two top panels pivotally coupled to the other two side panels. A second container includes a base panel, four side panels coupled to the base panel, two cover panels pivotally coupled to two of the side panels, a top panel pivotally coupled to another of the side panels, a front panel pivotally coupled to the top panel, and a separation panel pivotally coupled to the last of the side panels. The containers are configured to be arranged in assembled configurations that define enclosed compartments suitable for storing items.

The disclosure relates to a cardboard box for holding content comprising liquid and/or gas. The box comprising: 3 or more side walls and a bottom side, a layer of liquid and/or gas non-permeable coating, every side wall having on its upper end a brim/ collar area, the brim/collar area being folded to form an unbroken encircling receiving surface for attaching a lid foil.

Forming a cardboard blank includes making two score lines on a cardboard sheet to define a central sector with three portions and two lateral sectors. Four cuts are made in a direction transverse to the score lines to form in one lateral sector a first closing flap and first and second reinforcing flaps and, in the other lateral sector, a second closing flap and third and fourth reinforcing flaps. The first and second closing flaps are folded at respective score lines, and one portion folded to cover a flank of an article on another portion so the first and third reinforcing flaps project. A third portion is folded to cover another flank and an upper article face so the second and fourth reinforcing flaps project. A band folds the first two reinforcing flaps towards the first closing flap and the third and fourth reinforcing flaps towards the second closing flap.

The present invention is a scalable, lockable container designed to prevent children from accessing the contents in the container. It includes an inner tray that is slidably mounted within an outer sleeve in releasable locking engagement. The lock mechanism includes a lock tab carried at one end of the inner tray that engages an engagement edge formed inside the outer sleeve. When so engaged, the inner tray is locked within the outer sleeve and cannot be removed from the outer sleeve. The lock tab is released by applying pressure to the outer sleeve, adjacent the lock tab, to disengage the lock tab from the engagement edge in the outer sleeve. This allows the lock tab to move past the outer sleeve engagement edge so the inner tray can be withdrawn from the outer sleeve, providing access to the contents of the box.

The present invention is a scalable, lockable container designed to prevent children from accessing the contents in the container. It includes an inner tray that is slidably mounted within an outer sleeve in releasable locking engagement. The lock mechanism includes a lock tab carried at one end of the inner tray that engages an engagement edge formed inside the outer sleeve. When so engaged, the inner tray is locked within the outer sleeve and cannot be removed from the outer sleeve. The lock tab is released by applying pressure to the outer sleeve, adjacent the lock tab, to disengage the lock tab from the engagement edge in the outer sleeve. This allows the lock tab to move past the outer sleeve engagement edge so the inner tray can be withdrawn from the outer sleeve, providing access to the contents of the box.

There is provided a container system comprising an outer container comprising a base and a plurality of upstanding walls defining a cavity, a closure flap extending from a top of one of the upstanding walls wherein the first closure flap covers an opening formed by the top ends of the upstanding walls when the outer container is in a closed configuration, and wherein the closure flap includes a retention element that extends from the closure flap downward into the cavity of the outer container when the outer container is closed, and an suspension insert including a product retention compartment and a plurality of suspension units extending outwardly from the suspension unit creating a suspension gap on all sides of the product retention compartment when the suspension insert is installed in the outer container, wherein the retention element exerts a retention force on a the suspension insert.

The present invention regards a container comprising a support having a base, a lateral wall and an abutment flap emerging from the lateral wall. The container comprises a closure system movable between a closed condition and open condition, a first coupling portion carried by the closure system and a second coupling portion defined on the abutment flap. The first coupling portion is movable between a first operating position in which it is disengaged from the second coupling portion and a second operating position in which it is engaged with said second coupling portion. The first coupling portion comprises a central body from which a tab emerges that is engageable with the second coupling portion; the first coupling portion defines a removable portion configured for being separated from the closure system following a first opening of the container following an engagement between said first and second coupling portions.