An expandable shipping container may be selectively expandable from a collapsed configuration to an expanded configuration by applying pressure to the sides of the container. The shipping container may include an inner structure having mirroring halves, each having a central rectangular face panel with bendable rectangular top, left, right, and bottom partial face panels extending from its sides and a square-shape corner panel positioned between each pair of partial face panels. The expandable shipping container may also include a flexible barrier covering an exterior of the inner structure and forming seams between one or more pairs of partial face panels of each half of the inner structure. The corner panels and left and right partial face panels of each half may include diagonal scorelines that, in conjunction with other scorelines, allow the container to be folded in a manner that facilitates convenient expansion.

The package includes a box structure defining an inner cavity and a side portion. The box structure includes a front panel, a back panel, a first side panel and a second side panel. The side portion is divided into a lower retention portion, an upper retention portion, and a window recess portion. The window recess portion, the upper retention portion and the lower retention portion is configured to retain the elongated body within the side portion to display the select portion through the window recess portion. A divider panel is in the inner cavity. The divider panel has a first end and a second end, the first end of the divider panel being connected to the second side panel. The divider panel is configured to support a universal serial bus (USB) charger to maintain the USB charger in a fixed position within the inner cavity. The blank forms the package.

A quick lift assembling storage box includes a folding box in a flat half-folded state, and a traction support board disposed at the top of the folding box. After a user lifts the traction support board to drive and change the folding box in the flat half-folded state into a three-dimensional state with an accommodation space, and then the user can press and superimpose the traction support board onto the bottom and the inner sides of the folding box to reinforce the strength of the folding box.

A corrugated fibreboard packing case is disclosed, comprising a plurality of side panels, a base and a lid arranged such that the packing case defines an enclosed interior volume when the lid is in a closed configuration; and, first and second adhesive regions arranged such that when the lid is in the closed configuration, the first and second adhesive regions overlap, wherein each of the first and second adhesive regions comprises an adhesive substantially covered with a release liner, whereby the release liners may be removed and the adhesives of the first and second adhesive regions adhered to each other to maintain the lid in the closed configuration. A blank for a packing case, and a method for manufacturing a packing case, are also disclosed.

A cooler includes panels defining a storage area; corner panels; top panels forming a lid; a first handle panel connected to a first top panel and having a slot formed therein; a second handle panel connected to a second top panel and having a slot formed therein; and a first tab panel connected to a corner panel and having a tab defining a recess, the tab being configured to extend through the slot of the first handle panel and through the slot of the second handle panel for locking the handle panels and top panels in a fully closed, carry configuration of the cooler. Portions of the first and second handle panels are received within the recess defined by the tab. The second handle panel can be unlocked and the storage area accessed while holding the cooler with the first handle panel.

Provided herein is a collapsible bulk-sized shipping box made of corrugated plastic. The rectangular box comprises four joined sidewalls, wherein left and right sidewalls are bisected by vertical fold lines allowing the sidewalls to be collapsed inwards. Bottom flaps also extend from the bottom of respective sidewalls and hinge inward about a fold line to provide a bottom side of the box when in use or fold flush with the sidewall when collapsed. The front wall of the box comprises a door flap that hinges inward and outward about a fold line. In addition, a door retaining puck attached to an outer surface of the front wall and configured to resist the door flap opening outward but deflect under application of sufficient force thereby allowing the door flap to open outward completely and provide access to the interior of the box.

A sleeve operable to at least partially contain two cylindrical articles in side-by-side or back-to-back relation, the sleeve including first and second openings or a single opening in a bottom thereof and the first and second cylindrical articles contained within the sleeve such that portions of the first and second cylindrical articles are exposed outside the sleeve.

A self folding polygonal impermeable food box and a tool for its forming. The box is made from cardboard coated on its inside with PET film or foil. The box has a bottom, six lateral sides, two lateral sides and eight corner sides which are partially transparent and directed towards the inside of the box. The box is covered by a cover so that the sides of the cover rest on the outer surfaces of the lateral sides and seal the box. There is also a second variant of the box. The tool for forming the box, which is preferably made from stainless steel, has a bottom, six guides and two guides, which form the six lateral sides and the two lateral sides of the box.

Exemplary embodiments of the present disclosure are directed to a reusable break pack carton formed using single sheet construction that has the ability to be repeatedly flattened and assembled without severing the joints. The break pack carton can include self-locking members configured to form a bottom wall of the break pack carton in the assembled state and a reinforced multi-layer top wall.

An improved collapsible container configured with a base member and at least one multiple cavity or compartment divider either permanently or removably attached to the base member at a pivot point. The multiple cavity divider is configured to close into a relatively flat portion that can be rotated about the pivot point and positioned against the base portion in a storage state, and the multiple cavity divider is configured to be expanded into an open position about the pivot point to create a number of separate cavities. Further, the base member is configured to provide support for the bottom of each of the cavities when the multiple cavity divider is in the expanded position, and the base member is configured to provide support for the multiple cavity divider when it is in the fold down or storage position.