Abstract: A can end for a two-piece beverage container has a curl positioned about a longitudinal axis which defines an outer perimeter of the can end. A circumferential wall angles downwardly and radially inwardly relative to a radially inner portion of the curl. A strengthening member extends radially inwardly relative to the circumferential wall. A center panel extends radially outwardly from the longitudinal axis towards the strengthening member and has a diameter greater than 87.7% of an overall diameter of the can end. A frangible score and a hinge portion define an openable tear panel in the center panel. A stay-on tab is attached to the center panel and has a nose portion overlying the tear panel opposite a lift end of the tab.

Abstract: A closure for a container opening according to one embodiment comprises a plug including a series of projections and being constructed and arranged to be received within the container opening and an overcap constructed and arranged for being attached to the plug so as to close off an interior of the plug and create an assembly. The projections being constructed and arranged for interfit with a specialized wrench socket for threadedly advancing the plug into the container opening.

Abstract: A closure for a container opening according to one embodiment comprises a plug including a series of projections and being constructed and arranged to be received within the container opening and an overcap constructed and arranged for being attached to the plug so as to close off an interior of the plug and create an assembly. The projections being constructed and arranged for interfit with a specialized wrench socket for threadedly advancing the plug into the container opening.

Abstract: A safe device for a squeezable container includes a protective cover, a body, and a bottom cap. The protective cover includes an idle cap, an inner cap, and a mouthpiece. The idle cap is rotatably mounted around the inner cap. The body includes a compartment for receiving a squeezable container. A plurality of non-return blocks are formed on an outer periphery defining an upper opening of the body and meshable with non-return blocks on the mouthpiece to prevent the mouthpiece from disengaging from the container. The bottom cap is engaged in and seals a lower opening of the body. A rotational force applied to the idle cap can only be transmitted to the inner cap when a force greater than a predetermined magnitude is applied to move the idle cap downward to tightly engage with the outer periphery of the inner cap.

Abstract: A device and system for temporarily sealing an orifice in a beverage container lid, comprising a plug having an upper surface, a body portion and a lower surface, said body portion adapted to be inserted and releasably retained in the orifice to provide a temporary seal thereof, and an external member located on the upper surface of the plug configured to allow a user to grip the plug for ease of removal from the orifice.

Abstract: A cap, for safely filling and closing an engine oil tank, in particular of an aircraft engine, has an elongated tubular body for feeding oil into the tank; a removable cover body for closing an end portion of the tubular body; an oil feed valve located close to the end portion of the tubular body and movable between an open position, allowing oil flow into the tank, and a closed position, preventing oil outflow from the tank; a filter upstream from the oil feed valve; a dipstick for measuring the oil level in the tank, and which is housed in the tubular body and carried by the removable cover body; and a monostable valve controlled by the dipstick.

Abstract: The subject invention is a lid assembly (20) for use on a container (22) presenting an endless top rim (24). A frame (26) includes shell-shaped sidewalls (36) that face one another, and present upper concave central edges (48). The upper concave central edges (48) are connected by lower edges (50) to define opposed L-shaped openings (54) between the central edges (48). A pair of abutting L-shaped flaps (28) each define a top leg (64) and a side leg (68). The flaps (28) are complementary to the L-shaped openings (54) by extending away from each other along the upper central edges (48) of the sidewalls (36) and then downward to the lower edge (50). The top legs (64) may be pushed down into the opening (54) to provide access to the container (22) while the side legs (68) bias the flaps (28) to a closed position.

Abstract: The lid for a cup has a flange, an outer retainer, an inner retainer, a mounting groove and a protrusion. The cap covers on a cup and has a rim. The flange protrudes from the rim of the cap and has an outer edge and an inner edge. The outer retainer protrudes perpendicularly from the outer edge of the flange and has an inside surface. The inner retainer protrudes perpendicularly from the flange near the inner edge of the flange and is slanted toward the outer retainer. The mounting groove is formed in the flange and defined between the outer retainer and the inner retainer. The protrusion is formed on and protruding from the inside surface of the outer retainer and extends into the mounting groove.

