Abstract: A sealable container is formed by a cylindrical member and a sealing cap for mating with the cylindrical member. A flexible tether is integrally connected to the sealing cap and the cylindrical member. The tether has a slide ring with at least one frangible bridge connecting the ring to the cylindrical member. Alternatively, the slide ring of the tether has at least one frangible bridge connecting the ring to the sealing cap. The sealing cap can have a frangibly connected lower skirt which fractures when the sealing cap is opened. Alternatively, the slide ring connected to the sealing cap by at least one frangible bridge can have a frangibly connected lower skirt which fractures when the sealing cap is opened. The cylindrical member may be a container or a fitment with a flange to attach to a container.

Abstract: A hermetic package having a fitment having base coupled to a lid. The base is composed of a collar having a recessed groove, the base of the fitment defines an opening which provides access to the contents of the hermetic package. The lid is a planar structure having a first face and a second face. The lid includes a sealing member extending from the second face of the lid and engages the recessed groove on the base of the fitment to provide an airtight seal.

Abstract: A cap body of beverage container wherein a lid plate of lid body forming a connection mouth at a drinking straw member is mounted with an air hole between a hinge axle for rotatively supporting a cap and the connection mouth, and a straw unit for being connected to the connection mouth of the drinking straw member is formed thereunder with a closing unit for covering the air hole, while the cap is disposed with a bend member for bending the drinking straw member and a blocking protruder for blocking the air hole via the closing unit, whereby the drinking straw member can be bent to enable to close the cap with one touch operation and to surely block the air hole.

Abstract: A plug comprises a plug body serving as the plug of a container for holding beverage and a lid body. A hinge and a lock device are arranged opposing to each other. A lip portion protrudes from the top plate of the plug body. A liquid-passage hole is formed in the lip portion. The upper surface of the lip portion is made into a tapering shape that is highest at the lock device side and lowest at the hinge side. The resilient member that forces the lid body towards an opening direction protrudes from the top plate of the lid body. An air hole is set in the top plate of the plug body and the resilient member is set to vertically block the air hole when the lid body is closed.

Abstract: The invention concerns a device comprising a pourer (3) designed to be permanently fixed on the neck (2) of a container, and an assembly (4) forming a cover adapted to be mounted on the neck and/or the pourer and comprising a cap (45) mobile between a first position wherein it isolates the neck (2) and the pourer (3) from the outside and a second position where it allows access to the neck (2) and to the pourer (3), the pourer (3) being arranged at least partly inside the neck (2). The cap (45) is provided with a skirt (452) extending, in the first position and from an inner surface (453) of the cap, up to inside the neck (2). Said skirt (452) bears at least a flange (456) capable, when the pourer (3) is in the first position and against an inner radial surface (31a) thereof, of exerting a force (F3) urging the pourer (3) against an inside edge (22) of the neck (2). The invention is useful for closing plastic containers.

Abstract: A filler neck closure assembly (30) includes a closure apparatus (32) formed to include a pump nozzle-receiving opening (36) and adapted to be mounted on an open mouth of a filler neck 24. A cover 40, pivotally mounted to the closure apparatus (32), is movable between a first position covering the nozzle-receiving opening (36) to seal the filler neck (24) and a second position uncovering the nozzle-receiving opening (36) to allow access thereto. An overcenter leaf spring (42) normally biases the cover (40) toward its first closed position. A tether (94) coupled to the cover (40) has its other end (96) coupled to a filler neck access door (90) so that as the access door (90) is moved from a closed position blocking access to the filler neck (24) to an open position unblocking access to the filler neck (24), the cover (40) is moved from the first position covering the nozzle-receiving opening (36) to the second position uncovering the nozzle-receiving opening (36).

Abstract: A tamper-evident structure for use in a resealable dispensing closure system includes a lid and a flexible, frangible tamper-evident member extending from the lid to a drop ring. The drop ring is adapted to engage a bottom end of a closure body in the closure system. Preferably, the lid, frangible tamper-evident member, and drop ring are provided as a unitary, integrally molded structure. In a preferred embodiment, the closure body can also be molded as a unitary part of the structure. The lid, frangible tamper-evident member and drop ring are assembled on the closure body by first installing the lid in a closed position on the closure body. The drop ring is then pivoted downward relative to the lid, thereby causing the frangible tamper-evident member to become disposed adjacent the closure body skirt. The drop ring is located at the bottom of the closure body. The system can then be installed on a container so that the drop ring locks under a bead or lip on the container.

Abstract: A tamper evident hinge type closure includes, as is conventional in such closures, a body portion, a lid portion and a hinge portion. Advantageously, at least one tamper evident band is provided so as to mechanically secure the lid portion to the body portion at a position that is distal from the hinge. The tamper evident band, which is designed to break upon initial opening of the closure by a consumer, is preferably integral with both the body portion and the lid portion, so as to ensure more reliably than was possible with interlocking mechanical tamper evident structures that the closure may not be opened without defeating the tamper evident band. A process for making the improved closures is also disclosed.

