The present invention discloses a disposable takeout food container, comprising a first sleeve cover, and a second sleeve cover. The first sleeve cover and the second sleeve cover when oriented perpendicular to a tray and engaged with the tray, support the tray at an elevated position, functioning as serving tray stands to form a stable table-tray.

A divider for a shipping container is formed from a single sheet of material. The divider includes a front panel having a plurality of feet; a first platform panel attached to the front panel along a first fold line; at least one divider assembly, and a rear panel having a plurality of feet. Each divider assembly in turn includes a divider interconnector panel to interconnect the divider assembly to a preceding panel; a divider wall panel attached to the divider interconnector panel along an interconnector-wall fold line; and a divider platform panel attached to the divider wall panel along a wall-platform fold line. The at least one divider assembly is attached to the first platform panel along a first divider assembly fold line and to the rear panel along a final divider assembly fold line.

The invention relates to a blank for producing an inlay and to an inlay for a secondary packaging, wherein the blank is rectangular and consists of a material with a corrugation profile, and the blank has at least four fold marks, which are parallel to the corrugation profile. The invention also relates to the use of the inlay for holding edge-stable, rectangular products in a secondary packaging.

A food carton insert and methods for providing multiple food compartments in a food container is disclosed. The food carton insert may be used for rendering one large compartment of an existing food carton or container into multiple smaller food compartments. In some embodiments, the presently disclosed food carton insert may be a substantially continuous sheet of paperboard that is folded in a manner that provides at least two food compartments separated by a divider. Additionally, a method of making the presently disclosed food carton insert is provided. Further, a method of using the presently disclosed food carton insert is provided.

A product tray (20) comprising a product pusher (10), wherein the product pusher (10) is formed from a length of elastically stretchable fabric or material arranged to wrap behind and to the sides of products (22) contained within the tray (20) to apply a resilient bias force to the rear surface of those products (22) contained within the tray (20).

Disclosed is a partition and cover structure that can be accommodated in a shoebox and can be made from one or more conveniently grooved and cut cardboard sheets. The structure includes a substantially rectangular base divided into first and second portions having trapezoidal rectangular shape. The portions of base are consecutive to each other at a respective edge coincident with the oblique side of the aforesaid trapezoidal shape. A pair of mutually opposed partition walls are connected, by way of a fold, to the portions of base at the aforesaid edges, respectively. The structure further includes four side walls two-by-two mutually opposite with respect to the portions of base and connected to the latter by way of respective folds. Also disclosed is a shoebox including the structure, and to one or more substantially flat elements foldable in suitable manner to obtain such structure.

A pharmaceutical packaging which includes access resistant features includes an outer shell, an insert, and a compartment with a divider tray. When the compartment is placed in an interior of the outer shell, the compartment engages with the insert through a first detent element on the insert, and a second detent element on the compartment, the first detent element and second detent element forming a detent arrangement. To release the detent arrangement and gain access to the pharmaceutical packaging, a user must exert a force on release sections of the outer shell. The actuation of the release sections disengage the detent arrangement and allow the user to access the compartment.

A method for manufacturing and packaging a special-shaped cigarette includes the following steps: designing inner packaging case paper capable of being folded into a special-shaped cigarette accommodating cavity; folding the inner packaging case paper to form the special-shaped cigarette accommodating cavity; filling an interior of the special-shaped cigarette accommodating cavity with an ordinary cigarette; and shelving for a certain period of time, so that a cross section of the ordinary cigarette changes from a circle to a special shape, and the ordinary cigarette is accommodated in the special-shaped cigarette accommodating cavity. A diameter of an inscribed circle of the special-shaped cigarette accommodating cavity is less than a diameter of the ordinary cigarette, and a material of the inner packaging case paper is a paperboard or a food grade PVC sheet.

A method for manufacturing and packaging a special-shaped cigarette includes the following steps: designing inner packaging case paper capable of being folded into a special-shaped cigarette accommodating cavity; folding the inner packaging case paper to form the special-shaped cigarette accommodating cavity; filling an interior of the special-shaped cigarette accommodating cavity with an ordinary cigarette; and shelving for a certain period of time, so that a cross section of the ordinary cigarette changes from a circle to a special shape, and the ordinary cigarette is accommodated in the special-shaped cigarette accommodating cavity. A diameter of an inscribed circle of the special-shaped cigarette accommodating cavity is less than a diameter of the ordinary cigarette, and a material of the inner packaging case paper is a paperboard or a food grade PVC sheet.

Disclosed is a partition and cover structure that can be accommodated in a shoebox and can be made from one or more conveniently grooved and cut cardboard sheets. The structure includes a substantially rectangular base divided into first and second portions having trapezoidal rectangular shape. The portions of base are consecutive to each other at a respective edge coincident with the oblique side of the aforesaid trapezoidal shape. A pair of mutually opposed partition walls are connected, by way of a fold, to the portions of base at the aforesaid edges, respectively. The structure further includes four side walls two-by-two mutually opposite with respect to the portions of base and connected to the latter by way of respective folds. Also disclosed is a shoebox including the structure, and to one or more substantially flat elements foldable in suitable manner to obtain such structure.