In some embodiments, a system for dispensing liquid from a container holding a liquid comprises a reservoir mountable to the container so as to be in fluidic communication with the container. The reservoir may comprise an inlet and an outlet. When mounted to the container, the reservoir may be configured to measure a predetermined quantity of liquid while in first orientation and to simultaneously dispense the predetermined quantity of liquid from the outlet and receive a refilling quantity of liquid through the inlet while in a second orientation that is angled relative to the first orientation above a threshold angle.

Multiple seal spouts are provided. The multiple seal spout includes an outer frame, inner frame flange, a template, a seal and sliding door on all versions. The seal spout will have multiple fasteners to secure seal spouts to bags, containers, or flat surfaces. The multiple seal spout is releasable and attachable to bags, containers, or any flat surfaces. The seal spout can be used to pour or dispense product. The present invention further includes a seal spout bag holder bracket that may be screwed to wall to hold bag with attached seal spout.

Apparatus and methods are disclosed for sealing openings on containers and other structures, permitting selective removal of portions of the seal structure, and for similar selective removal of portions of adhesive elements such as bandages.

A spout assembly includes a spout and a cap. The cap includes an inner ring having an outer peripheral surface provided with a first region with a first outer diameter and a second region with a second outer diameter. The spout includes a side wall having an inner peripheral surface provided with a first region having a first inner diameter and a second region having a second inner diameter. When the cap is threadably engaged with the spout, the first region of the inner ring is in close contact with the first region of the side wall of the spout throughout the circumference, and the second region of the inner ring is in close contact with the second region of the side wall of the spout throughout the circumference.

The present invention relates to a method for manufacturing of a laminated cellulose-based liquid or semi-liquid food packaging material, wherein the laminated packaging material has a bulk material layer comprising a low-density cellulose spacer layer, an outside module comprising a substrate layer having a print surface and an inside material module comprising a barrier layer or barrier coating. The invention further relates the laminated packaging materials obtained by the method and to a packaging container for liquid food packaging, comprising the laminated packaging material or being made from the laminated packaging material obtained by the method.

Provided is a package sleeve made of a composite material for the manufacture of a package, including: a front surface, a rear surface, two side surfaces, base surfaces and gable surfaces which are arranged on opposite sides of the two side surfaces, the front surface and the rear surface, and a longitudinal seam which connects two edges of the composite material to form a package sleeve. The package sleeve has several fold lines. The two side surfaces have a secondary fold line running therethrough. The package sleeve is folded along both secondary fold lines. The package sleeve is open both in the region of the base surfaces and in the region of the gable surfaces. Also provided are a package and a method for manufacturing a package.

A package assembly (300, 400, 500) comprising a package (100, 302) arranged to hold a food product, wherein the package (100,302) comprises a rear section (140) provided with a longitudinal seal (LS), and an exoskeleton (308, 402, 502, 600, 700, 800, 900, 1000, 1100, 1200, 1300) attached to the rear section (140) of the package (100,302) such that an improved robustness is achieved and that the longitudinal seal (LS) is protected.

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. A vertical direction sealing panel (25) is configured to form a quadrangular tubular body (26). A top portion (28) has an inclined surface (S) which is lower on the body front panel side and higher on the body back panel side. The inclined surface has an opening, and a spout is provided at the opening. The body vertical folding line through which the body front panel and the body right side panel are contiguous with each other and the body vertical folding line through which the body front panel and the body left side panel are contiguous with each other are approximately symmetrical bent lines bent toward a center of the body front panel.

A flexible, stackable container for storing a quantity of a product may include a sealed package formed from a single sheet of film and retaining the quantity of the product disposed therein, and a lid fitment attached to a first side of the package. The first side of the package may have an outer first surface of the film and outwardly extending first corner seals formed in the film at the edges of the first side and surrounding the first side of the package. The package may also have a second side disposed opposite the first side and outwardly extending second corner seals formed in the film at the edges of the second side and surrounding the second side of the package.

The invention relates to an aseptic container (1) for pourable foodstuffs, having a development axis (H) that develops along a longitudinal direction (D). The container (1) comprises: a bottom wall (2); side walls (3) transversal to the bottom wall (2); and at least one top wall (4) opposed to the bottom wall (2). The side walls (3) are made of multilayer material comprising a plurality of layers overlapped one another, with at least one layer made of opaque material (30) and at least one layer made of transparent material (31). The container (1) further comprises: a plurality of openings (5, 5′) made in the opaque material layer (30) in at least one of the side walls (3), in such a way to be closed by the layer (31) of transparent material. In particular, the openings (5, 5′) are flanked each other along the longitudinal direction (D) and each opening (5, 5′) comprises a peripheral edge (50, 50′) defining a closed profile; wherein the maximum distance between two points of the peripheral edge (50, 50′) is between 4 and 8 millimeters.