A closure assembly for a package with a flexible thin-walled bag which has a spout unit having a spout and at least one spout cam portion, and a closure applicable to the spout unit and having a cap that extends along a cap axis is provided. The cap has cap wall having a lower edge in which at least one cap cam portion is formed. The at least one cap cam portion is at least partly complementary to the at least one spout cam portion. In a disengagement configuration, by rotating the cap with respect to the spout about the cap axis, an interaction between the at least one cap cam portion and the at least one spout cam portion causes the cap to lift axially with respect to the spout.

The present disclosure relates to a leak-proof vessel for storing fluid that comprises a cylindrical body for storing a fluid. The cylindrical body includes a neck portion, which includes a threaded interior surface that enables seamless sealing with a threaded exterior surface of an inner lid. The inner lid comprises a disk plate with an orifice and an air vent, wherein one or more grooves are formed on an interior surface of the inner lid. Further the leak-proof vessel comprises an outer lid including one or more locking elements, wherein the one or more locking elements interlock with the one or more grooves to firmly engage the inner lid with the outer lid. Further, a base aperture securely holds the outer lid within the base aperture, for providing a hands-free experience to a user.

An ice bag is described having a bladder formed with an opening, a threaded receiver coupled to the bladder at the opening, a threaded cap having a first portion formed of a rigid material and a second portion formed of an overmold material, the second portion providing a seal between the receiver and cap with the cap threaded into the receiver.

A single piece sealing lid is made of a soft, flexible material that allows the lid to cover and reseal an opened food can. The flexible lip seal may have such a length so as to allow it to seal against the outside circumference of the can, below the can lid ridge. Since the flexible lip of the sealing lid is flexible, it can accommodate cans of varying diameter and does not require the can opening to be perfectly round. Therefore, the sealing lid may fit damaged or out-of round can openings. A pull tab may be provided on the sealing lid to assist in the installation and removal of the sealing lid from a can.

A closure body (40) is provided for installation with a liner membrane (52) on a container (44). The closure body (40) has a peripheral portion (74) for being mounted on the container (44) around an access opening (48), and a separable portion (82) that (i) is disposed laterally inwardly of the peripheral portion (74); (ii) is initially connected to the peripheral portion (74) by at least one frangible connection (86); and (iii) can be separated from the peripheral portion (74) upon breaking of the at least one frangible connection (86).

A cap assembly caps a sealed vial having a sealed flat top surface defining a top diameter and a side surface extending down therefrom. The cap assembly includes a cap top defining an outer surface and an inner surface. The cap top defines a cap diameter which is slightly larger than the top diameter. The cap top also defines a cap top periphery. A side rim extends out from the cap top about the cap top periphery to engage the side surface of the sealed vial. The side rim includes an inner surface. A pad is fixedly secured to the inner surface of the cap top. The pad is fabricated from an absorbent material, wherein the absorbent material is saturated with a liquid disinfectant 54 to disinfect the sealed top surface when the cap assembly covers the sealed vial in a manner such that the pad contacts the sealed flat top surface.

A closure assembly (1) for a package with a thin-walled flexible bag comprising a spout unit (2) that comprises at least one spout cam portion (25); and a closure (3) applicable to the spout unit (2) comprising a cap (30) that extends along a cap axis (Y-Y) and comprises a cap wall (31) comprising a lower edge (33) in which at least one cap cam portion (35) is obtained. The at least one cap cam portion (35) is at least partly complementary to the at least one spout cam portion (25). In a disengagement configuration, by rotating the cap (30) with respect to the spout (10) about the cap axis (Y-Y), the interaction between the at least one cap cam portion (35) and the at least one spout cam portion (25) causes the cap (3) to lift axially with respect to the spout (10).

There is described a lid assembly for a container having a spout. The lid assembly comprises at least a coupling ring configured to be arranged around at least a portion of the spout; a lid configured to selectively cover a pouring outlet of the spout; and a tethering element tethering the lid to the coupling ring. The lid comprises at least a first gripping wall and at least a second gripping wall defining respective engagement surfaces configured to be engaged by at least a portion of an application device and/or to support gripping and/or alignment and/or rotation of the lid during a coupling of the lid assembly to the spout and being arranged on opposing portions of the lid. Each one of the first gripping wall and the second gripping wall lies on a respective plane distinct from the other one.

A closing element for restricting communication of a substance through an access passage of a body includes a first portion for being removably affixed to the body, the first portion having an inner wall, an outer wall surrounding the inner wall, and at least one bridge connecting the outer wall with the inner wall. The closing element has a second portion for being non-removably affixed to the body and a movable connecting element extending between the first portion and the second portion. The closing element has an unactuated configuration wherein a major portion of the length of the connecting element is located laterally between the inner wall and the outer wall to shield the major portion of the length of the connecting element.

A closure assembly for a container, comprises a spout (1, 3) and a rotational cap (2) injection moulded of plastic material. The cap comprises a top wall (2a) and a downward depending skirt (2b). The cap has two wings (5), which are integrally moulded of plastic material and extend vertically and outward in a lateral direction over a wing length in substantially opposite directions from an inner end to a tip. The wings each have a base portion, a center portion, a top portion, and opposite front and back sides. At least the center portion of each wing is connected to the skirt of the cap. The base portion and the top portion of each wing are substantially flat. The center portion of each wing comprise at least one corrugation (12, 12, 12) that extends along a part of the length of the wing and forms a groove on both sides of the wing, which grooves of the corrugation, as seen from a sideways view of the wing, together form an alternating waveform, e.g. a sinusoidal shape.