A screw cap intended to remain attached to a container after opening the container. The cap includes a cylindrical wall having an inner surface including a thread arranged to engage with a thread arranged on a neck of the container, a safety ring extending the cylindrical wall and connected to the cylindrical wall by at least one fracturable connection. A portion of the cylindrical wall forms a strip connected to the safety ring by way of a connecting element arranged to make it possible to displace the cylindrical wall during the unscrewing of the cylindrical wall.

A closure that remains coupled to a container after the upper portion of the closure has been rotatably removed from the container. The closure may include an attachment channel, which includes alternating segments of linear openings and frangible connections. The attachment channel may also include two hinge bridges that remain unbroken when one or more of the frangible connections are broken.

A cap (1) for containers, which comprises a cylindrical body formed by the articulated joint between two superimposed parts, a lower part (2) having gripping means for retention thereof on the neck (20) of the container, and an upper part (3) having an upper base (5) joined to a perimeter wall (7), wherein said perimeter wall (7) comprises a visor (9) for enabling the opening of the cap (1), wherein said visor (9) comprises a flap (10) disposed transversely thereto and in correspondence to a complementary cut-out (4) provided on the upper edge of the lower part (2), wherein said flap (10) comprises, on an inner surface, a cord (11) disposed transversely to the axial axis of the cap (1) for executing the grip of the upper part (3) to the neck (20) of the container.

Container systems and closure systems having lids with a closed position, an intermediate open position, and a fully open position. Processes related thereto.

A twist and flip closure includes first and second closure portions. The first closure portion includes a top wall portion, a skirt portion, and first and second frangible connections. The first frangible connection extends around the closure circumference. The second frangible connection has first and second sections. The second frangible connection is spaced from the first frangible connection. At least a portion of the second frangible connection is located further from the top wall portion than a portion of the first frangible connection. The second frangible connection defines an area adapted to form a tab. The second closure portion includes a tamper-evident band. The closure is adapted to be opened by twisting to break the frangible connections and expose the tab and then flipping the first closure portion from the second closure portion via the exposed tab. The closure is adapted to be locked when flipped.

A container is described herein that is configured to be mounted between joists in a substrate of a structure, such as a floor, wall, or ceiling. The container includes a body portion sized to be disposed between the joists and a lid to cover an opening to the body. The lid can further be configured to be coplanar with a covering material of the substrate so that the container does not project outwardly from the substrate.

A bottle includes a secure sealing mechanism. A slide switch plate or rotatable plate maintains the contents of the bottle. This is achieved by securing a dispensing mechanism in a closed, locked position and sealing an outlet so that any liquids are prevented from exiting the bottle.

An apparatus is described. The apparatus is a closure or a lid. The closure includes a body portion, a tab, and a flange portion. The body portion comprises a first locking feature. The tab is coupled to the body portion of the closure via a hinge. The tab includes a plurality of edges and a second locking feature. The tab has a closed position and an open position, and when in the open position, the second locking feature is coupled to the first locking feature. When the tab is in a first condition, the plurality of edges of the tab pass through the flange portion from one position to another position without interference. When the tab is in a second condition, at least one of the plurality of edges of the tab overlaps the flange portion such that the flange portion interferes with the movement of the tab through the flange portion.

A container cap configured to maintain an open state includes an indication ring prevented from escaping from a container spout; a cap body screw-coupled to an outer circumferential surface of the container spout; a hinge connecting the cap body and the indication ring to each other in a partial section of a circumference of a cut portion between the cap body and the indication ring; and a bridge connecting the cap body and the indication ring at an interval along the circumference of the cut portion and is cut when the cap body is open. The hinge has widthwise opposite edges adjacent to opposite cut portions and depressed from the outer to inner sides thereof, a bending guide groove integrally connected to the cap body, the indication ring, the hinge portion, and a protrusion having a shape extending and protruding downward from a lower part of the widthwise center thereof.

A container is described herein that is configured to be mounted between joists in a substrate of a structure, such as a floor, wall, or ceiling. The container includes a body portion sized to be disposed between the joists and a lid to cover an opening to the body. The lid can further be configured to be coplanar with a covering material of the substrate so that the container does not project outwardly from the substrate.