A soap package that includes a cardboard box for packaging soap and a soap bar that has a narrow centered portion.

The present disclosure is directed to a box for use in packaging, storing and displaying items. The box has a one-dimensional configuration before it is formed and a three-dimensional configuration after it is formed. The three-dimensional configuration is formed from a blank which lies flat and has a plurality of fold lines. A second blank may be employed in forming the box. The three dimensional configuration of the box includes a base portion, four side portions, a cover portion and a platform within the interior of the box that is capable of moving in an angled manner out from the interior of the box upon opening the box and of moving inside the interior of the box upon closing the box.

The invention relates to a stackable tray comprising an outer sheet with foldable tabs that fold around an inner sheet, and columns glued to the inner sheet. The outer sheet is glued to the columns and the tabs are glued to the inner sheet. The folder is the same tray but with an added cover glued to the left side of the tray. The trays or folders can be stacked one on top of the other, the inner sheet being supported on the columns, the columns being supported one on top of the other. The trays have side labels that allow them to be identified from the side when they are stacked, and a front label that allows the cover to be identified in the case of a folder.

A flat panel cardboard packaging for protecting a flat panel (FP) comprises a base part (2), first and second side walls (6, 10) extending along parallel first and second sides of the base part (2), at least a first lid part (14, 18) adapted for covering the flat panel (FP) placed on the base part (2) between the side walls (6), and at least a first cushioning part (24). The first side wall (6) is supported at a first angle (α1), which is different from 0° to a plane perpendicular to the base part (2), to form a first side deformation zone. The first cushioning part (24) comprises 10 an outer gable portion (28) and an inner gable portion (30) which is arranged at a free inner distance (IS) from the outer gable portion (28), thereby forming an end deformation zone between the outer and inner gable portions (28, 30).

Packaging may include a base box having a cavity to receive a product. Cushioning cells formed as rollover structures are configured to hold the product within the cavity. When the rollover structure rotate away from the cavity, a product support panel raises, thereby raising the product within the packaging. The packaging may also easily fold flat, without the need to remove adhesive, thereby enhancing recyclability.

A display package according to example embodiments includes an outer structure defining a back panel, side panels, a top panel and a bottom panel of the display package, an inner structure defining a front panel of the display package, the inner structure being interlocked with the outer structure, and a tray between the interlocked inner and outer structures. The tray is configured to hold at least one item. The inner structure is inwardly bent against the tray. A top panel flap of the inner structure is between the top panel of the display package and the tray.

A folding carton includes a tray with a base and at least one side, and a lid including a top at least partially covering the tray. The lid includes two connection tabs that connect to the at least one side. Two corner connection tabs each connect to one of the two connection tabs via a vertical first fold line and configured to connect to a first edge of the top via a horizontal second fold line. The top wall is opened by one of: (1) folding about the horizontal second fold lines between the corner connection tabs and the top; and (2) by folding a tuck-in tongue about a third fold line against an inside of the top and folding the top halves about a fourth fold line in the tuck-in tongue and about the vertical first fold lines between the corner connection tabs and the connection tabs.

A flat panel cardboard packaging for protecting a flat panel (FP) comprises a base part (2), first and second side walls (6, 10) extending along parallel first and second sides of the base part (2), at least a first lid part (14, 18) adapted for covering the flat panel (FP) placed on the base part (2) between the side walls (6), and at least a first cushioning part (24). The first side wall (6) is supported at a first angle (α1), which is different from 0° to a plane perpendicular to the base part (2), to form a first side deformation zone. The first cushioning part (24) comprises 10 an outer gable portion (28) and an inner gable portion (30) which is arranged at a free inner distance (IS) from the outer gable portion (28), thereby forming an end deformation zone between the outer and inner gable portions (28, 30).

A packaging, especially for food, including a cardboard shell and a cover placed thereon in the closed state and which engages over the outside of an upper edge of the shell. Inwardly protruding nubs arranged at at least two opposing side walls of the cover interact with retaining elements at associated side walls of the shell. The side walls having the retaining elements each have a wall portion which is connected to the bottom of the shell by a bend, a first reinforcing portion connected to the upper end of the wall portion by a bend, a second reinforcing portion connected to the first reinforcing portion by a bend and an adhesive-secured portion connected to the second reinforcing portion by a bend and which is adhesively bonded to the outer side of the wall portion. A sub-portion of the wall portion that lies above the adhesive-secured portion, and the first and second reinforcing portions delimit a triangular channel. The retaining elements are formed by edges of openings in or by downwardly directed outer surfaces of the second reinforcing portions.

A soap package that includes a cardboard box for packaging soap and a soap bar that has a narrow centered portion.