Abstract: A pod has an inner volume in which beverage ingredients are stored and in which a beverage is produced when water is introduced inside. The pod includes a body where water is introduced and a closing lid where the beverage is dispensed. The pod is made of a biodegradable material. The body has a three-dimensional shape. The body can be made of a multilayer material including a paper layer and a plastic sealing layer with a tensile value at break preferably between 2% and 20%. The body also can be made of a monolayer material consisting of plastic with a tensile value at break in the range between 2% and 1000%. The closing lid is flat and made of a material having a puncture resistance value between 3 N/15 mm and 10 N/15 mm for an elongation between 1.5 mm and 3 mm.

Abstract: The invention concerns a manufacturing process for producing hermetic single-use food containers, including: forming a 3D container body having a peripheral upper rim by stamping a 2D blank in a press, the 2D blank including a rim portion (11) and a wall portion (12); applying a closing lid over the 3D container body and sealing the closing lid with the rim. The manufacturing process is characterized in that it comprises a creasing step before forming the 3D container body, where creases (13) are formed in a peripheral zone of the 2D blank (10) by creasing or embossing the 2D blank with a creasing or embossing plate, the thus pre-creased peripheral zone covering at least a part of the rim portion (11) of the 2D blank.

Abstract: The invention concerns a manufacturing process for producing hermetic single-use food containers, including: forming a container body (30) having an peripheral rim (31), placing the container body in a sealing head having a first die (2) and a second die (8) having cooperating annular sealing surfaces (4, 10) facing the rim (31), sealing a closing lid (34) placed over the container body with the rim (31) by applying the first die (2) and the second die (8) one against the other. According to the invention, the first die (2) is provided with a continuous annular rib (6) in its sealing surface (4), the rib having a height (h) which is at least equal to a maximum depth of wrinkles that might appear on the rim upon forming the container body, whereby a sealing groove (12) is formed by the rib (6) in a side of the rim during the sealing.

Abstract: The invention relates to a beverage preparation device (100) for preparing a beverage upon interaction of ingredients provided in a capsule (5) with liquid supplied thereto, the device comprising an injection module (10) comprising a first (1) and a cooperating second enclosing member (2) designed for being moved relatively to each other, the first enclosing member being equipped with capsule opening and injection means (3) for opening a first inlet face (5a) of a capsule (5) and inject liquid into the capsule, the first and second enclosing member (1,2) being designed for being brought into at least a first capsule insertion position for inserting a capsule between the enclosing members (1,2) and a second capsule enclosing position in which the opening and injection means (3) engage the liquid inlet face (5a) of the capsule (5), the device (100) further comprising control means (13) designed for setting at least the capsule enclosing position based on information read from the capsule and/or based on informa

Abstract: A package assembly (20) comprises products enclosed in a tubular packet (24) formed from a flexible wrapper (26). A line of weakness (40) encloses an opening region (42) in a side wall (28) of the packet. The opening region (42) is at least partially removed to create a dispensing opening by tearing the wrapper along the line of weakness (40). In one embodiment, the packet is opened by pressing one of the products through the opening region. In another embodiment, a sticker (150, FIG. 3) is adhered to the opening portion to provide a tab (152, FIG. 3) which can be pulled to open the packet. In a further embodiment, the packet is enclosed in a stiff outer cover (260, FIG. 5). The cover has a reclosable flap (262) bonded to the opening region so that on first opening of the flap, the packet is torn along the line of weakness.

Abstract: A package assembly (20) comprises products enclosed in a tubular packet (24) formed from a flexible wrapper (26). A line of weakness (40) encloses an opening region (42) in a side wall (28) of the packet. The opening region (42) is at least partially removed to create a dispensing opening by tearing the wrapper along the line of weakness (40). In one embodiment, the packet is opened by pressing one of the products through the opening region. In another embodiment, a sticker (150, FIG. 3) is adhered to the opening portion to provide a tab (152, FIG. 3) which can be pulled to open the packet. In a further embodiment, the packet is enclosed in a stiff outer cover (260, FIG. 5). The cover has a reclosable flap (262) bonded to the opening region so that on first opening of the flap, the packet is torn along the line of weakness.

