Abstract: The invention proposes a capsule (9) for use in a beverage production device, the capsule containing ingredients for producing a nutritional liquid when a liquid is fed into the capsule (9) at an inlet face (8) thereof, the capsule (9) furthermore containing heat sensitive bioactive ingredients such as probiotic microorganisms (21) which are physically separated from the other nutritional ingredients in the capsule.

Abstract: A cartridge (1) containing a food substance adapted to interact with water injected in the cartridge to produce a food liquid comprising: a cup (2) having a chamber for holding the food substance (10) and a lid (7), a puncturable delivery wall (8) that holds the substance in the chamber, a puncturing structure (11) to puncture at least one opening in the delivery wall as a response of water filling the chamber, a collecting area (5) for collecting the liquid passing through the delivery wall in a substantially axial direction; said collecting area being placed downstream the puncturable delivery wall (8), at least one liquid outlet (15) in the collecting area for allowing the liquid to leave the collecting area, wherein the cartridge comprises a support structure (12) comprising at least one support surface (14, 17, 18, 19) configured to support at least one portion of the delivery wall to maintain a flow gap between the puncture structure (11) and the at least one outlet (15).

Abstract: Nutritional delivery system using single-serve capsules comprising: a dispenser for a nutritional composition comprising means for providing water into a single-use capsule containing a portion-controlled serving of a nutritional formula; different types of capsules (10,11,12,13,14,15,16) being designed according to a nutritional feeding plan corresponding to persons or categories of persons to be fed, each type comprising capsules containing a nutritional formula; the capsules of different types having at least one differentiating characteristic so that each type of capsules corresponds to a feeding time period determined by the feeding plan; control operation means associated to each type of capsules, said means comprising information relating to at least one differentiating operational parameter relevant to produce and deliver a differentiated nutritional liquid in the dispenser according to the feeding plan.

Abstract: Nutritional delivery system using single-serve capsules comprising: a dispenser for a nutritional composition comprising means for providing water into a single-use capsule containing a portion-controlled serving of a nutritional formula; different types of capsules (10,11,12,13,14,15,16) being designed according to a nutritional feeding plan corresponding to persons or categories of persons to be fed, each type comprising capsules containing a nutritional formula; the capsules of different types having at least one differentiating characteristic so that each type of capsules corresponds to a feeding time period determined by the feeding plan; control operation means associated to each type of capsules, said means comprising information relating to at least one differentiating operational parameter relevant to produce and deliver a differentiated nutritional liquid in the dispenser according to the feeding plan.

Abstract: The invention proposes a capsule (9) for use in a beverage production device, the capsule containing ingredients for producing a nutritional liquid when a liquid is fed into the capsule (9) at an inlet face (8) thereof, the capsule (9) furthermore containing heat sensitive bioactive ingredients such as probiotic microorganisms (21) which are physically separated from the other nutritional ingredients in the capsule.

Abstract: A cartridge (1) containing a food substance adapted to interact with water injected in the cartridge to produce a food liquid comprising: a cup (2) having a chamber for holding the food substance (10) and a lid (7), a puncturable delivery wall (8) that holds the substance in the chamber, a puncturing structure (11) to puncture at least one opening in the delivery wall as a response of water filling the chamber, a collecting area (5) for collecting the liquid passing through the delivery wall in a substantially axial direction; said collecting area being placed downstream the puncturable delivery wall (8), at least one liquid outlet (15) in the collecting area for allowing the liquid to leave the collecting area, wherein the cartridge comprises a support structure (12) comprising at least one support surface (14, 17, 18, 19) configured to support at least one portion of the delivery wall to maintain a flow gap between the puncture structure (11) and the at least one outlet (15).