Abstract: Disclosed is a paper cap. The paper cap includes a top plate, and a sidewall formed downward at an edge of the top plate, and the sidewall is reinforced with a reinforcing member to firmly attach the cap to a cup, thereby preventing the side wall from trembling and thus preventing the cap from being easily taken off from the cup. Further, a receipt part is formed between an inner top of the reinforcing member and the top plate. The receipt part grasps the circumference of the top end of the cup and thus strengthens the connection between the cap and the cup, thereby not only preventing the cap from being taken off from the cup but also preventing a beverage in the cup from overflowing even if the cup is shaken.

Abstract: The invention relates to a closure for a container for holding a fluid, more particularly an adhesion promoter composition, provided, having a base element which can be fastened in the region of a pour opening of the container and which has an opening through which the fluid can be withdrawn from the container, having a first closure element which in a closed position thereof effects fluid-tight sealing of the opening of the base element and which in an open position thereof releases the opening of the base element, and having a second closure element, which can be fastened to the base element in such a way as to be repeatedly releasable and which, in a container storage mode, secures the first closure element in its storage position and, for a container dispensing mode, releases the first closure element to bring it from its closed position into the open position.

Abstract: The object is to provide a seal ring for a plug, which, when used in a plug cap, can be used regardless of kind of chemical liquid and has no possibility of damaging a seal surface of the plug in tightening the plug cap. The seal ring is placed in the plug cap installed on the plug having a liquid path and/or a gas path, and the seal ring achieves liquid sealing and/or gas sealing of the plug. The seal ring (1) has on its upper surface an edge seal section (17), on its inner surface a surface seal section (18), and on its outer surface a projection section (19) engaging with a ring engagement section (16a) formed on the inner surface of the plug cap.

Abstract: A lid for a drinking cup may include a rim portion and a raised cover portion. The rim portion may be adapted to matingly engage an upper peripheral edge of the drinking cup so as to selectively maintain the lid in a covering relationship on the cup. The raised cover portion may extend from the rim portion, and have a perimeter adapted to impede spillage of liquid over a peripheral edge of the lid. Liquid spilled or released on the cover portion or perimeter portion may drain away from the periphery of the cover portion and into the drinking opening or a recess in the cover portion that is adapted to receive a reclosable tab.

Abstract: A plastic beer keg includes an outer container and a liner having a neck portion and a body portion. A removable lid is secured over an opening of the container to enclose the liner. A locking ring secures the neck portion to the lid. The neck optionally includes a neck ring which interlocks with the opening through the lid to prevent relative rotation therebetween. The locking ring optionally includes ratcheting teeth engaging ratchet teeth on the lid to prevent inadvertent loosening of the locking ring. The liner may be suspended from the lid by the neck when empty.

Abstract: An apparatus for sealing a cover of a beverage container comprises a body having an opening therethrough and a ball disposed in an elongated depression in the body, the ball being movable along the depression between first and second positions to expose at least a portion of the opening to allow fluid flow to and from the container when in the first position and sealingly occlude the opening to prevent spillage when in the second position.

Abstract: A kit for medical waste disposal comprising a plurality of containers; a hood assembly configured to substantially cover an open end of a respective one said containers, the hood assembly defining a passage through which medical waste can be passed to the open end of said container; and a plurality of lids, separate from the hood assembly, each configured to be placed over an open end of a respective container and to substantially close the open end of said container when said container is at least partially filled with medical waste; each of said containers being configured for separation from the hood assembly for disposal.

Abstract: Systems and methods for providing a stackable container are provided herein.

Abstract: An apparatus, according to one embodiment, for storing a product comprising a lid including a tongue; and a clamp; and a container including a groove, wherein the tongue and the groove form a seal when the lid is coupled to the container; and a bead, wherein the clamp engages with the bead when the lid is coupled to the container. An apparatus, according to another embodiment, for storing a product comprising a lid; a container configured to engage with the lid and form a secondary seal between the lid and the container; and a film seal coupled to the container.

