A removable sealing strip and method is provided for sealing a lid removably secured to a top portion of a container. The removable sealing strip includes a strip removably affixed to a substrate and has a first portion extending from a first end thereof, a second portion extending from the first portion, and a third portion extending between the second portion of the strip and a second end thereof. The strip is foldable along a fold line such that an inner surface of the first portion of strip binds to an to inner surface of the second portion of the strip so as to define a tap on the strip. The inner surface of the third portion of the strip is affixable to the lid and to the top portion of the container to substantially inhibits removal of the lid from the top portion of the container. The tab is configured to facilitate removal of the third portion of the strip from the lid and the top portion of the container.

A labelling arrangement for a multi-part container includes a sleeve-shaped cap element having an interlocking structure adapted to be applied to a first part of the container and coupled to the first part by the interlocking structure. The labelling arrangement further includes a sealing label adapted to be attached to a second part of the container by a second label portion and to surround the applied cap element by a first label portion. The labelling arrangement further includes at least one severing region so that, when the container applied with the labelling arrangement is opened, the labelling arrangement is severable in the severing region and at least a part of the cap element is removable together with the first part of the container from the second part of the container.

A biodegradable container including a unitary polymeric body element having a top portion and a cylindrical body portion. The top portion has a cylindrical neck wherein the cylindrical neck defines an inner surface and an outer surface. The container further includes a polymeric bottom element welded to the cylindrical body portion of the unitary polymeric body element. A polymeric cap defines an internal rim configured to be received by the inner surface of the cylindrical neck. The polymeric cap includes an external cover having an interior surface which may be tapered so that the outer surface of the cylindrical neck and the interior surface of the external cover form an inner seal. The interior surface of the external cover may also form an outer seal with the outer surface of the cylindrical neck when the polymeric cap is in a closed position.

The aseptic protective system against germs and dirt for beverage bottles and cans and system for joining beverage cans, consists of applying a protective cover to the end or mouth of the bottles or cans of drinks, whose protective elements are sheets or films, sleeves, caps, lids, stoppers or belts made of biodegradable plastic materials, which protect them from contamination by germs and dirt. attaching or tongue-and-groove joints to groups or rows of cans, the attachments use covers, sheets of tape, bands or a cover of biodegradable material. The groups or rows of cans are constructed in a way that the bottoms of the cans are placed at their ends towards the outside and therefore those carrying the nozzles and opener are protected internally from dirt and contamination. The union is done by tongue and groove, attached or glued, and adding covers or sleeves, tapes or bands of metal sheets.

Embodiments of the present invention relate to domed metal containers, and more specifically to pressurized metallic food containers with liquid nitrogen wells and various closure mechanisms. In some embodiments, the metallic food containers are thin-walled aluminum and are pressurized using liquid nitrogen to maintain strength and integrity. The container can have a nitrogen well to receive liquid nitrogen and keep the liquid nitrogen away from the food stuff packaged in the container. In various embodiments, the metallic food container comprises a domed bottom portion shaped and sized to nest with a food stuff packaged in the container. In some embodiments, the container is sealed with a tear away lid, a screw-on lid, or a metallic end closure double seamed to the container.

A dispenser has a bottle (2) and a closure (3) for the bottle (2). The closure (3) has abase (4) forming a dispensing outlet (6) and a flip-cap for openably closing the dispensing outlet (6). The base (4) is attached on the bottle (2). The dispenser (1) further having a hinge (7) which interconnects the flip-cap and the base (4) for swiveling the flip-cap relative to the base (4) between a closed position, in which the flip-cap closes the outlet (6), and an open position in which the outlet (6) is open. The hinge (7) forms a swivel axis. The closure (3) forms a first end (18, 19) in a direction toward the flip-cap and a second end (18, 19) in a direction toward the base (4). The closure (3) in an area between the hinge-level plane and the second end (18, 19) forms an outer surface circumferentially around the longitudinal axis which is at least partly provided by an outer surface of the base (4) and an outer surface of the flip-cap.

Method and system for confirming the integrity of a tamper-evident seal based on a comparison of the value of at least one parameter describing the physical structure of a predetermined breaking point provided in the seal, which value is determined from at least one captured image of the seal, with a pre-determined reference parameter value.

Systems, methods, and apparatuses for enclosing containers with a child-resistant overcap and preventing unauthorized access to containers are provided. More specifically, the present disclosure relates to an overcap that can be placed onto a container or end closure, and the overcap may require a combination of forces to be removed from the container or end closure. Embodiments of the overcap can have a deflectable center portion where a force applied to the center portion deflects the center portion and causes snap features to release from a container or end closure. A second opposing force may then remove the overcap from the container or end closure. The forces and combination of features restricts the ability of a child or other to access potentially hazardous contents within the container.

A packaging system includes a container having a closed end an open end, a longitudinal axis running through the closed end and the open end, and an outer surface. A closure assembly fitted to the open end of the container has an access port. The system also includes a detachable cap disposed over the access port, and a label disposed about the container, characterized in that the label has a first region angled relative to the longitudinal axis, which first region consists essentially of a name of an injectable drug product, and a second region angled relative to the longitudinal axis, which second region consists essentially of a concentration of the injectable drug product, whereby the said first and second regions are angled such as to lie in planes that make non-zero as well as non-right angles with the longitudinal axis.

A sealing label for sealing a snuff container may include a structural layer and having first and second side edges extending in a length direction and first and second end edges extending in a width direction. The sealing label may be divided in the width direction into a container lid attachment area and a container base attachment area. A tear strip area may be arranged between the container lid attachment area and the container base attachment area and may be terminated by a pull tab arranged at the first end edge. The structural layer of the sealing label may be a single structural layer of the sealing label and may consist of a mono oriented polymer film having a direction of orientation coinciding with the length direction of the sealing label. A snuff container provided with the sealing label is also disclosed.