There is provided herein a container with four side wall panels 10, 12, 14, 16, four base panels 36, 38, 40, 42 connected thereto about fold lines and a glue panel 18. The container has an overwrap layer 8 covering the panels 10, 12, 14, 16, 18, 36, 38, 40, 42. The overwrap layer 8 has overhanging portions 70, 72 which overhang the edges of a pair of the base panel portions 38, 42 and are adhered to the other base panel portions 36, 40. There is also provided a method for making such a container and a blank 26 for such a container.

A box is made by folding a sheet of material. Preferably, the box is formed by applying adhesive and folding using a machine, and a waterproof or water resistant coating is applied so that the box is configured for use as a cooler. The box includes (a) a storage portion, including a bottom panel, a first end panel, a second end panel, a first side panel, and a second side panel; (b) four corner panels; (c) a top panel including tabs; and (d) a latching panel attached to the first side panel and pivotable relative thereto about a fold line, the latching panel including first and second subpanels. The latching panel includes cuts extending between and dividing the first and second subpanels through which the tabs respectively extend when the cooler is in a closed position.

The object of the invention is a product package and a method for producing the product package. The product package comprises a recess (1a) for the product to be packed, the recess being provided with a base and with walls in connection with the base, in which case the frame part (2) of the recess (1a) has been formed by means of folds from recyclable fiber material and the aforementioned recess (1a) is lined on the inside with a separate inner lining (3), which is removable from the aforementioned frame part. The top edges of the side walls and end walls of the frame part and also the top edges of the corner parts (10) form the top edge of the recess, which top edge is arranged to function as a fastening surface for the inner lining (3), which inner lining (3) is adapted to comprise an edge section (4) extending over the top edge (5a) of the recess (1a).

The invention is directed to a balanced process for extrusion of a plastic corrugated sheet or blanks, and subsequent converting of the blanks into plastic boxes. The process includes conveying the blanks to a plurality of forming stations for incrementally forming features on the blank needed for forming a box. The present process is performed at a slower speed than typical paper corrugated forming.

A container includes a base panel. An opposed pair of end panels extends from the base panel at opposite ends of the base panel. A front panel extends from the base panel and extends from a first one of the end panels to a second one of the end panels. A back panel extends from the base panel and extends from the first one of the end panels to the second one of the end panels. The end panels taper so top edges of the front and back panels are either longer or shorter than bottom edges of the front and back panels. Each end panel includes a plurality of overlapping end flaps adhered to one another. The end flaps of each of the end panels are connected to a respective one of the base panel and each of the front and back panel at respective fold lines.

A reversible paperboard container having a bottom panel, a front panel adjacent to and in foldable relationship with the bottom panel. A back panel is adjacent to and in foldable relationship with the bottom panel. A left side panel is adjacent to and in foldable relationship with the bottom panel, a right side panel is adjacent to and in foldable relationship with the bottom panel. A first top panel is adjacent to and in foldable relationship with the back panel, and a second top panel is adjacent to and in foldable relationship with the front panel. The first top panel includes a first adhesive strip to sealingly close the paperboard container into a closed configuration. A first tear-away strip is included on the first top panel to open the paperboard container from the closed configuration, and a second adhesive strip to sealingly close the paperboard container into a reversed, closed configuration. The second top panel includes a second tear-away strip to open the paperboard container from the reversed, closed configuration.

A return shipping system can include an outer container and a collapsible shock absorbing frame which can include a resilient sheet attached thereto for providing retention or suspension packaging of an article to be shipped within the outer container. The outer container can have a collapsed state suitable for shipping with the collapsible shock absorbing frame nested therein, the collapsible shock absorbing frame also in a collapsed state. The outer container can have an erect or expanded state suitable for shipping with the collapsible shock absorbing frame nested therein, the collapsible shock absorbing frame being in a locked or deployed state and configured to retain an article for shipping within the outer container.

A container comprises a first piece of composite material having a plurality of sides, thereby forming a rectangular center; a plurality of side walls integrally connected with the plurality of sides, each side wall having an interior side wall and an exterior side wall; a plurality of side wall scores configured between each interior side wall and each corresponding exterior side wall, wherein each exterior side wall folds along the corresponding side wall scores; a support material configured between each interior side wall and each exterior side wall, wherein the support material prevents contents inside of the container from becoming damaged; and a plurality of scores formed between the plurality of side walls and the plurality of sides near an outer perimeter of the rectangular center, wherein the plurality of side walls fold along the plurality of scores.

An improved gift wrapping system is disclosed, offering a simplified and efficient approach to wrapping gifts. The system comprises a pre-cut wrapping material with markings and labels that guide the user in folding and enclosing the gift. The system includes an enclosure with a base that forms a gift receiving provision. Foldable flaps are provided to fold over and enclose the enclosure, ensuring a secure package. The foldable flaps are equipped with sticky strip seals, allowing for easy and reliable sealing. The gift wrapping system is adaptable to gifts of various sizes and shapes, accommodating a wide range of items. The material used for the wrapping can include paper, nylon, polythene, or other suitable materials. The simplicity and convenience of the system make it suitable for use in various industries where gifts are exchanged. Alternative embodiments may include variations in the adhesive mechanism, materials used, and the shape of the system.

A one-piece blank for a cuboid folding box includes five main panel segments arranged in a row and separated from one another on transverse sides via main fold lines, a second secondary panel segment adjoining a second main panel segment on a longitudinal side, including an edge, and adjoining the second main panel segment via a second secondary fold line, and a third secondary panel segment adjoining a third main panel segment on a longitudinal side via a third secondary fold line. The secondary fold lines are perpendicular to the main fold lines, a first perforation line extends over the third main panel segment and at least partially over the third secondary panel segments. The third secondary panel segments are each divided by the first perforation line into a first region adjacent to the second secondary panel segment and a second region adjacent to the fourth secondary panel segment. Shapes of the second secondary panel segments and a course of the first perforation line are such that, in a folded state, the second secondary panel segments overhang the first perforation line in a region of the third secondary panel segments.