The present invention pertains to a beverage pod that has multiple separate compartments for use in an automatic beverage brewing machine. The beverage pod has at least two separate compartments inside. One compartment can hold one beverage ingredient, whereas another compartment can hold a different beverage ingredient. These ingredients can be either a solid or a liquid and are kept separated until the brewing process. During the brewing process, these ingredients can be combined with hot or cold water to produce a uniquely flavored beverage for human consumption.

A closure device for a container has a lid member for closing the container opening, a chamber associated with the lid member and an inner housing, the chamber and the inner housing having closure means and opening means, which interact with one another in so that a medium contained in the chamber can escape into the container by moving the lid member relative to the inner housing. The chamber is divided by a separating part into a first partial chamber and a second partial chamber, that are arranged one behind the other. A first medium can be received in the first partial chamber and a second medium can be received in the second partial chamber, and by moving the separating part into open position, the first and the second medium can be mixed in the chamber, and the mixed medium can emerge into the container by moving the lid member.

The present disclosure provides a container lid, including a lid body and a locking ring. The lid body has a peripheral outer wall, on which at least one elastic locking strip is arranged, and each elastic locking strip undergoes elastic deformation toward an inside of the lid body. The peripheral inner wall of the locking ring container rotates coaxially along the peripheral outer wall, and a locking protrusion is arranged on the peripheral inner wall corresponding to each elastic locking strip. When the locking ring rotates to a preset angle relative to the lid body, the elastic locking strip fastens the top of the container body with elastic deformation.

Various embodiments of a storage device are provided. The storage device includes one or more storage compartment that are slidable with respect to sidewalls of the storage device. The containers are also rotatable with respect to the sidewalls of the storage device, thereby permitting improved accessibility to the storage compartment in the container.

Various embodiments of a storage device are provided. The storage device includes one or more storage compartment that are slidable with respect to sidewalls of the storage device. The containers are also rotatable with respect to the sidewalls of the storage device, thereby permitting improved accessibility to the storage compartment in the container.

A locking cap for a container comprising a neck comprises: an outer body, defined by an upper face and a cylindrical wall, and including a breakable strip extending from the upper face to a free end of the cylindrical wall, a capsule, arranged on the upper face and rigidly connected to the breakable strip, a cage, locked in the outer body, having a generally cylindrical shape, and comprising a plurality of bridges connecting neighboring branches, and a flexible member, one end of which is rigidly connected to a bridge and another free end of which is oriented upward, the flexible member being adjacent to a weak point of the bridge. The flexible member of the cage is rigidly connected to the breakable strip of the outer body.

An apparatus comprising a cylinder of flexible material, where the diameter of the cylinder matches the outside diameter of a bottle neck. The apparatus includes a solid top surface with a top ring of flexible material extending around the circumference, and an underside containing a centered raised circle matching the inside diameter of the bottle neck. The solid top surface is designed to cover the top opening of the bottle neck. The cylinder has an open bottom end with a bottom ring of flexible material extending around the circumference, configured to slide over the bottle neck. Inside the cylinder, a void extends from below the solid top surface through the open bottom end. A first elliptical opening in the cylinder wall extends around at least 50% of the circumference, allowing the solid top surface to be removed from the bottle neck by stretching the flexible material so that the top opening of the bottle neck extends through the elliptical opening.

A cap for coupling to a medical adapter may include a housing with a closed top end and an open bottom end with legs that extend from the housing away from the bottom end. Members may extend from an inner surface of the legs to engage and secure the cap to a medical adapter or an insert configured to mate with a medical adapter. A cap may include angular ridges between a cap housing and an insert to permit rotation of the cap in single direction and prevent removal of the cap from a medical adapter. A cap may include hinged legs to permit the cap to be secured to a medical adapter by rotating the legs toward each other until a portion of a collar on each leg may be matingly joined around the medical adapter.

A bi-injection molded housing of a locking cap for a pharmaceutical vial includes a first material forming an upper ring, legs having upper ends rigidly connected to the upper ring, and bridges connecting lower ends of the legs in pairs, at least some bridges comprising a flexible tab configured to engage under a flange of the vial. The housing further includes a second elastomer material forming a stopper configured to seal the vial when the flexible tabs engage under the flange. At least one inner face of the upper ring made of the first material is rigidly connected to the stopper made of the second material.

A cap can be configured to engage with cosmetic application devices (also referred to as applicators or cosmetic implements) of various sizes. The cap may include a rigid housing and a flexible body within the rigid housing comprised of elastic material. The flexible body includes a cavity that extends from an opening in the proximal end portion toward the distal end portion of the cap and varies in diameter along its length. The cap may receive an application segment of an applicator through the opening, and the inner surface of the cap can apply pressure to a surface of the applicator to form a seal between the applicator and the cap. The seal between the applicator and the cap protects the application segment from dust and debris and prevents fluid in the applicator segment from drying or hardening.