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 blank for forming a package can include a base panel, a first base side panel foldably connected to the base panel, a plurality of first base side flaps foldably connected to the first base side panel, a second base side panel foldably connected to the base panel opposite the first base side panel, and a plurality of second base side flaps foldably connected to the second base side panel. The blank can include a hinge panel foldably connected to the base panel, a top panel foldably connected to the hinge panel, a first top side panel foldably connected to the top panel, a plurality of first top side flaps foldably connected to the first top side panel, a second top side panel foldably connected to the top panel opposite the first top side panel, and a plurality of second top side flaps foldably connected to the second top side panel. An end first base side flap and an end first top side flap can be formed and separated by a first cut line such that the end first base side flap and the end first top side flap are abutting each other, and an end second base side flap and an end second top side flap can be formed and separated by a second cut line such that the end second base side flap and the end second top side flap are abutting each other.

A method for producing packaging comprises providing the shell part that defines an opening, a cavity at least partially formed by a bottom wall and side walls, and a continuously circumferential lower contact surface at a constant height around the opening of the cavity and providing a collar including the circumferential edge flange. At least one bottom tool is structured to comprise aa lower contact surface and a cavity configured to receive the shell part. At least one top tool is structured to comprise an upper contact surface. The shell part is inserted into the cavity of the at least one bottom tool and the collar is placed on the lower contact surface. A barrier film is placed over the edge flange and pressed to form a tray that is filled with goods. A sealing film is then pressed against the barrier film to seal the goods within the tray.

Heat-sealable packaging comprising an inner container (1) formed from a first flat sheet (3) of cellulose material, an outer shell (2), linked to an upper end of the container (1) in the vicinity of its upper opening, formed from a second sheet (6) of cellulose material, flat and die-cut, comprising at least one outer perimeter surface (9) giving rise to a flat surface around the upper opening of the container (1) for closing the container by heat-sealing of a plastic sheet, and a plastic coating film covering at least the inner side of the container (1) and the outer perimeter surface (9) of the enclosure (2). The first sheet (3) and the second sheet (6) have different and independent perimeter dimensions and outlines.

A configurable pastry container is disclosed. In an embodiment, a configurable container is provided that includes a container bottom and a configurable rack that is placed within the container bottom. The configurable rack comprises one or more configurable openings that are configured to secure pastries having a plurality of sizes. The container also includes a container top that covers the container bottom to form an enclosed container that secures the pastries.

A liquid retaining folded laminar container made from a cold or heat pre-cut paper or plastic sheet. The laminar container comprises engraved lines that enable folding to form a container. The laminar container has a circular base having a double concentric cone. The laminar container's sides close on itself to create a self-bearing square, or geometric, outline container with lids. The container is manually formed from the an engraved laminar sheet. The containers can be stored and transported flat.

A container for foodstuffs includes a containment body having a polygonal bottom wall and perimeter side walls connected to each other and to the polygonal bottom wall so as to define a food containment volume open at the top at an upper opening. At least two side flaps and one upper flap extend from each perimeter side wall. Each side flap is connected to the respective side wall through a respective side folding line and abuts against and is bonded to a respective adjacent side flap, defining a supporting element outside the containment volume. Each upper flap is connected to the respective side wall through a respective first upper folding line along which it is folded away from the containment volume so as to define an edge portion of the container suitable to receive a closure element.

A method of forming a packaging brace for a washing machine appliance includes providing a flat blank. The method also includes folding a left side panel and a right side panel of the flat blank inwards towards each other. The method further includes positioning a bottom panel of the blank above an opening in a cabinet of the washing machine and inserting the bottom panel into a basket of the washing machine through the opening whereby a contoured profile of the opening urges the blank to fold and form a packaging brace for the washing machine appliance.

Described herein is a food holder including a multiple-panel sleeve that may include a front panel, a rear panel, two front-side panels and two back-side panels that form an irregular shape. The multiple-panel sleeve includes a bottom member connected to bottom edges of the front and rear panels. The irregular, tapered shape of the bottom member promotes the structural integrity of the food holder.

A takeaway box can include a main body with a lid. The lid can be configured to selectively move between an opened position and a closed position. The lid can include a lid panel, a tear panel, and an adhesive panel. The tear panel can be disposed between the lid panel and the adhesive panel. The adhesive panel can have an adhesive. The adhesive can be configured to affix the adhesive panel to a base panel of the takeaway box when the lid is in the closed position. A portion of the tear panel can be formed adjacent to the adhesive panel. The portion of the tear panel can be configured to be torn from the tear panel and the adhesive panel, thereby permitting the lid to be moved to the opened position when the adhesive panel is affixed to the base panel of the takeaway box.