A container for pourable food comprises an initially sealed body portion for holding the pourable food and a drink spout for drinking from the container. The proximal end of a base portion of the drink spout is permanently attached to the outer surface of the container, and has an opening to receive pourable food from the body of the container. The distal end of the base portion has an opening for drinking the pourable food from the container. The drink spout comprises a lid portion initially attached to the base portion to seal the opening at the distal end by a breakable sealing portion. The drink spout comprises a connection portion permanently attaching the lid portion to the base portion. The connection portion is a flexure hinge allowing the lid portion to pivot away from the base portion after the breakable sealing portion has been broken.

In one embodiment, a liquid dispensing system includes a bag, a tap, and a box. The bag includes a spout that is configured to permit the bag to be filled with a liquid. The tap is configured to be coupled to the bag. The box is configured to hold the bag. The box includes a back side and a front side opposite the back side. The front side includes art aperture for the tap. At least a portion of the aperture is located below a horizontal center line of the front side.

A paper inner container for storage of a refilling liquid content, the paper inner container including a body (11), which includes a body front panel (7), a body right side panel (6), a body left side panel (8), and a body back panel (5). A top surface (12) includes: a top surface forming panel (14) which is continuously provided on an upper edge of the body back panel; a top surface formation assisting panel (16), which is continuously provided on an upper edge of the body front panel, and is folded up on a lower side of the top surface forming panel; and right and left side panels (19, 20), which are continuously provided on upper edges of the body right side panel and the body left side panel, and are folded up along with overlapping of the top surface forming panel and the top surface formation assisting panel.

A paper container includes a body front panel (5), a body left side panel (6), a body right side panel (8), and a body back panel (7), which are contiguous through body vertical folding lines (1), (2), (3), and (4). A vertical direction sealing panel (25) is configured to form a quadrangular tubular body (26). The body vertical folding line (1) and the body vertical folding line (2) are approximately symmetrical bent lines bent toward a center of the body front panel (5), and the body vertical folding line (3) through which the body back panel and the body left side panel are contiguous with each other and the body vertical folding line (4) through which the body back panel and the body right side panel are contiguous with each other are approximately symmetrical bent lines bent toward a center of the body back panel.

A spout assembly with a spout and a cap. The spout has a cylindrical sidewall; a cylindrical base at the lower end of the sidewall and having a larger outer diameter than the sidewall; and a disk-like flange extending outward from the lower end of the base. The cap has a cylindrical peripheral wall with an internal thread and is screwed onto the upper end side of the spout sidewall. The spout sidewall also has a projection formed between the external thread and the recess so as to extend circumferentially and have a height lower than a height of the external thread, and with the cap screwed onto the spout, at least a portion of an upper surface of the base fits an inner side of a peripheral wall of the cap.

A packaging container formed by folding a sheet material and includes a container body that has a trunk, a top and a bottom. The trunk serves as side panels, while the top and the bottom are respectively connected to ends of the trunk. In the packaging container, a first weakened portion is linearly formed in the container body.

A packaging container includes a first portion and a second portion that are placed on each other. Each of the first portion and the second portion has a projection polygonal surface having a projection polygonal shape, side portion polygonal surfaces extending from respective sides of the projection polygonal surface, a plurality of to-be-folded surfaces provided between the respective adjacent side portion polygonal surfaces, and a peripheral portion extending over an entirety of an outer edge. The first portion and the second portion are connected to each other at the peripheral portions by a side seal portion obtained by sealing the peripheral portions to each other, or by a connection portion obtained by folding the sheet material, and have air-tightness except for an opening.

A plastic formed body having a pouring port 110 for pouring out highly wetting liquid that wets plastics to a high degree, wherein at least either a surface 110b that becomes a liquid-drip flow passage when said liquid drips at the pouring port 110 or a surface 110a that becomes a flow passage when said liquid is poured out, is coated with a fluorine-contained resin, and a surface of the fluorine-contained resin coating has an arithmetic mean roughness (Ra) in a range of 0.4 to 200 m in the surface roughness measurement and an element mean height (Rh) in a range of 0.04 to 10 as defined by mean height (Rc)/element mean length (RSm) in the linear roughness measurement. The formed body effectively prevents said highly wetting liquid from dripping at the pouring port 110.

Described is sheetlike composite comprising as layers of a layer sequence in a direction from an outer surface of the sheetlike composite to an inner surface of the sheetlike composite; a) an outer polymer layer, b) a carrier layer, and c) a barrier layer; wherein the sheetlike composite comprises a first composite region and a second composite region; wherein in the first composite region the sheetlike composite further comprises a first colour application, superimposing the outer polymer layer on a side of the outer polymer layer which is facing away from the inner surface of the sheetlike composite; wherein in the second composite region the sheetlike composite further comprises a second colour application, superimposing the outer polymer layer on the side of the outer polymer layer which is facing away from the inner surface of the sheetlike composite; wherein the second colour application comprises a 2D-code. Described is a process including steps of adapting an outer surface of a sheetlike composite precursor to a first value and to a further value, and steps of applying a first and a second ink composition to the outer surface; to a sheetlike composite obtainable by the process; to a container precursor and a closed container, each comprising a pre-cut section of one of the preceding sheetlike composites; to a use of one of the preceding sheetlike composites; and to a use of an inkjet printer.

A sheet of packaging material to form a package, comprises a receiving region to receive an opening device of the package attached thereon, the sheet of packaging material further comprises two reference marks detectable by a detecting unit of an applying device arranged for applying the opening device on the receiving region. A method for producing a package comprises folding, filling and sealing a sheet of packaging material to obtain the package, the packaging material comprising a receiving region to receive an opening device and two reference marks, the method comprising detecting the reference marks and selecting a subsequent action to be performed on the package and/or the opening device on the basis of the detected position of the reference marks.