The pack includes a box structure defining an inner cavity. A side of the box structure is sealed by a first adhesive. A lower end of the pack is sealed by a second adhesive connecting a rear surface of a lower panel of a front panel to a front surface of a lower glue panel of a back panel. The upper portion of the pack is circumscribed by perforated lines that cause the upper portion to remain connected to the tuck panel if the upper end of the pack is opened. The blank for forming the pack includes an upper portion of a back panel that is circumscribed by perforated lines. The method of making the pack includes applying an adhesive to the upper portion of the back panel and connecting a rear surface of a tuck panel to the upper portion.

The folding carton having a tamper evident feature that includes a flap with at least one partial cut and a full cut.

A color coded packing box apparatus for convenient and efficient moving includes a set of sidewalls each having a sidewall top edge and a sidewall bottom edge. The sidewall top edge has a top slit extending into a front sidewall. The sidewall bottom edge has a bottom slit extending into a back sidewall. A top wall is foldably coupled to the sidewall top edge along the back sidewall. A top tab is coupled to the top wall to engage the top slit. A bottom wall is foldably coupled to the sidewall bottom edge along the front sidewall. A bottom tab is coupled to the bottom wall to engage the bottom slit. Each of the sidewalls, the top wall, and the bottom wall are a solid color for visual organization when a plurality of color coded packing box apparatuses are in use.

A corrugated paperboard insert for plastic totes includes four side walls and a bottom made from a single sheet of corrugated paperboard. The bottom comprises four interlocking flaps connected along fold lines to respective sidewalls and configured to form an auto-locking bottom that avoids the need for taping. The corrugated paperboard comprises an uncoated linerboard forming an exterior surface of the insert, a coated linerboard forming an interior surface of the insert, a corrugated sheet fixed between the outer linerboard and inner linerboard. The coated linerboard includes a water-based, moisture resistant coating that is food contact rated and recyclable with uncoated paperboard. In some embodiments, point size and/or weight of the inner linerboard is greater than a point size and weight of the outer linerboard.

The present invention relates to a childproof container (1) comprising a store (2) and a closure system (7) and defining a compartment (8). The container comprises a safety device (11) with a first coupling portion (12) and a second coupling portion (13) configured to engage each other stably in an internal volume of the container (1) in a closing condition of the closure system (7) to define a locking condition wherein they prevent the closure system (7) from switching from the closing to the opening condition. The closure system (7) comprises an unlocking portion (18) configured to define a through access (19) that allows, in the locking condition of the safety device (11), the insertion of an opening device (20) into the internal volume of the container (1) that allows the disengagement between the first and second coupling portions (12, 13). The container comprises a guide body (24) carried by at least one between the second coupling portion (13) and the closure system (7). The guide body (24), in the closing condition of the closure system (7), is placed in the internal volume of the container (1) and is configured to guide the opening device (20) towards the safety device (11).

In some embodiments, a package for a computer peripheral device comprises an outer shell defining a first interior cavity and an open end. The package also comprises a peripheral tray comprising a rear side, a bottom side coupled to a bottom edge of the rear side, and a tongue. A first end of the tongue is coupled to the bottom side. The peripheral tray is positioned within the first interior cavity with a second end of the tongue coupled to the outer shell. An elongated portion of the tongue between the first end and the second end contacts the outer shell and is deflected toward the rear side. The peripheral tray is slidably translatable out of the first interior cavity through the open end so that a portion of the elongated portion moves away from the rear side and the bottom side rotates within the first interior cavity.

A single blank for forming a box, the blank comprising a first panel, a second panel, a third panel and a fourth panel. The first panel is foldably connected to a folding support structure that is foldable and insertable inside the box. The folding support structure comprises a first inner flap which is connected to the first panel along a first inner flap fold line, a second inner flap which is connected to the first inner flap along a first inner flap second fold line, a first integral holding panel which is connected to the second inner flap along a first edge fold line, and a second integral holding panel which is foldably connected to the first integral holding panel along a second integral holding panel fold line.

A dual compartment box formed from a blank having a front panel, a first minor side panel, a rear panel, a second minor side panel, a second compartment front panel, a compartment minor side panel, and an inner tab. There is a first slide and a second slide extending from a first compartment, top flap and a second compartment top flap, respectively, and they are movable between an upright semi-open position permitting product to dispense through the apertures and a downward closed position blocking the apertures. When the blank is folded, two compartments are formed, and an outer tab top flap and a minor side top flap overlap each other and the projecting portions of both the outer tab top flap and the minor side top flap form a center stop member that interacts with the slides to prevent them from becoming disengaged with the package.

Herein is provided a container including a plurality of sidewalls (3, 7, 9) connected to one another along foldlines, and a base. The base includes first, second, third and fourth base flaps (11, 13, 15, 17) connected along respective foldlines to respective sidewalls. The second and third base flaps (13, 15) are folded over the first base flap (11) and the fourth base flap (17) is folded over the second and third base flaps (13, 15). The fourth base flap (17) includes a base panel portion which forms part of the exterior of the base and a locking tab portion connected to a distal end of the base panel portion. The locking tab portion is inserted into the interior of the container through a slot defined by the first, second and third base flaps (11, 13, 15) to retain the base in a closed configuration. A cutline is provided extending inwardly from the side edge of the fourth base flap (17) on each side of the fourth base flap (17) at a transition between the base panel portion and the locking tab portion.

A light device holder includes a first paper wall, a second paper wall, a first lateral wall, a second lateral wall and a spacer plate. The light device holder is designed containing and enclosing multiple light bulbs. The second paper wall is opposite to the first paper wall. Two sides of the first paper wall and the second paper wall are respectively connected to edges of the first lateral wall and the second lateral wall forming a rectangular container space. The spacer plate has a first plate part and a second plate part. The first plate part engages an inner surface of the first paper wall. The second plate part is folded from the first plate part to extend as a tilt surface to divide the rectangular container space into a first space part and a second space part.