Abstract: The present invention relates to a packaging comprising two containers (1, 2) each having an open end, and two lids. The two lids are a male lid (3) and a female lid (4) each having a topside and a underside and being adapted to close the open end of a container. The male lid (3) comprises a protrusion (7) and the female lid (4) comprises a cavity (8) adapted to receive the protrusion of the male lid. The protrusion (7) of the male lid has an edge (12) circulating at least a part of the protrusion at varying heights of the protrusion, and the cavity (8) comprises a ledge (13) mating the edge of the male lid, so that when the protrusion is received in the cavity the edge of the male lid abuts the ledge of the cavity. This results in that the two containers (1, 2) are combined into a single packing when the lids (3, 4) are arranged to close the opening of the containers and the protrusion (7) is received in the cavity (8).

Abstract: The present invention relates to a packaging comprising two containers (1, 2) each having an open end, and two lids. The two lids are a male lid (3) and a female lid (4) each having a topside and a underside and being adapted to close the open end of a container. The male lid (3) comprises a protrusion (7) and the female lid (4) comprises a cavity (8) adapted to receive the protrusion of the male lid. The protrusion (7) of the male lid has an edge (12) circulating at least a part of the protrusion at varying heights of the protrusion, and the cavity (8) comprises a ledge (13) mating the edge of the male lid, so that when the protrusion is received in the cavity the edge of the male lid abuts the ledge of the cavity. This results in that the two containers (1, 2) are combined into a single packing when the lids (3, 4) are arranged to close the opening of the containers and the protrusion (7) is received in the cavity (8).

Abstract: The invention relates to a closure lid (20) for a packaging (1) for food products like frozen confectionery, such as ice-cream cups or ice-cream cone sleeves, comprising a plate-shaped centre member (21), and a circumferential non-continuous flange member (22) designed to be selectively in full contact with an inner wall (13) or an outer wall (14) of the packaging (1) and extending essentially in a right angle from the circumference of the plate-shaped centre member (21), wherein the lid (20) is designed such that the plate-shaped centre member (21) can only assume a convex or a concave configuration, and can be manually transferred between the said configurations, and wherein said transfer translates into a change of the angular position of the flange member (22) relative to the plane defined by the circumferential edge (23) of the plate-shaped centre member (21). The invention also relates to a packaging (1) comprising the closure lid and to a packaged frozen confectionery product.

Abstract: The invention is directed to a sealed packaging (1, 100, 110) for food products (P), such as confectionery products like candy bars or ice cream bars, preferably having a substantially cuboid form and comprising a flow wrap (2), wherein the flow wrap (2) is closed by end seals (3, 4) at two opposed ends (5, 6) and a fin seal (7) extending in a longitudinal direction of the packaging (1, 100, 110) between the two end seals (3, 4), wherein the fin seal (7) is provided at a lateral side (8) of the packaging (1, 100, 110), wherein an opening aid (9) is provided in the fin seal (7), and wherein the opening aid (9) extends into a tear-line (11) which diagonally traverses at least one of a front and rear wall (F, R) of the packaging (1, 100, 110).

Abstract: A dispensing closure for a container that includes closure walls, at least one dispensing aperture, at least one closing element that is movable between a position where the aperture is closed, and a position where the aperture is open. This closure includes at least one actionable member that surrounds the closure walls and the closing element, and at least one connection element located between the actionable member and the closing element. The connection element is made of a material that is sufficiently rigid below a predetermined safety temperature, to connect the actionable member and closing element, thus allowing opening of the dispensing aperture by moving the actionable member and fluid above temperature so that the actionable member and closing element are disconnected.

Abstract: A dispensing closure for a container that includes closure walls, at least one dispensing aperture, at least one closing element that is movable between a position where the aperture is closed, and a position where the aperture is open. This closure includes at least one actionable member that surrounds the closure walls and the closing element, a spring element disposed between the closing element and the closure walls to force the closing element to close the aperture, a connection device that includes a flexible pouch containing a temperature dependent material, and a catch mechanism.

Abstract: A pressurized container (1) for a viscous product, comprising a container body (2) with an opening (9), a piston (3), a dispensing closure (4) attached to the container body opening (9) which comprises closure walls, at least one dispensing aperture (13), at least one closing element (14) that is movable relative to the closure walls between a closed position and an open position, the container (1) further comprising a spring element (15) disposed between said closing element (14) and said closure walls, so as to naturally force the closing element (14) in a position where it closes said aperture (13), wherein the closure walls define a channel (16) with at least one lateral dispensing aperture (13) remote from the container body opening (9), said closing element (14) having the shape of a ring that seals around and is movable relative to the channel (16), by translation along, or by rotation around, an axis which is parallel to the longitudinal axis of the channel (16).

Abstract: A pressurized receptacle that dispenses viscous product from a container that has a dispensing valve. The dispensing valve has a valve pot that is secured in the container opening which seats a spring that biases a dispensing stack and a valve element to a closed position. The biasing position can be selectively overcome by a rotary collar that interacts with a helical ramp that can house at least one stud that drives the dispensing stack and thereby the valve element open to allow dispensation to occur.

Abstract: A container (1) comprising a container body (2) and a dispensing closure (4), the closure comprising walls (5), at least one dispensing aperture (6), at least one closing element (7) that is movable between a position where said aperture is closed, and a position where the aperture is open, said closure further comprising at least one actionable means (8) that surrounds the closure walls and the closing element.

Abstract: A dispensing closure for a container that includes closure walls, at least one dispensing aperture, at least one closing element that is movable between a position where the aperture is closed, and a position where the aperture is open. This closure includes at least one actionable member that surrounds the closure walls and the closing element, and at least one connection element located between the actionable member and the closing element. The connection element is made of a material that is sufficiently rigid below a predetermined safety temperature, to connect the actionable member and closing element, thus allowing opening of the dispensing aperture by moving the actionable member and fluid above temperature so that the actionable member and closing element are disconnected.

Abstract: A dispensing closure for a container that includes closure walls, at least one dispensing aperture, at least one closing element that is movable between a position where the aperture is closed, and a position where the aperture is open. This closure includes at least one actionable member that surrounds the closure walls and the closing element, a spring element disposed between the closing element and the closure walls to force the closing element to close the aperture, a connection device that includes a flexible pouch containing a temperature dependent material, and a catch mechanism.

Abstract: A pressurized container (1) for a viscous product, comprising a container body (2) with an opening (9), a piston (3), a dispensing closure (4) attached to the container body opening (9) which comprises closure walls, at least one dispensing aperture (13), at least one closing element (14) that is movable relative to the closure walls between a closed position and an open position, the container (1) further comprising a spring element (15) disposed between said closing element (14) and said closure walls, so as to naturally force the closing element (14) in a position where it closes said aperture (13), wherein the closure walls define a channel (16) with at least one lateral dispensing aperture (13) remote from the container body opening (9), said closing element (14) having the shape of a ring that seals around and is movable relative to the channel (16), by translation along, or by rotation around, an axis which is parallel to the longitudinal axis of the channel (16).