The self-folding pizza packaging box with the compartments and carry handle belongs to the area of transport packaging. The box (1) is made of the folded blank (A), formed by folding and gluing into a flat form of the box (1), and is formed from the upright surfaces in a vertical position. The box (1) is made in the form of a prism with bases (2, 3), parallel lateral panels (4, 4′′), while its other two parallel sides are rectangular flaps (5). The box (1) is formed by folding upwards the lateral panels (4, 4′) of the rectangular shape along the folding lines (2.1, 2.2, 3.1, 3.2), by straightening the flaps (9.1, 9.2, 9.3, 9.4) which are continued to the lateral panels (4, 4′) and by folding upwards the rectangular parts of the flaps (5) along the folding lines (2.3) so that it is brought to a vertical position to the bases (2, 3) of the rhomboid shape. By folding upwards the lateral panels (4, 4′) the rhomboid compartments (6, 7) are also straightened, they are pulled in towards the inside of the box (1) in relation to the outer edges of the filling opening. On the flap (5) whose longer side is the folding line (5.1), a cutting line (5.2) is made in which the flap (8) is inserted, made in the middle of the other two parallel sides of the base (3) along the folding line (8.3), thus sealing the box (1) is provided. After putting six slices of pizza, the whole pizza, into the box and closing it, the carry handle (10) is inserted into the box (1) so that the parts (10.3) are inserted between the rectangular parts of the flap (5) and the flaps (9.2, 9.4), the parts (10.2).) rest on the lateral panels (4, 4′), and the part (10.1) is placed diagonally on the surface of the base (3). The application (contain the embodiment of the box (1) which is the folded blank (A1).

The present disclosure provides a flexible multilayer film. The flexible multilayer film includes at least three layers. One of the layers is a seal layer and one of the layers is a barrier layer. The seal layer is an ionomer. The backing layer is in direct contact with the seal layer. The backing layer is an ethylene/α-olefin multi-block copolymer.

A package comprising a first panel defining a first end, a second end opposite the first end, and at least two side edges; a second panel defining a first end, a second end opposite the first end, and at least two side edges, wherein the second panel is connected to the first panel via longitudinal seams formed along respective side edges of the first and second panels; and at least one end seam formed along at least one of the first end or the second end of the first and second panels, wherein the at least one end seam comprises an outer edge; and a barrier coating disposed on an interior surface of at least one of the first and second panels, wherein the barrier coating does not extend to the side edges of the longitudinal seams or the outer edge of the at least one end seam.

A self-heating assembly includes a product tray for containing a product to be heated and a heater tray outside the product tray and configured relative to the product tray to define a reaction space between the heater tray and the product tray. A frangible container made of a shrink film material is inside the reaction space. The frangible container contains a first reactant that is a liquid. A second reactant is outside the frangible container. The first and second reactants are configured to react exothermically upon contact with each other.

An automated system for the preparation and distribution of food, comprises: at least one supply station of at least one container adapted to contain a plurality of food ingredients; at least one filling station of the at least one container with the food ingredients; at least one pressurization station intended to apply an vacuum to the at least one container; at least one microwave cooking station of the food ingredients inside the at least one container; and a distribution apparatus/system(s)/component(s)/structure(s) (or the like) of the at least one container to an end consumer.

An automated system for the preparation and distribution of food, comprises: at least one supply station of at least one container adapted to contain a plurality of food ingredients; at least one filling station of the at least one container with the food ingredients; at least one pressurization station intended to apply an vacuum to the at least one container; at least one microwave cooking station of the food ingredients inside the at least one container; and a distribution apparatus/system(s)/component(s)/structure(s) (or the like) of the at least one container to an end consumer.

A sandwich wrap including a flexible, edible sheet that is adapted to enfold an edible filling whereby the resulting enclosing tube has both ends open and an auxiliary support situated under the lowermost open end when the wrap is held vertically for consumption, thus restraining filling from exiting. A method using an assembly frame positions the auxiliary support. Filling is stocked in a capped filling storage tube including at least two components that can be disassembled from inside the edible enclosing tube to give the edible enclosed filling. The food product may include a set of separately enclosed different fillings and each edible enclosing tube may be shaped around the filling storage tube to give a cross-sectional form of a circle sector so that the set forms a right circular cylinder. A seepage container assists assembly in advance of an order to avoid impairment by moisture seeping out of fillings.

A sandwich wrap including a flexible, edible sheet that is adapted to enfold an edible filling whereby the resulting enclosing tube has both ends open and an auxiliary support situated under the lowermost open end when the wrap is held vertically for consumption, thus restraining filling from exiting. A method using an assembly frame positions the auxiliary support. Filling is stocked in a capped filling storage tube including at least two components that can be disassembled from inside the edible enclosing tube to give the edible enclosed filling. The food product may include a set of separately enclosed different fillings and each edible enclosing tube may be shaped around the filling storage tube to give a cross-sectional form of a circle sector so that the set forms a right circular cylinder. A seepage container assists assembly in advance of an order to avoid impairment by moisture seeping out of fillings.

There is provided a container that makes it possible to suppress intrusion of bacteria from the tip of a pleat part into the inside of the container. The container includes: a main body that includes a body part defining a containing portion and a flange part extending outward from an upper portion of the body part; and a lid that is joined to the flange part of the main body via an outer edge seal portion so as to cover the containing portion, the lid being formed by a lid member folded back at a fold-back portion such that portions of the lid member overlap each other. The lid has: a pleat part that includes the portions of the lid member overlapping each other and that extends from an edge of one side to an edge of the other side of the lid in a first direction; and a first lid part and a second lid part that are formed by the lid member and that are arranged on opposite sides of the pleat part. The pleat part includes: a pleat seal portion in which inner surfaces of the portions of the lid member are joined together and that extends from the edge of the one side to the edge of the other side of the lid in the first direction; and a steam passing portion that includes a through hole or a cutout formed in the pleat seal portion. Seal strength of the pleat seal portion is lower than that of the outer edge seal portion.

A container structure for sealing and keeping food fresh, which can be repacked after unpacking. The container structure has a container body and a covering film; the container body has a housing chamber, a first abutting face, a concave groove portion, a second abutting face and a preset break line; the covering film can seal the housing chamber and bond with the first and second abutting face, specifically, it is bonded to the first abutting face through the micro sealing portion, so that the bonding between the covering film and the first abutting face is weaker than the bonding between the second abutting face; To open the covering film, the user needs to apply a force upon the external edge of the top end of the container body, to break the preset break line, and to separate the covering film from the first abutting face, so as to form a separated and independent frame.