Abstract: A package assembly (20) comprises products enclosed in a tubular packet (24) formed from a flexible wrapper (26). A line of weakness (40) encloses an opening region (42) in a side wall (28) of the packet. The opening region (42) is at least partially removed to create a dispensing opening by tearing the wrapper along the line of weakness (40). In one embodiment, the packet is opened by pressing one of the products through the opening region. In another embodiment, a sticker (150, FIG. 3) is adhered to the opening portion to provide a tab (152, FIG. 3) which can be pulled to open the packet. In a further embodiment, the packet is enclosed in a stiff outer cover (260, FIG. 5). The cover has a reclosable flap (262) bonded to the opening region so that on first opening of the flap, the packet is torn along the line of weakness.

Abstract: A package assembly (20) comprises products enclosed in a tubular packet (24) formed from a flexible wrapper (26). A line of weakness (40) encloses an opening region (42) in a side wall (28) of the packet. The opening region (42) is at least partially removed to create a dispensing opening by tearing the wrapper along the line of weakness (40). In one embodiment, the packet is opened by pressing one of the products through the opening region. In another embodiment, a sticker (150, FIG. 3) is adhered to the opening portion to provide a tab (152, FIG. 3) which can be pulled to open the packet. In a further embodiment, the packet is enclosed in a stiff outer cover (260, FIG. 5). The cover has a reclosable flap (262) bonded to the opening region so that on first opening of the flap, the packet is torn along the line of weakness.

Abstract: A package assembly (20) comprises products enclosed in a tubular packet (24) formed from a flexible wrapper (26). A line of weakness (40) encloses an opening region (42) in a side wall (28) of the packet. The, opening region (42) is at least partially removed to create a dispensing opening by tearing the wrapper along the line of weakness (40). In one embodiment, the packet is opened by pressing one of the products through the opening region. In another embodiment, a sticker (150, FIG. 3) is adhered to the opening portion to provide a tab (152, FIG. 3) which can be pulled to open the packet. In a further embodiment, the packet is enclosed in a stiff outer cover (260, FIG. 5). The cover has a reclosable flap (262) bonded to the opening region so that on first opening of the flap, the packet is torn along the line of weakness.

Abstract: Packaging (1) in which first and second layers (11, 12) are coupled to one another and arranged with a built-in areas of weakness (21) on part of the first layer (11) exposed outside of the packaging (1). The built-in areas of weakness (21) is arranged such that breaking the first layer (11) at the built-in area of weakness (21) thereof enables the first layer (11) to act on the second layer (12) to unfold the second layer (12) to thereby open the packaging (1).

Abstract: A packaging assembly (10) includes a carton (12) having opposed rear and front walls and an end wall interconnecting the rear and front walls at one end to define an interior volume. A dispensing opening (26) through which products (106) may be dispensed is defined between the front and rear walls at a second end. A closure (28) is movable between a closed position and a product dispensing position. The assembly includes at least one stack of elongate comestible products (106) which is at least partially enclosed about one end by means of a flexible outer wrapper affixed to the carton. In one embodiment, the wrapper only encases a lower portion of the stack. In an alternative embodiment (FIG. 9), the wrapper fully encases the stack but an opening portion of the wrapper is adhered to closure so as to be removed when the carton is first opened.

Abstract: Packaging (1) in which first and second layers (11, 12) are coupled to one another and arranged with built-in areas of weakness (21, 22). Part of the first layer (11) exposed outside of the packaging (1) has a built-in in area of weakness (21) and part of the second layer (12) arranged within the packaging (1) has a built-in area of weakness (22). The built-in areas of weakness (21, 22) are arranged such that breaking the first layer (11) at the built-in area of weakness thereof (21) enables the first layer (11) to act on the second layer (12) to break the second layer (12) at the built-in area of weakness (22) to thereby open the packaging (1).

Abstract: A package assembly (20) comprises products enclosed in a tubular packet (24) formed from a flexible wrapper (26). A line of weakness (40) encloses an opening region (42) in a side wall (28) of the packet. The, opening region (42) is at least partially removed to create a dispensing opening by tearing the wrapper along the line of weakness (40). In one embodiment, the packet is opened by pressing one of the products through the opening region. In another embodiment, a sticker (150, FIG. 3) is adhered to the opening portion to provide a tab (152, FIG. 3) which can be pulled to open the packet. In a further embodiment, the packet is enclosed in a stiff outer cover (260, FIG. 5). The cover has a reclosable flap (262) bonded to the opening region so that on first opening of the flap, the packet is torn along the line of weakness.