An insert may be used with a container that includes a lid with a suction opening and a liquid storage portion where the lid threads onto the liquid storage portion to allow liquid from the liquid storage portion to be consumed through the suction opening by a user. The insert includes a barrier with an outer perimeter that is configured to be captured, and form a seal against liquid, between the lid and the liquid storage portion when the lid is threaded onto the liquid storage portion; a first one-way valve through the barrier and configured to allow the liquid to flow from the liquid storage portion to the suction opening during consumption of the liquid by the user; and a second one-way valve configured to allow air to flow into the liquid storage portion.

A delivery system for flowable substances includes a squeezable container having a sealed proximal end, a sealed distal end having a dispensing neck, and an outer wall that surrounds a storage reservoir. The delivery system has a container support frame assembled with the squeezable container having a proximal edge secured to the sealed proximal end of the squeezable container, a distal edge secured to the dispensing neck of the squeezable container, and first and second lateral edges extending between the proximal and distal edges and overlying opposing sides of the squeezable container. The proximal and distal edges and the first and second lateral edges define a central opening of the container support frame that provides access to the outer wall of the squeezable container. The container support frame has an elongated handle that extends proximally from the proximal edge of the container support frame.

The present invention relates to a closure device for bottles with evidence of first opening where before the first opening the closure shows a capsule with a perimetral line, and after the first opening, a separation line visually evidencing said first opening now appears where the perimetral line was previously located.

An ink refill container is configured to refill an ink tank that is in communication with an ink ejection head with ink. The ink refill container includes an ink container body configured to contain the ink, a spout including an ink outlet that allows ink to flow out of the ink container body, a cap attached to the spout, and an ink absorbent arranged on the cap to absorb ink existing between the spout and the cap in a state in which the cap is attached to the spout.

One or more techniques and/or systems are disclosed for a device that can be used to seal an opening of a package to mitigate loss of package contents, and to effectively transfer contents of the package to a target device or system. The device can comprise a base cap that engages with a package opening, such as a fitment, and a nozzle portion. Alternately, the fitment may comprise a fixedly engaged base. The nozzle portion can comprise a portion that selectably engages with two or more target systems, such as through a filling port, and may also selectably engage with a closing cap that can be used to close the opening, by sealing a spout portion of the nozzle.

A cap for a spout of a flexible thin-walled packaging is provided. The cap has a closure body having an annular closure wall extending along a main axis between a lower end and an upper end. An extension ending with a base is placed at a predefined height below the lower end of the annular closure wall. A scraper element is arranged along the extension to remove any residue of product in the spout.

A dispenser is provided. The dispenser is operable to receive a powder or liquid in a reservoir, and then once connected to a bottle, to dispense the powder or liquid into the bottle. The dispenser has a collar body which threadedly attaches to the mouth of a bottle, and a movable reservoir which, when moved to an open position, dispenses its contents through an opening or openings in the collar body into the bottle to which the collar body is attached.

A resealable beverage can lid has a lid having a rim, a top side having a center and having a spout formed therein with the spout being centered with the center, the spout having an external thread, and a cap having a top portion, a side portion having an interior thread with the interior thread adapted for mating with the external thread of the spout for sealing the lid.

A spout assembly for a flexible bag having a base flange, a body and a dual lead thread. The base flange has a top surface and a bottom surface. At least one of the top surface and the bottom surface are configured for coupling to a flexible bag. The body extends from the base flange and includes a proximal end corresponding to the base flange and a distal end spaced apart therefrom, and, an inner surface and an outer surface. The dual lead thread extends along the outer surface of the body between the proximal end and the distal end. The dual lead thread has a first threadform and a second threadform. The first threadform has a first threadform length. The second threadform has a second threadform length. The length of the first threadform is different than that of the second threadform.

A bottle light that is stored within a cap that threads onto a standard bicycle type water bottle. One set of LED lights within the cap point in a horizontal direction and can act as a lantern. Another LED light or set of LED lights point downward to illuminate the contents of the bottle. An on-off switch can be consecutively pushed to allow the user to choose between lantern mode or bottle lighting mode or both at once. Additionally, a microprocessor contained within the cap allows the user to choose to illuminate the contents of the bottle in white light, colored light or a cycling display of colored light. A rotatable handle on the outside of the cap allows a person to carry the device as a lantern.