Abstract: A dispensing container is formed from a toroidal-shaped body having a top surface, a bottom surface, and opposing outer and inner sidewalls defining a hollow interior and a central void. A lid having a tab portion hinged to an actuator portion covers part of the top surface of the body and is dimensioned to cover the aperture. The actuator is depressable to cause the tab portion to pivot away from the aperture, thereby allowing one to dispense the contents present in the container.

Abstract: The plastic closure consists of an upper closure part (1) and a lower closure part (2) which in the condition of being used form separate parts (1,2). These two closure parts (1,2) are connected to one another as one piece via a hinge (7) or hinging strip (7), which permit the closure parts (1,2) to be pivoted apart by 180°. In this pivoted apart condition the closure is then injected as one-piece part in one go. The hinge (7) or hinging strip (7) is connected to one or both closure parts (1,2) via break-off locations. It may be torn away from these by hand and thus serves as a first-opening guarantee.

Abstract: A throw-away plastic lid comprised of two parts. The first part fits over a container opening, specifically engaging the periphery of the container including the container's annular channel about its periphery. The first part has a substantial, half-moon shaped, central opening. The second part of the lid is attached to the first part by means of a flexible strip and provides a cover which frictionally engages the lid first part. In another embodiment of the invention, the lid first part has a brush holder attached to its periphery.

Abstract: A canister for containing a particulate-type product such as a ready-to-eat cereal. The canister includes a side wall, a bottom closure and a plastic lid. The side wall defines at least a portion of a tubular body having an upper opening, a lower opening and an internal storage region for containing the particulate-type product. In this regard, the side wall includes a first, paper-based layer and a second, plastic-based layer. The first, paper-based layer has an inner surface and an outer surface. The second, plastic-based layer is bonded to the inner surface of the first, paper-based layer. The bottom closure is connected to the side wall so as to encompass the bottom opening. The plastic lid is openably secure to the tubular body at the upper opening. In this regard, the plastic lid provides selective access to the internal storage region. With this configuration, the plastic lid facilitates rapid fabrication of the canister, as well as providing for increased canister durability.

Abstract: A dispensing cap for a container includes a body defining a dispensing orifice and an opening/closing member. The opening/closing member can be hinged to the body. The cap includes a deformable portion which can deform to uncover a push region of the opening/closing member. The deformable portion can be integral with the body around the deformable portion's entire perimeter. Force applied to the push region causes the opening/closing member to move from a closed position to an open position in which the orifice is at least partly open.

Abstract: A container having an air intake value, enables a minimal amount of air to enter the container that the one way directional airflow eliminates the flexible walls of a container from being drawn inward and container distortion (product paneling) due to temperature and altitude changes. The inside design of the cover cap makes direct contact with the valve top slit area but generally not the outside of the slit area. With the top cover cap in place and covering the soft concave valve, the slits are restricted from opening outward because to the bottom contour contact fit of the cover cap. The flexible slit valve pieces are unrestricted from moving inward and open automatically to let air in when necessary and eliminating the paneling affect. In the closed position the top snap cover cap is designed not to be completely airtight with two butt joint areas on the hinge side of the cap.

Abstract: A closure for sealing an opening of a tubular container is disclosed, the closure having a paperboard central panel with a plurality of secondary panels extending angularly therefrom forming a surface around the perimeter of the central panel. A plastic skirt is adhered around the perimeter of the central panel and to one side of the secondary panels opposite the surface to reinforce it. A metal foil layer is adhered to the surface, the foil having a side facing the sidewall of the container with a heat-activated adhesive layer thereon. The closure is positioned on the container with the central panel in registration with the opening and the heat-activated adhesive layer engaging the sidewall of the container. The seal between the closure and the container is effected by subjecting the container to an electromagnetic induction field, whereby eddy currents induced in the metal foil by the field cause the heat-activated adhesive to form a bond between the container sidewall and the secondary panels.

Abstract: An object of the invention is to provide a hinge cap having a preferable appearance irrespective of opening and closing of a cap cover, facilitate a one-hand opening manipulation, and prevent cost increase.

Abstract: A form, fill and seal packaging machine for forming, filling and sealing a carton, molds a closure directly onto the carton. The machine includes a carton erection station adapted to receive a carton in a generally flat form and to erect the flat form carton into a tubular form defining an internal carton region. A direct injection molding station has an internal mold tool and an external mold tool. The internal mold tool is configured for receipt within the internal carton region and the internal mold tool and the external mold tool are configured to receive and clamp the carton therebetween. The direct injection molding station further includes a polymer injection system for injecting polymer from a location external of the carton to the internal mold tool. The closure is directly molded in place on the carton. A mold tool set, a method for carrying out the molding and a closure molded thereby are also disclosed.

Abstract: A dispensing article, particularly for dispensing towelettes, is provided and includes a container body for storing the towelettes and a lid hingedly attached to the body. The container is formed from a floor panel, left and right side panels, front and rear panels and a deck panel. The deck panel includes a sealing section with a dispensing aperture. The sealing section is domed outwardly away from the floor. A downwardly projecting plug on an interior surface of the lid, in a closed position, engages within the dispensing aperture forming a seal therewith. The domed nature of the sealing section improves the air tight closure and shortens the required length of the plug to minimize aesthetically displeasing sink marks in the plastic wall of the plug.