A reclosable container for fluid products is provided. The reclosable container has a containment body provided with a neck ending in a dispensing mouth, and a closure member having a gripping element beneath which lies a stopper tip for closing the dispensing mouth and a removable collar associated with the gripping element along a preestablished break area and rigidly attachable to the neck. In a closed configuration, the dispensing mouth is completely covered by the closure member so that it is not possible for a user's fingers to come into contact with the dispensing mouth when opening the container, avoiding contamination of calibrated drops of the fluid products.

A closure system including a cap and a spout, where the cap and/or spout contain at least one discrete layer of barrier material. In one example, the spout includes a conduit and a seal member, the conduit being arranged about an imaginary axis and the seal member having one or more surfaces configured to be secured to a container. The cap includes an inner circumferential surface, the inner circumferential surface arranged to encompass the conduit. The cap also includes a first discrete layer of thermoplastic resin and a first discrete layer of barrier material and the seal member includes a second discrete layer of thermoplastic resin and a second discrete layer of barrier material.

A closure system including a cap and a spout, where the cap and/or spout contain at least one discrete layer of barrier material. In one example, the spout includes a conduit and a seal member, the conduit being arranged about an imaginary axis and the seal member having one or more surfaces configured to be secured to a container. The cap includes an inner circumferential surface, the inner circumferential surface arranged to encompass the conduit. The cap also includes a first discrete layer of thermoplastic resin and a first discrete layer of barrier material and the seal member includes a second discrete layer of thermoplastic resin and a second discrete layer of barrier material.

A lockable, reusable plug for hermetically-sealing an opening, such as an alcoholic beverage bottle consists of a threaded wing bolt with an opening therethrough and a threaded stem; a domed, shouldered cap having an axial bore, an elastomeric sealing gasket having an opening, and a base nut having a threaded axial bore for mating with the threaded stem. Positioning the gasket between the compression cap and compression base nut, the bolt is inserted through the assembly, making the plug ready for insertion into an opening to be sealed. A flange on the gasket and the cap support the plug on the rim of the opening to be sealed. Screwing the bolt further into the assembly urges the plates toward one another compressing and causing the gasket to extend radially outward creating the seal. Insert the shackle of padlock through opening of bolt, lock padlock, shoulders prevent removal of plug.

A stopper for closing a dispensing opening of a container which includes a body element having a top face and a bottom face, the bottom face being directed towards the inside of the container; a moving element which is situated at the top face of the body element, wherein the moving element is movable from an initial position in which the moving element does not extend beyond the top face in the plane of the top face, to an opening position in which the moving element is moved to extend at least partly beyond the outer extension of the top face, wherein the moving element provides, a gripping surface for a user to remove the body element from the dispensing opening. The moving element substantially covers the entire top face of the body element in the initial position.

A stopper for closing a dispensing opening of a container which includes a body element having a top face and a bottom face, the bottom face being directed towards the inside of the container; a moving element which is situated at the top face of the body element, wherein the moving element is movable from an initial position in which the moving element does not extend beyond the top face in the plane of the top face, to an opening position in which the moving element is moved to extend at least partly beyond the outer extension of the top face, wherein the moving element provides, a gripping surface for a user to remove the body element from the dispensing opening. The moving element substantially covers the entire top face of the body element in the initial position.

An integrated cork opener that is integrated into a cork. The cork comprising a body configured in size and in shape to seal a container. The cork further comprises a body pulling apparatus, which includes an anchor and a foldable handle, said body pulling apparatus is integrated into said body. In some exemplary embodiments, a container, such as a wine bottle, may be sealed using a cork comprising an integrated body pulling apparatus.

An integrated cork opener that is integrated into a cork. The cork comprising a body configured in size and in shape to seal a container. The cork further comprises a body pulling apparatus, which includes an anchor and a foldable handle, said body pulling apparatus is integrated into said body. In some exemplary embodiments, a container, such as a wine bottle, may be sealed using a cork comprising an integrated body pulling apparatus.

The present invention relates to a tamper detection capsule (1) of container comprising an upper cover member (2), a spring support inner member (3), a spring member (4) and a lower cover member (5), wherein spring member (4) is moveable between i) a first closed position in which it is arranged on inner member (3), and ii) a second open position, in which it is arranged between inner member (3) and upper cover member (2) in order to block the capsule (1) mechanism in the second open position. The invention further relates to an operating method of the tamper detection capsule (1), which is intended to close beverage containers.

The invention is a single portable water bottle unit that delivers a convenient method of providing hydration to two separate parties. It consists of four main components; a lid, housing, a connector, and bowl. The components are connected to each other via threads and can be assembled and disassembled at anytime. The connector is responsible for controlling liquid flow via mechanical apparatus initiated through the compression of a button-trigger located on its side. When the button-trigger is compressed, liquid vacates through the bottom of the housing, through the connector, through a removable filter attached on the bottom of the connector, and finally into the bowl. The bowl enables a second party to consume the contents dispersed from the housing without having to consume from the same orifices as the first part, which fastens and unfastens to the bottom of the connector.