Abstract: A splash and spill resistant insulating lid for beverage containers comprising an insulated splash and spill barrier integrated into a cup lid combination. This is achieved by creating a barrier and/or labyrinth flow path, which buffers and deflects sloshing liquid. Accidental/incidental release of liquid is minimized and/or prevented while allowing the normal flow of liquid for drinking. These features of the SSRIL further create an insulating barrier to keep a cup's fluid hotter or cooler for a longer period of time, enhanced by using an appropriate insulating material combined with finite number of transfer holes that are of a specific shape and/or specific location and/or specific orientation to promote the formation of a surface tension film of fluid across the transfer holes, creating additional barriers against the escape and exchange of both fluid and vapor outside the cup.

Abstract: A substantially moisture tight container and lid assembly for storing and packaging moisture-sensitive items comprising an assembly with a container and a lid, the lid is attached by a hinge to an upper housing portion of the container, the container has a container base, and a sidewall depending upwardly from the base, a top container surface extends inward from the sidewalls, the top container surface is provided with an opening that permits access to the interior of the container, the lid portion has a lid base with an outer periphery that extends over at least a portion of the container portion, the lid base is provided with a skirt that depends downwardly from the base portion, the skirt is configured at a location on the base portion that allows the skirt to enter into a sealing relationship with the container portion, the lid includes a member that depends downwardly from the lid, the member is configured to abut at least a portion of the interior side of the container when the lid is in the closed pos

Abstract: The invention is directed to a closing device for a closure lid made of sheet metal suitable for opening by twisting, as well as a support device on or for such closure lid, as well as the closure lid itself and a process of making such closure lid. The closing device includes a lid panel; a skirt portion on an edge of the lid panel; a seal extending from a circumferential section of the lid panel into the skirt portion. In addition, the closing device has a non-metallic safety ring that includes two circumferentially extending sections, configured as a safety section with a strip section, shaped to project radially inwards and axially upwards, as well as a connecting section for attaching the safety section on an axially lower end of the skirt portion. The skirt portion has a lower end rolled up from radial outside to radial inside by more than 180° to form a roll-up portion, the roll-up portion being at least partly clasped, or is claspable, by the connecting section from an inner side of the skirt portion.

Abstract: A lid construction for a container, canister (can), or the like, includes a top piece and a skirt piece. The top and skirt pieces are connected together using a folded and crimped joint that is located primarily on the inside of the lid adjacent to the inner surface of the skirt and generally below the top surface of the lid, providing a substantially flush and flat upper surface and a substantially flush and flat side surface of the lid at the location of the joint.

Abstract: A container (1) for the storage of a carbonated drink, comprising a container body with an opening that defines an axis and a removable closure (3) for closing the opening, the closure including a foil (2) for bonding to the container to close the opening in a gas-tight manner, the foil also being connected to, or interacting with, the closure, such that initial rotation of the closure in a loosening direction relative to the container body distorts or deforms the foil in a manner such that further rotation of the. closure results in a peel force being applied to the bond between the foil and the container.

Abstract: A clamshell package for supporting an article is provided including a covered manufacturing hinge adapted to divide the clamshell into first and second parts adapted to form a cavity. The first and second parts partially overlap to form a flange adjacent the manufacturing hinge. The second part includes an uncovered operating hinge, about which the second part is adapted to pivot away from the first part to an open position. The clamshell package includes a panel adapted to engage the manufacturing hinge and flange to retain the manufacturing hinge in a folded position, with the panel being spaced from the operating hinge.

Abstract: A beverage container closure with pressure release, includes a generally funnel-shaped device body having an upper portion and a lower portion, a snap ring extending around an inner periphery of said lower portion, wherein the snap ring can be releasably attached to a beverage container for maintaining a leak-proof and airtight seal with an edge of the beverage container and a snap cover releasably attached to the upper portion of the device body, wherein the snap cover is designed to release from the upper portion of the device body prior to the device body releasing from the beverage container when pressure builds up within the beverage container.

Abstract: A cover of a container is provided. The cover displays the number of times a user has ever opened the container which contains medication to thereby inform the user of the user's history of medication use with a view to protecting the user from unnecessary repeat medication and suggesting the user to take medication.

