An anti-spurt device, for application in a closure of a container with a cap and a ring with teeth for cutting a sealing membrane. The anti-spurt device may comprise a tube that automatically unfolds from a folded position and may be connected with the cutting ring. In the folded or loaded position, the tube may be outside of the sealing membrane and with the breakage of the membrane, it may be inserted and automatically unfolded in the inside of the container. In a second main embodiment, the need for a cutting ring and membrane may be eliminated, and the tube may be installed on a carriage held by a hook that is released with the opening of the cap.

A package having a sanitary dispenser is depicted and described. The package generally includes a dispenser that is sealed from environmental contaminants by a feature or portion of the package. The sealed dispenser portion of the package is accessed prior to use and the user is able to access the contents of the package through the sanitary dispenser. The dispenser may be inverted prior to use and deployed prior to use. A frangible portion may be provided to the dispenser. The dispenser may be re-sealable in the package. A straw may further be provided to the dispenser and be deployable by the user for access to the package contents.

A plug for releasably sealing a connection channel connecting an upper chamber comprising a first component with a lower chamber comprising a second component of a two-chamber container, comprising a plug body for being inserted into the connection channel with a sealing force, a guiding member for guiding the plug in axial direction inside the upper chamber, wherein the guiding member comprises a larger extension in radial direction than the plug body and the guiding member is axially spaced to the plug body by an unsealing distance, and a head part for pushing out a folded nozzle sealing the upper chamber, wherein the head part protrudes from the guiding member away from the plug body.

An anti-spurt device, for application in a closure of a container with a cap and a ring with teeth for cutting a sealing membrane. The anti-spurt device may comprise a tube that automatically unfolds from a folded position and may be connected with the cutting ring. In the folded or loaded position, the tube may be outside of the sealing membrane and with the breakage of the membrane, it may be inserted and automatically unfolded in the inside of the container. In a second main embodiment, the need for a cutting ring and membrane may be eliminated, and the tube may be installed on a carriage held by a hook that is released with the opening of the cap.

The spout includes a first and a second member. The first member includes an elongated and generally tubular first main body having two segregated and parallel internal passageways, one being an air duct and the other being a liquid duct. Both ducts are substantially straight and substantially unobstructed along the entire first main body but the air duct ends with at least one constricted opening through which the air circuit exits the air duct. A valve is juxtaposed to the rear end of the first main body and is made integral therewith. The valve engages a valve seat provided at the rear end of a tubular inner conduit inside the second member and in which a rear section of the first main body is slidingly axially movable. The valve is normally maintained closed by a biasing element. The spout may be provided with a child resistant closure (CRC) device.

A liquid dispenser (10) for a container of liquid, comprises a spout (12) and a liquid uptake structure (18) aligned to provide liquid to the spout from a container. The liquid uptake structure has first openings (20) radially distributed at the spout end, second openings radially distributed around the container end and a third opening centrally located at the container end. The liquid uptake structure provides an airflow path through the second openings and a principle liquid flow path separate from the airflow path through the third opening, thus separating the two flow paths and providing a smooth pour.

A system for closing a container is contemplated. The system features an injection molded, polymeric funnel including an engagement flange and a connector piece attaching to a gripping ring. A closure body capable of sealing a container is also provided. The closure includes a pull tab to create an opening into which the funnel inlet may be received in a snap-fitting arrangement. The engagement flange and protrusions proximate to the end of the funnel inlet facilitate the snap fit, align the structure, and prevent over-insertion of the funnel into the interior volume of the container.

A drink cup having an automatic retractable straw is disclosed herein. It comprises a main body having an outer cup, an inner cup having a guide inclined surface at a bottom thereof, and a vacuum insulation layer between the outer cup and the inner cup; a lid covered on the main body and having an opening at one side thereof for corresponding to an upper end of the guide inclined surface, a containing groove adjacent to the opening on a top surface thereof, and a flip cover pivotally disposed on the containing groove and having a convex part corresponding to the opening; and a straw accommodated in the inner cup and having a connecting member formed with a first perforation at one end thereof for connecting to an upper end of the straw and a second perforation corresponding to the bonding part of the lid at the other end thereof.

A pour spout, comprising a main body adapted to fit within the bottle neck of a bottle; a pouring part; the pouring part being slidingly movable between a retracted position within the main body and an extended position out of the main body; and at least one spring extending from a bottom end of the pouring part and a bottom end of the main body; wherein a threshold pressure is applied on a free edge of the pouring part, the spring gets compressed down below the pouring part as the pouring part slides within the main body, until the free edge of the pouring part reaches the edges of the bottleneck.

The spout includes a first and a second member. The first member includes an elongated and generally tubular first main body having two segregated and parallel internal passageways, one being an air duct and the other being a liquid duct. Both ducts are substantially straight and substantially unobstructed along the entire first main body but the air duct ends with at least one constricted opening through which the air circuit exits the air duct. A valve is juxtaposed to the rear end of the first main body and is made integral therewith. The valve engages a valve seat provided at the rear end of a tubular inner conduit inside the second member and in which a rear section of the first main body is slidingly axially movable. The valve is normally maintained closed by a biasing element. The spout may be provided with a child resistant closure (CRC) device.