An interior portion of a container (e.g., a lid portion, a base portion, etc.) includes one or more walls of a body of material (e.g., in a hexagonal configuration, a spiral configuration, a concentric circular configuration, etc.) that define one or more reservoirs. The one or more reservoirs are open to receive fluid composition therein (e.g., when the lid is positioned to close the container).

An elastomeric closure (10) having an internal barrier film (16) is provided. The elastomeric closure includes a top portion (12) and a bottom portion (14) formed together with a barrier film (16) disposed between the top and bottom portions. The barrier film may span the overall length and width of the elastomeric closure and preferably includes an aluminum foil as the barrier film material.

A closure for a container is provided with a top portion and a skirt depending from an outer periphery of the top portion. A generally circular rim extends downwards from the lower surface of the top portion. A liner is attached to the closure between an outer surface of the rim and an inner surface of the skirt. The liner is configured to provide a fluid tight seal for containers having varied neck dimensions and/or profiles. One or more projections extend into a space formed between the lower surface of the top portion, an inner surface of the skirt, and an outer surface of the rim, with the liner enveloping and being supported in the closure by the one or more projections.

A closure for a beverage can lid has a body having a back end, a front end, a front panel portion, a rear panel portion, and a step down section between the front panel portion and the rear panel portion, a left edge, and a right edge, the back end having a track portion, the front end having a left ear section having a left front edge, a central rounded recess, and a right ear section having a right front edge.

An insert is disclosed for use with a container having an end wall, and sidewall that together form an internal cavity, and an opening opposite the end wall that communicates with the internal cavity. The insert includes a body having first and second ends spaced apart along a first axis. A portion of the body is dimensioned for receipt in the opening of the container. A passage extends through the body from the first end to the second end for communicating with the internal cavity of the container. An elongated recess extends inwardly from the first end of the body and is sealed from the cavity of the container.

A sealing cap for a container for holding a medical liquid includes a cap body and a connection device having a sealing element arranged on the cap body. The sealing element is arranged at the opening and is retained in the cap body in a clamped manner by a, preferably annular, flanged rim. The connection device has a break-off piece, which is firmly connected to the cap body and covers an outer face of the sealing element in the outward direction. The break-off piece is integral with the cap body, is connected to the cap body by a predetermined breaking point where the break-off piece can be detached from the cap body. The sealing element outer face is substantially flat and is accessible for wiping to provide a sealing cap having a sealing element arranged that can be simply and reliably disinfected.

There is provided a snap-on vial cap with a protective cover, which can be removed from a cap body by a constant removal force, and can hardly be attached to the cap body again, once being removed. A cap body 5 and a protective cover 6 are molded integrally by an insert molding method or a two-color-molding method, which generates moderate adhesive strength therebetween. An annular convex portion 12, 13 having a concave section 14 formed on the outer circumferential surface thereof is provided on the cap body 5, and an engagement portion 18 for engaging with the concave section 14 is provided on the protective cover 6, thereby enabling the protective cover 6 to be easily removed from the cap body 5 with good operativity while preventing the protective cover 6 from accidentally detaching. Alternatively, projections 23 provided on a top plate of the cap body 5 are engaged into a plug 4 to prevent the cap 1 from rotating.

There is provided a snap-on vial cap with a protective cover, which can be removed from a cap body by a constant removal force, and can hardly be attached to the cap body again, once being removed. A cap body 5 and a protective cover 6 are molded integrally by an insert molding method or a two-color-molding method, which generates moderate adhesive strength therebetween. An annular convex portion 12, 13 having a concave section 14 formed on the outer circumferential surface thereof is provided on the cap body 5, and an engagement portion 18 for engaging with the concave section 14 is provided on the protective cover 6, thereby enabling the protective cover 6 to be easily removed from the cap body 5 with good operativity while preventing the protective cover 6 from accidentally detaching. Alternatively, projections 23 provided on a top plate of the cap body 5 are engaged into a plug 4 to prevent the cap 1 from rotating.

A container structure and a fluid transfer device including the same are disclosed. The container structure according to one aspect of the present disclosure may include a container body having an internal space formed therein and one end open; a stopper coupled to the container body so as to close the open end of the container body; and an elastic thin film dividing the internal space of the container body into a first space in which a fluid is stored and a second space separated from the first space.

Device and method for needle penetrating and filling a chamber with a predetermined substance, and hermetically resealing a resulting needle hole in the device by applying radiation thereto. The needle penetrable and resealable portion defines a predetermined wall thickness in an axial direction thereof, and may include a thermoplastic that substantially prevents the formation of particles released into the chamber from the needle penetrable and resealable portion during penetration by and withdrawal of the needle. Such thermoplastic may include a predetermined amount of pigment that allows the thermoplastic to substantially absorb laser radiation at a predetermined wavelength, substantially prevent the passage of radiation through the predetermined wall thickness thereof, and hermetically seal a needle aperture formed in the needle penetration region thereof in a predetermined time period.