Abstract: A plastic beer keg includes an outer container and an inner liner. A removable lid is secured over an opening to the container to enclose the liner. The liner includes a neck portion and a body portion. A head contact member transfers axial forces imparted by handling equipment away from the neck portion.

Abstract: A container for storing pourable contents having a cover with a spout wall upwardly extending from the top surface of the cover. The spout wall has a pouring section which gradually reduces in height to the front of the spout. On either side of the pouring section the spout wall also has a spill inhibiting section to prevent spilling as the contents of the container is poured. The container also has a removable lid which mates with the spout wall to prevent contents from spilling over the spout wall when the container is being used for dispensing.

Abstract: A collapsible container includes a base, at least one side wall and at least one end wall extending from the base, a top ring and a lid. The top ring is positioned on the side wall and the end wall on an opposite side from the base. The lid is hingedly attached to the top ring. The side wall and end wall are pivotable between a collapsed position and a use position relative to the base.

Abstract: A container having a receptacle and a cover is disclosed. The receptacle includes a generally rectangular base portion, a continuous sidewall portion, and a collar. The sidewall portion includes a lower end and an upper end. The lower end of the sidewall portion is coupled to the base portion and the upper end defines an opening. The collar extends around the sidewall portion proximate the upper end. The cover is coupled to the receptacle and includes a top portion, a skirt, a flap, and a tear strip. The skirt extends downwardly from the periphery of the top portion. The flap is hingably coupled to the top portion proximate a corner of the closure and is moveable between an open position in which access is provided to the opening in the receptacle and a closed position in which the opening in the receptacle is closed. The flap includes a closing apparatus to releasably retain the flap in the closed position. The tear strip is removable and is coupled to the flap and the skirt.

Abstract: A protective cover for beverage cans, for assuring suitable hygiene conditions for drinking directly from the can, having a body, made with a suitably impermeable and sufficiently strong material, preferably transparent, with a cylindrical configuration open at its lower part and closed at its upper base, and with dimensions slightly larger than those of the can. The body covers the can at its upper part, where a ring pull is located, and laterally surrounds at least its upper half in a tight manner. The body has at least one tear means, such as a partially pre-die cut strip or any other similar known system, there optionally being at its end at least one flange which facilitates holding it.

Abstract: A closure for use with a pressurised container and configured to produce an opening sound is provided. The closure includes an openable closure member and an outer wrapping that covers at least a portion of the closure member tightly so that upon opening the closure member, content of the container escaping under the effect of the pressure deforms and/or forces open and/or sets vibrating the wrapping while producing a sound.

Abstract: A lid for a beverage container for holding a decoction beverage, preferably a disposable tea container with a base plate and a covering arranged at a distance from the base plate in which case between the base plate and the covering a holding space bounded on the sides by a surrounding side wall is formed, a first opening being provided in the base plate through which a decoction unit holding decoction materials can be guided and a second opening smaller than the first opening being formed in the covering or in the region of the covering through which a section of the decoction unit can be guided, the holding space being of dimensions such as to hold at least part of the decoction unit. This lid is especially suitable for covering beverage containers in which decoction beverages, especially for “sale on the street” are to be prepared. The decoction unit may be used without having to remove the lid from the beverage container.

Abstract: A method for preparing and forming a gripable and flat lying retortable lid having a lid ring extending radially outside in a curl shape adapted to be seamed to a body flange of a container body, and extending radially inside in a substantially flat flange, sealed with an edge ring of a central foil, covering an inner opening of the lid ring, radially inside of the inner end of the flat flange is described. The central foil having a tab extending from a radially outer end radially inside, and lying substantially parallel and close to an upper surface of the central foil. The tab has two radially extending portions, an outer one and an inner one. The inner portion rising axially upward, during a press or squeeze operation in an intermediate portion between the inner and outer portions, to force the inner portion away from the foil surface and keep the outer portion substantially parallel to the foil.

