A double container includes an outer layer body constituting an outer shell; an inner layer body including an upper opening communicating with a containing space, accommodated in the outer layer body, and deformable to undergo volume reduction; an inside plug including a tubular wall extending toward the containing space, a spherical body serving as a valve body being disposed inside the tubular wall; and a dispensing plug fitted to a mouth portion of the outer layer body and including a dispensing tube connected to the tubular wall. The tubular wall includes an inclined wall having a diameter decreasing toward the containing space and configured to abut against the spherical body over an entire circumference and including a protruding wall protruding from the inclined wall to the containing space. The protruding wall includes a liquid holding member holding a pool of liquid medium of the content formed below the spherical body.

A device for extracting residual amounts of fluid from containers, including containers for consumer products is disclosed. The device comprises a lid, further comprising a plug; a flexible hinge; and a threadless cap, further comprising an opening, a notch, and a tapered, flexible neck. Another embodiment of the device includes material wherein the lid is comprised of a material more rigid than the tapered, flexible neck. A further embodiment of the device includes material wherein the cap is comprised of material more rigid than the tapered, flexible neck.

A sample vessel (1, 11) for transferring and analyzing a sample with analyzer instrument, which sample vessel comprises an elongated vessel body (2, 12) for containing the sample and a hinged cap (3, 13) connected in top end area of the vessel body, and the cross-section of the vessel body (2, 12) on a transversal plane in relation to the lengthwise center axis of the vessel body the inner surface of the vessel body is rotationally asymmetrical in relation to the lengthwise center axis, wherein the sample vessel (1, 11) comprises a surface (5, 15) extending upwards from the vessel body, which surface partially surrounds the edge of the cap (3, 13), when the cap is in closed position.

A container cap with a body having a lower portion with internal threads for connecting to a container, and an upper portion defining a main opening. The upper cap portion having a first surface defining a partial opening and a stem protruding through the main opening. The lower cap portion having a second surface defining a partial opening. The upper and lower cap portions configured to rotate with respect to one another such that the partial openings align between a closed position and an open position to selectively permit fluid flow therethrough. A method for capping a container.

A closure includes a hinged sealing element including a top wall and a first skirt. The first skirt has a sealing formation allowing engagement of a mating sealing formation of a bottle. A second skirt has an attachment formation engageable with a mating attachment formation of the bottle. A plurality of frangible members is attached to each of the skirts. A pair of hinge members is attached between the first and second skirts. A biasing member is attached to the first skirt between the hinge members and extending downwardly from the first skirt to interact with a neck portion of the bottle such that the sealing formation of the first skirt and the mating sealing formation of the bottle are biased toward each other.

The present invention refers to an automatic opening device for a container provided with a spout having a rim with a sealing element firmly attached thereto, said automatic opening device for a container being provided with means that obviate the need to unscrew the cap of the container and next remove the sealing element from the rim of the spout in order to enable pouring of the product stored in the container.

Doser for a container containing a substance. The doser includes a dosing member configured to be located at least partially inside a dispensing end of a container. The dosing member includes at least a bottom wall, a retaining wall and a retaining space of predetermined volume configured to retain a dispensable amount of said substance. When the doser is arranged on a container and the container dispenses the dispensable amount of the substance, the dosing member substantially prevents the substance contained in the container from either passing into the retaining space or being dispensed with the dispensable amount.

A save-and-draw capping system may be snapped or otherwise attached/connected to the top of a liquid medicine bottle having a rubber surface that may be punctured using a syringe to draw medicine. Using the save-and-draw capping system, the rubber surface may be sealed after it has been punctured. A secondary seal may be used to apply pressure to the cap of the liquid medicine bottle. A draw attachment, such as a draw needle, may be attached to the save-and-draw cap so that a hose may be connected to the liquid medicine bottle when multiple injections are needed. The save-and-draw capping system may be removed from one liquid medicine bottle to be used on another liquid medicine bottle.

A flip-top closure includes first and second closure polymeric portions. The first closure portion includes a top wall portion, a skirt portion and a tamper-evident feature being detachably connected to the annular skirt. The second closure portion includes a top wall portion, a skirt portion with an internal thread formation and an upwardly-extending locking tab, and a tamper-evident band. The first and second closure portions are attached via a hinge. The closure moves to an open position, resulting in the tamper-evident feature being detached from the remainder of the first closure portion and remaining adjacent to the skirt portion of the second closure portion in which the upwardly-extending locking tab assists in preventing or inhibiting the tamper-evident feature from falling off of the closure after the closure has been opened.

This invention is directed toward a container lid with a base that attaches to an existing bottle, and hingeably-connected lid with flanged sides that provide a convenient place for a user to open the lid using only one hand. The user needs merely position the lid over an object and tap or pull down on the bottle to effectively open the container with only one hand. To removably restrain the lid from popping open at undesired times, an orifice ridge on the top of the base removably mates with an orifice stopper on the underside of the lid. The lid can be tapped back into a down position quite easily by tapping the lid on the bottom of any surface. Because the lid extends above and away from the base, any contaminants that fall into the lid are not transferred to the drinking and pouring opening in the base.