The disclosed aspects relate to a dual hinge flip cap closure. The closure includes a skirt that operatively engages a container. The closure also includes a top connected to the skirt at a first hinge, wherein the top is movable relative to the skirt. Further, the closure includes a lid operatively attached to the top at a second hinge, wherein the lid is movable relative to the top, and wherein a distal end of the lid is at an opposite of the top relative to the first hinge and the second hinge is between the first hinge and the end of the lid.

A one-piece polymeric closure includes first and second closure portions. The first closure portion includes a first polymeric top wall portion and a first polymeric annular skirt portion. The first annular skirt includes a first set of splines on an inner surface thereof and knurls formed on an exterior surface thereof. The second closure portion includes a second polymeric top wall portion with a pull ring and a second polymeric annular skirt portion The second annular skirt portion includes a second set of splines on an outer surface thereof, an internal thread formation, and a locking ratchet band. The first and second sets of splines are configured to interact with each other when the polymeric closure is in a closed position. The polymeric closure opens by flipping the first closure portion with respect to the second closure portion via a hinge.

A closure for a container, including a base part, which can be fastened to a container opening in the container and has an outlet opening, and a hinged lid, which can pivot about a pivot axis towards the base part and closes the outlet opening in the base part in a closed position. The invention is wherein the base part has two opposing shoulders, the hinged lid being between the two shoulders in the closed position, and the two shoulders projecting beyond the hinged lid in a vertical direction. The hinged lid is therefore protected from impacts coming from the side and from above.

A double-structure tube includes an exterior, a pump member, which includes an external cylinder having a first discharge outlet at one end and the inner cylinder having a second discharge outlet at one end, wherein the external cylinder and the inner cylinder are connected to each other at their other ends, respectively, and wherein the inner cylinder is placed in the exterior and the external cylinder is exposed, and a built-in balloon, which is coupled to the inner cylinder for plugging the second discharge outlet, wherein the exterior and the pump member are separably connected to each other, and wherein the built-in balloon is placed in the exterior.

A stopper for a container providing evidence of first opening includes an upper part with a protection cap closable on a pouring element and a ridged lower part with an upper hollow cylindrical portion disposed inside the pouring element and a lower cylindrical portion of larger diameter that is internally threaded. A frangible label is positioned between the protection cap, and a security ring is connected with the upper and lower parts with frangible bridges. An annular security crown is connected to the lower part of the stopper by frangible bridges and a cam arrangement, coaxially coupled between an outer surface of the upper hollow cylindrical portion and an inner surface of the pouring element, causes their translation and rotation. The pouring element has a duct passage and a coaxial island shutter which cooperates with a central hole in the upper hollow cylindrical portion of the lower part.

A dispensing closure (40, 40A, 40B) defines a central axis and has a first body (54, 54A, 54B) for being located at an opening of a container. The first body (54, 54A, 54B) having a first peripheral wall (56, 56A, 56B) and a membrane (60, 60A, 60B) that is connected to the first peripheral wall (56, 56A, 56B) to initially occlude access to the interior of the container. The membrane (60, 60A, 60B) includes a separation member (62, 62A, 62B) that accommodates engagement by a user to separate the membrane (60, 60A, 60B) from the first peripheral wall (56, 56A, 56B) to permit access to the interior of the container. The membrane (60, 60A, 60B) has an annular peripheral portion (68, 68A, 68B) adjacent the first peripheral wall (56, 56A, 56B) that slopes axially outwardly along the central axis in a radial direction moving away from the first peripheral wall (56, 56A, 56B) toward the central axis.

The present invention falls within the technical field of Food Packaging and has been specifically created to cater to the needs of Enteral Nutrition Foods Administered by a Closed System, defining itself as an opening device that is part of an aseptic carton packaging for exclusive use through connection to the enteral feeding set. Its design redefines traditional aseptic carton packaging (used in open enteral systems) for a closed enteral system packaging, as its features allow for the infusion of the product through the enteral feeding tube and preserve the packaging's barriers and airtightness without exposing the product to the environment, eliminating handling and the consequent need for a specific preparation area.

A closure 100 is provided for a container 104. The closure 100 has a base 112 for being installed at the opening of the container 104 interior and has open ends defining an access passage 148 extending between the open ends. The closure 100 has a liner 166 disposed between the closure base 112 and the container opening, and the liner 166 has an internal edge 214 defining a central hole. The closure 100 has a valve 160 for being located at the closure access passage 148. The valve 160 has (i) a closed configuration for occluding the access passage 148; and (ii) an open configuration for permitting communication through the access passage 148. The closure 100 has a retainer 170 for retaining the valve 160 at the closure access passage 148, and the retainer 170 has an outer surface with at least one liner abutment 186 extending therefrom for inhibiting contact between the liner internal edge 214 and the contents of the container 104.

A child-resistant, flip-top closure includes a closure body for secure connection to a container which stores the content/product which is to be dispensed. Hinged to the closure body is a flip-open lid which is constructed and arranged to be lifted manually. A child-resistant structure is incorporated into the closure construction. The child-resistant structure of one exemplary embodiment is constructed and arranged with a squeeze-to-release feature. The child-resistant structures of other exemplary embodiments are constructed and arranged with a tab press-down feature. Actuation of the child-resistant structure (squeeze or press down) must be performed concurrently with the lifting action applied to the flip-open lid.

A flip-top dispensing closure is provided and comprises a base which is attachable to a container and a lid attached to the base by a hinge. The base includes a dispensing passage; a syringe of the type comprising a barrel and a terminal tip is insertable into the passage. The closure further comprises a flexible self-closing valve for closing the passage. In use the syringe is inserted into the passage so that the tip passes through the valve to access product, and thereafter when the syringe is withdrawn the valve wipes against the syringe tip.