Abstract: A food container is provided having a receptacle with an open mouth. A lid is provided. The lid includes an end cap, an eating utensil and a cover. The eating utensil is positioned between the cover and a wall portion of the end cap. The cover is removably secured to the end cap and upon removal provides access to the eating utensil. Upon removal of the end cap from the container bottom, the contents are exposed and the eating utensil may be used to consume the contents of the container.

Abstract: The present invention is a top for a dispensing container. The top includes a base, a nozzle portion extending from a first end of the base, and a tab integrally formed with the nozzle portion at a neck down portion. The nozzle portion has an outer wall defining an internal conduit for passage of a liquid, powder and/or gel. The tab includes a tip end sealing the internal conduit and at least one shock absorbing portion. When the tab is twisted, the tip end is removed from the nozzle portion at the neck down portion, thereby opening the internal conduit. The shock absorbing portion can include a slot, an area with reduced thickness, a flex area, or a combination thereof. The top can be included on a container for storing liquids, powders and/or gels.

Abstract: A sample container includes a cap that covers a container body holding a liquid sample containing a reagent and a test body. The cap includes an outer lid that covers the container body, an inner lid that is slidably attached to the outer lid and has an opening for dispensing the liquid sample, a shutter that has a shaft engaging with the inner lid, a translating unit that is fitted to the outer lid and translates sliding movements of the inner lid against the outer lid to rotation of the shutter around the shaft, and a pressing member that presses the shutter in a direction to close the shutter. The rotation of the shutter opens and closes a hole formed in the translating unit for dispensing the liquid sample.

Abstract: A sample container includes a cap that covers a container body holding a liquid sample containing a reagent and a test body. The cap includes an outer lid that covers the container body, an inner lid that is slidably attached to the outer lid and has an opening for dispensing the liquid sample, a shutter that is driven integrally with the inner lid and covers the opening of the inner lid so that the opening can be opened and closed, a translating unit that is attached to the outer lid and has an engaging portion which is formed obliquely descending from a center of the cap to an outer edge of the cap and to which the shutter is fitted, and a pressing member that is arranged between the outer lid and the inner lid to press the inner lid to close the shutter, wherein the translating unit translates sliding movement of the inner lid to a movement of the shutter in a direction perpendicular to the sliding movement to open and close the opening of the inner lid.

Abstract: The present invention relates to an assembly for the storage and distribution of solid loosely packed products unit by unit. The assembly generally comprises a storage container, a sealing means and a discharge control device inserted into the neck of the container to permit the passage of the products to be distributed. Inviolability and sealing of the container are achieved by means of a peelable heat seal, sealed thermally onto at least one surface defined by an annular, peripheral surface of the neck of the container and/or all or part of an upper surface of the device and/or a surface of a distribution opening.

Abstract: Systems and methods for providing a stackable container are provided herein.

Abstract: A closure for closing an opening of a container to enable dispensing of material from or inserting material into the container. The closure includes a lid and a pivotable member adjacent to the lid. The lid is configured to completely cover the opening of the container. The pivotable member is positioned in the interior of the container when the container is closed.

Abstract: There are provided a system and a method for implementing a normally-closed but openable closure device (20) for a fluid-retaining container (10) having a container orifice (11). The closure device prevents unintentional spilling of substance out of an opening, which is disposed in fluid communication with the orifice, by urging a lid (32) to seal the opening closed. For retrieval of substance out of the container, a member of a flow control implement, such as pertaining to a faucet (60) for example, is introduced into the closure device. The introduction of the implement forces the lid open, and allows retrieval of substance out of the container.

Abstract: A closure for a container is injection moulded from plastics material and comprises (a) a body 61 that has a top wall 5 that has a central opening 7 and (h) a cap 9 that closes the opening 7 when the closure in an operative position on the container. The closure also comprises a region of reduced wall thickness 11 that defines a fracture line that facilitates separation of the cap from the closure. The cap 9 has two diametrically opposed inwardly projecting tabs 23 that cause a greater amount of post-moulding shrinkage than the adjacent parts of the cap after injection moulding of the closure. Consequently, the tabs 23 place a section of the region of reduced wall thickness that in alone to the tabs 23 in tension whereby this section preferentially fractures when a person applies force to separate the cap from the closure.

