A tray has a back wall, at least two side walls, a front wall, and a bottom. The side walls have an inner side wall panel and an outer side wall panel, and a gap between the inner and outer side wall panels. The back wall has an outer back wall panel and an inner back wall panel, and a gap provided between the inner back wall panel and the outer back wall panel. The inner back wall panel has first and second side edges, a top edge, and a bottom edge. A first of the inner side wall panels has a back edge, a front edge, a top edge, and a bottom edge. A multilayered corner reinforcing structure couples the back edge of the first inner side wall panel to the first side edge of the inner back wall panel at a first corner of the tray.

The method includes first folding a top panel and a top hinge panel about a back panel and adhesively connecting the top hinge panel the back panel to form a first hinge, second folding a bottom panel and a bottom hinge panel about the back panel and adhesively connecting the bottom hinge panel to the back panel to form a second hinge, the first hinge and the second hinge being on first opposing edges of the back panel, and third folding a first side panel and a second side panel about the back panel to form a first wall and a second wall of a carton, the first wall and the second wall being on second opposing edges of the back panel.

The carton includes a back panel, a first inner panel, a first surface of the first inner panel contacting a second surface of the back panel, and walls positioned on sides of the back panel, the walls, the back panel and the first inner panel collectively defining a recess. The walls includes a first hinge panel connecting a top panel to the back panel, a second hinge panel connecting a bottom panel to the back panel, a first side panel and a second side panel each connected to the back panel, a top front panel connecting a second inner panel to the top panel, a third surface of the second inner panel contacting the second surface of the back panel, and a fourth surface of the first hinge panel and a fifth surface of the second hinge panel connected to the back panel.

A tray for restraining movement of a rollable object, such as one that can roll or rock out of position on a conveyor, is formed of a single sheet. The tray includes a base and upstanding structures.

A folding carton includes a tray with a base and at least one side, and a lid including a top at least partially covering the tray. The lid includes two connection tabs that connect to the at least one side. Two corner connection tabs each connect to one of the two connection tabs via a vertical first fold line and configured to connect to a first edge of the top via a horizontal second fold line. The top wall is opened by one of: (1) folding about the horizontal second fold lines between the corner connection tabs and the top; and (2) by folding a tuck-in tongue about a third fold line against an inside of the top and folding the top halves about a fourth fold line in the tuck-in tongue and about the vertical first fold lines between the corner connection tabs and the connection tabs.

The carton includes a back panel, a first inner panel, a first surface of the first inner panel contacting a second surface of the back panel, and walls positioned on sides of the back panel, the walls, the back panel and the first inner panel collectively defining a recess. The walls includes a first hinge panel connecting a top panel to the back panel, a second hinge panel connecting a bottom panel to the back panel, a first side panel and a second side panel each connected to the back panel, a top front panel connecting a second inner panel to the top panel, a third surface of the second inner panel contacting the second surface of the back panel, and a fourth surface of the first hinge panel and a fifth surface of the second hinge panel connected to the back panel.

The inventive concepts relate generally to a wraparound tray, and more particularly to a wraparound tray preassembly formable into an erected wraparound by folding the tray preassembly around a product to be held within. The tray preassembly is configured so that minimal assembly steps are needed to erect the wraparound tray around the product.

A carton for displaying articles attachable to a flip sign is disclosed, which includes a box structure having a back panel, a bottom panel, a top panel, a pair of side panels, a top front panel, a bottom front panel, a first inner panel and a second inner panel, the first inner panel having a pair of slots configured to receive a pair of tabs on an outer free edge of the second inner panel. The first and second inner panels rest adjacent to the back panel upon placing a plurality of articles within a recess, which is formed between the top front panel, the bottom front panel, the back panel, and the pair of side panels.

A packaging, especially for food, including a cardboard shell and a cover placed thereon in the closed state and which engages over the outside of an upper edge of the shell. Inwardly protruding nubs arranged at at least two opposing side walls of the cover interact with retaining elements at associated side walls of the shell. The side walls having the retaining elements each have a wall portion which is connected to the bottom of the shell by a bend, a first reinforcing portion connected to the upper end of the wall portion by a bend, a second reinforcing portion connected to the first reinforcing portion by a bend and an adhesive-secured portion connected to the second reinforcing portion by a bend and which is adhesively bonded to the outer side of the wall portion. A sub-portion of the wall portion that lies above the adhesive-secured portion, and the first and second reinforcing portions delimit a triangular channel. The retaining elements are formed by edges of openings in or by downwardly directed outer surfaces of the second reinforcing portions.

The present disclosure is directed to a box for use in packaging, storing and displaying items. The box has a one-dimensional configuration before it is formed and a three-dimensional configuration after it is formed. The three-dimensional configuration is formed from a blank which lies flat and has a plurality of fold lines. A second blank may be employed in forming the box. The three dimensional configuration of the box includes a base portion, four side portions, a cover portion and a platform within the interior of the box that is capable of moving in an angled manner out from the interior of the box upon opening the box and of moving inside the interior of the box upon closing the box.