The present invention falls within the technical field of Food Packaging and was developed specifically to meet the needs of the Enteral Nutrition market. This innovation proposes a unique packaging solution, compatible with both Closed Enteral Systems and Open Enteral Systems. It is defined as an integrated opening device in the aseptic carton packaging, which allows direct connection to the enteral feeding set without the need for external devices (such as adapters and connectors). Thus, the invention transforms the conventional use of aseptic carton packagingpreviously limited to open enteral systemsinto a versatile, multi-use solution. Featuring characteristics equivalent to those of specialized packages for closed systems available in the market, this device, when incorporated into aseptic carton packaging, enables the contained product to be administered in both closed and open enteral systems. This is made possible by its features that allow direct connection to the enteral feeding set while provide the essential functionalities of traditional aseptic carton packaging, such as the rupture of the internal protective seal, which occurs when unscrewing the cap.

A fluid container includes a support body having a reservoir for accommodating fluid, and a nozzle body attached to the support body. The support body has a lid for closing the reservoir. The nozzle body includes: a formation unit for forming an opening through the lid; a pipe communicating with the opening for permitting passage of the fluid; and a discharge port communicating with the pipe for discharging the fluid. In a first state, the formation unit and the lid are separated as the nozzle body and the support body are engaged. In a second state, the opening of the lid is formed as the nozzle body moves in a direction to approach the support body from the first state. In a third state, at least a part of the formation unit and the lid are separated as the nozzle body moves in an opposite direction from the second state.

A sealed liquid container with a bottle, base, piercer, and cap. The bottle is a blow-fill-seal container with a body, dispensing head connected to the body by a neck, and a fluid chamber. The base has a socket that accepts the dispensing head and permanently attaches to the bottle by one or more fingers extending radially into the socket and under the shoulder of the dispensing head. A keying mechanism prevents the base from rotating on the bottle. The piercer has an axially-extending, sharpened, hollow tube. In shipping mode, the piercer is turned onto the base until the tube tip is touching the dispensing head. To use, the piercer is turned until the tube tip penetrates the dispensing head into the fluid chamber, and the piercer locking mechanism is engaged to prevent removal of the piercer. A cap turns onto the piercer.

A system for the controlled tapping of liquid from a container where a main body is connected to a container using a connection flange. The mouth of the container is equipped with a first opening where at least one valve is interposed through the first opening. At least one tapping tap equipped with at least one connection is connected to the mouth. The mouth is integral with at least one closing plug of the opening. The plug has at least one opening next to the first opening when the plug is placed in a closed position. The mouth and the connection end to the tap can open the valve when the tap is connected to the mouth through the first and second openings to be able to move the contents of the inside of the container to the outside through the tap.

A system for the controlled tapping of liquid from a container where a main body is connected to a container using a connection flange. The mouth of the container is equipped with a first opening where at least one valve is interposed through the first opening. At least one tapping tap equipped with at least one connection is connected to the mouth. The mouth is integral with at least one closing plug of the opening. The plug has at least one opening next to the first opening when the plug is placed in a closed position. The mouth and the connection end to the tap can open the valve when the tap is connected to the mouth through the first and second openings to be able to move the contents of the inside of the container to the outside through the tap.

Provided is a dispensing assembly for dispensing a material. The dispensing assembly includes a container defining a cavity, a receptacle configured to be disposed in the cavity, and a cap configured to be coupled to the container and the receptacle. The cap includes a dispensing stem configured to dispense the material from the receptacle in the container, a first one-way valve configured to prevent the material from being dispensed though the dispensing stem in the absence of a force being applied to the container, and a second one-way valve configured to prevent air from entering the cavity in the container when the force is applied.

Provided is a dispensing assembly for dispensing a material. The dispensing assembly includes a container defining a cavity, a receptacle configured to be disposed in the cavity, and a cap configured to be coupled to the container and the receptacle. The cap includes a dispensing stem configured to dispense the material from the receptacle in the container, a first one-way valve configured to prevent the material from being dispensed though the dispensing stem in the absence of a force being applied to the container, and a second one-way valve configured to prevent air from entering the cavity in the container when the force is applied.