A foldable container moveable between a stowed configuration and a deployed configuration defining an interior area for holding bulk material is provided. The container includes opposed side panels and a bottom flap extending from a bottom edge of each side panel. A tab member extends from a distal end of each bottom flap and a tab finger extends from each tab member so as to define a hook at a distal end of each bottom flap. The hooks are interconnected so as to hingedly connect the distal ends of the bottom flaps together, thereby causing the bottom flaps to rotate between their respective stowed and deployed configuration positions as the end panels are translated between their respective stowed and deployed configuration positions. Locking tabs extending from distal ends of end flaps extend into the interior area of the container to secure the container in the deployed configuration.

The present invention relates to a foldable paper container for cooking and, more particularly, to a foldable paper container for cooking in which the paper can easily be folded and used as a container. The foldable paper container for cooking, of the present invention, is configured such that when forming a container by folding, fixing portions that connect side wall portions and connection portions are folded in directions opposite to protruding directions such that the side wall portions and the connection portions maintain a folded state.

In accordance with at least one aspect of this disclosure, a package can include an octagonal side body formed of at least eight body panels and an autobottom connected to the octagonal side body and formed of a plurality of bottom panels extending from a respective body panel of the plurality of the at least eight body panels. The autobottom can connect all of the at least eight body panels together in an octagonal shape when the plurality of bottom panels are interacting with each other.

A collapsible box includes a top panel; a front panel hingedly attached to the top panel; a first side panel hingedly attached to the top panel and the front panel; a second side panel hingedly attached to the top panel and the front panel; a rear panel hingedly attached to the top panel, the first side panel, and the second side panel; and a bottom panel hingedly attached to the front panel, the rear panel, the first side panel, and the second side panel; and wherein a lateral hinge is defined extending at least partially across the front panel, the first side panel, the second side panel, and the rear panel, and wherein the lateral hinge is configured to collapse the collapsible box when a user presses inwards on the first side panel and the second side panel along the lateral hinge.

Disclosed is a carton with an integrated partition formed from a single blank and that can be erected from a folded and glued configuration in a single step. The unerected carton is configured so it snaps automatically into an erected carton with integrated partition when a user simply applies slight pressure to the corners of the unerected carton. The erected carton with integrated partition can then be easily collapsed into the unerected configuration by simply squeezing opposing sides of the erected partition about the corners. Since the carton with integrated partition is configured to move easily and automatically between the unerected and erected positions, the carton with integrated partition is suitable for repeated use.

The present invention relates to a collapsible virtual reality viewer. Aspects of the viewer include a body portion and a viewing portion, each having a plurality of panels abutting fold lines. The viewer may be folded along the fold lines to move from an expanded configuration to a collapsed configuration when it is not being used. In one aspect, the viewer includes a detachable panel that is removeably coupled to the viewer along a plurality of perforations. Promotional material may be printed on or attached to the detachable panel. In another embodiment, the body portion and the viewing portion are each formed of a unitary construction in which the panels of each portion are die cut from a single piece of material and folded along fold lines to form the body and viewing portions, which are then secured together at one or more locations.

A packaging system includes an inner box and an outer box. The inner box is adapted to receive items to be transported and has a base, a side wall and a lid. The outer box is adapted to house the inner box and has a base, a side wall and a lid. The base and the lid of the outer box are adapted to form a flat pack that houses a folded-down form of the inner box and of the side wall of the outer box for transport within the flat pack. The folded-down form of the inner box can be removed from the flat pack and assembled to form the inner box. The folded down form of the side wall of the outer box can be removed from the flat pack and assembled together with the base and the lid of the outer box to form the outer box.

A packaging system includes an inner box and an outer box. The inner box is adapted to receive items to be transported and has a base, a side wall and a lid. The outer box is adapted to house the inner box and has a base, a side wall and a lid. The base and the lid of the outer box are adapted to form a flat pack that houses a folded-down form of the inner box and of the side wall of the outer box for transport within the flat pack. The folded-down form of the inner box can be removed from the flat pack and assembled to form the inner box. The folded down form of the side wall of the outer box can be removed from the flat pack and assembled together with the base and the lid of the outer box to form the outer box.

The invention provides a packing box and a method of using the same, comprising a base surface, side surfaces and receiving compartments; wherein the side surfaces and the base surface form first set of folding marks used to fold along the first folding marks and form a space for the packing box; a plurality of holes are opened on the base surface, and the receiving compartments are fixed on the base surface, with the holes used as openings thereof; each receiving compartment is surrounded by a plurality of wall surfaces, the wall surfaces unparallel to the base surface when the receiving compartments are expanded are defined as unparallel wall surfaces, the other wall surfaces are parallel wall surfaces, and a plurality of second folding marks are formed on the unparallel wall surfaces to be used to fold and expand the corresponding wall surfaces; wherein, when the unparallel wall surfaces are folded, the internal cavities of the receiving compartments disappear and the receiving compartments are retracted, and when the unparallel wall surfaces are expanded, the receiving compartments are expanded. The proposal of the invention has advantages that the space occupied by the packing box can be reduced during transportation and storage, the packing box can be formed conveniently and quickly, and the final packing box structure is stable and reliable.

A corrugated cardboard blank for making a collapsible container including one or more panels joined to a bottom panel. The bottom panel is divided into first and second sectional panels on opposing sides of an interface comprising perforated portions extending from a first pair of diagonally opposing corners of the bottom panel. Each perforated portion includes an inner end, wherein the inner ends of the perforated portions are longitudinally spaced from each other. First and second fold lines extend diagonally at least partially between a second pair of diagonally opposing corners of the bottom panel and respective perforated portions. A frangible central portion of the interface extends between the inner ends of the perforated portions, wherein a plurality of unbroken flutes of the corrugated material extend laterally across the central portion of the interface.