The present disclosure provides a lid that has a design that is configured to enable drinking from any point along the perimeter of the lid while at the same time preventing liquid to escape from the lid when a user is not drinking (i.e., spill proof). The lid has a plurality of slits around at least a portion of the lid.

A lid for an open top beverage container such as a paper cup with a is formed as a generally disk shaped body with curved slot opening in the body and an air inlet hole in the body. The peripheral edge of the disk has a plurality of annular abutment sealing rings at axially spaced locations along the axis with all of the things including an uppermost ring and typically two lower rings all lying on an imaginary generally conical surface surrounding the axis so that the rings in use engage the generally conical inside surface of the beverage container at a position thereon spaced downwardly from an upper edge of the beverage container for sealing against the inside surface so that the lid slides down into the container and creates a seal inside the container allowing the beverage container to be taken mobile.

Cap (1) for closing a container comprising a neck delimiting an opening, said cap (1) extending along a central axis (A) and comprising: a body part (2) molded from a thermoplastic material and including a top wall (5) and a skirt (15), a grip part (30) overmolded at least partly around the central axis (A), onto a part of the body part (2), from a thermoplastic elastomer (TPE) which is softer than the thermoplastic material of the body part (2), wherein the grip part (30) is overmolded only onto a part of an outer surface (18) of the skirt (15), the grip portion being delimited along the central axis (A) by a top edge (32) arranged at a distance from the top wall (5), and a bottom edge (31) spaced apart from the top edge (32) towards a free end (16) of the skirt (15).

The present invention relates to a container with multiple compartments arranged in a linear pattern between four container walls. A lid may be configured at a container top. The lid may be closed to conceal all the compartments. The lid may be opened to expose the compartments. The lid may be partially opened to expose some of the compartments and conceal some of the compartments. The lid may slide along the container top parallel to a container bottom. The container may have a ball detent wherein a spring biases a ball towards the container top whereby a protruding ball portion of the ball is received by a ball detent receiver configured in a lid bottom. As the lid slides along the container top, the protruding ball portion may enter divots of the ball detent receiver, thereby stopping the lid at multiple partially closed positions.

A closure for a container is provided. The container has a side surface and a rim. The rim defines an opening and an opening axis perpendicular to the opening. The closure has a top portion for covering the opening; and a skirt portion, connected to the top portion, that surrounds a region of the side surface when the closure is connected to the container. The skirt portion has thread portions that cooperate with thread portions on the side surface to define movement of the closure relative the container in a direction parallel to the opening axis as the closure rotates about the opening axis relative to the container. The closure includes a liner extend across the top portion of the closure and at least partway across the skirt portion away from the top portion. The liner seals the opening of a container when the closure is connected to the container.

A metal cap has an outer surface with a coating film including a coating composition containing thermally expandable hollow particles in a paint, the curing initiation temperature TA ( C.) of the paint, expressed as a temperature where an attenuation rate by a rigid pendulum viscoelasticity test reaches an inflection point, satisfies
TATa+25 Ta being the expansion initiation temperature ( C.) of the thermally expandable hollow particles, and
the maximum curing temperature TB ( C.) of the paint, expressed as a temperature where the attenuation rate by the rigid pendulum viscoelasticity test reaches a peak, satisfies
Tb10TBTb+10 Tb being the maximum expansion temperature ( C.) of the thermally expandable hollow particles.
Because of these features, a metal cap is excellent in grip and openability even when dew condensation occurs, and is also excellent in scratch resistance, is provided with high efficiency.

A closure device (10) for bottles, for example containing cosmetic products, comprising a main body (11) with a first portion (11a) coupled to a threaded neck of the bottle or inserted with pressure into the bottle's neck and a second portion (11b) that has at least one hole or opening (12) for discharging the product; between said first (11a) and second portion (11b) of the main body (11) there is a peripheral portion (14), which extends externally to the first portion (11a), so as to entirely lean against an external wall of the bottle, and on which there are formed one or more holes, slits or shaped through-openings (15).