Abstract: A vented non-spill fuel cap assembly includes a self-sealing, releasable fluid coupling and a visible fill indicator. The fuel cap assembly permits transfer of fuel from a storage vessel such as a gas canister to a fuel tank equipped with the cap assembly in a manner which prevents escape and spillage of liquid fuel and vapors. Fuel is introduced from a supply canister or other source via a hose and coupling releasably matable with the self-sealing coupling on the cap assembly, without removal of the cap assembly. The indicator visibly indicates when the tank is full.

Abstract: The paper lid comprises a top plate, a sidewall formed downward at an edge of the top plate, and a reinforcing member to reinforce the sidewall and firmly attach the paper lid to a container. Further, the paper lid comprises a receipt part is formed between an inner top of the reinforcing member and the top plate. The receipt part grasps the rim of the container, thereby strengthening the connection between the paper lid and the container.

Abstract: A single serving beverage container has a body with a first end and an opposite second end that is relatively smaller than the first end. The first end is open and the second end is closed. The body defines an interior cavity of a predetermined volume for containing a beverage. A protective film is removably mounted to a rim at the first end and forms a liquid-tight seal therewith. The container includes an end cap having a first mounting structure for detachably mounting the end cap to the first end of the body when in a first assembled condition, and a second mounting structure for detachably mounting the end cap to the second end of the body when in a second assembled condition. When in the first assembled condition, the end cap does not interfere with the protective film.

Abstract: A device is disclosed for re-closing an opening in a can having a tab opener. The device comprises a mount piece having an overall shape and flexibility that enables it to be pushed through at least one aperture formed in the tab opener thereby securing the device to the tab opener. The device further comprises a plug portion attached to the mount piece and configured to engage and at least partially close an opening in the can.

Abstract: A one-piece disposable cup lid enables drinking while inhibiting splashing and spilling by blocking straight-line paths through the lid and dispensing beverage through a well. A drinking spout can include a well having a sidewall, a bottom and a penetration into the cup, or a sloping lid section can intersect a raised rim to create a well therebetween, with a penetration in the sloping section or the rim configured to block straight-line paths, for example by upwardly hinging of a flap or depressing half of a split, convex bubble. Embodiments include baffles that force a beverage to flow through a convoluted path and/or through chambers before being consumed. Baffles can be formed in place, or by hinged movement of flaps after forming. Textures and/or protruding structures can intercept, direct, and/or influence surface tension as beverage flows across surfaces. Vent hole sizes and locations can further limit flow and spilling.

Abstract: The device (1) comprises a container (2) and a cover (3), said cover including a hollow tubular element (7) open at at least one end (5, 6), in which a body (8) capable of reciprocating motion is provided, said cover being pivotable with respect to the container between a first position, in which an object can be placed into the tubular element, and a second position, in which the body can move downwards in the tubular element under the influence of the force of gravity to push the object into the container. The device further comprises sleeve (18) of a flexible material arranged within the tubular element, the body being connected to the sleeve near the closed end of the sleeve and the sleeve being attached to the tubular element along its circumferential edge.

Abstract: A sealing arrangement for a plastic bottle includes a blow-molded bottle having a body and a mouth that includes an opening, an injection molded neck that includes a continuous wall that defines a top wall-opening and a bottom wall-opening. The top wall-opening provides a pour spout for liquid contained within the body of the bottle. The bottom wall-opening is fused to the mouth of the bottle so as to surround the bottle's opening. A removable flange is located generally within the bottom wall-opening and a frangible region connects the flange to the wall. A foil is secured to a side of the flange that is generally adjacent to the bottom wall-opening, and the foil is adapted to close the bottom wall-opening. A plurality of foil-cutting teeth are carried by the wall generally adjacent to the bottom wall-opening, generally adjacent to the side of the flange and generally adjacent to the foil. A pull member is secured to the flange.

Abstract: A sealing cap for a body fluid container, and a body fluid collection device and system are disclosed. The sealing cap includes an inner cap placeable on an opening in the body fluid container forming a mouth, the inner cap has a shielding member which seals the mouth of the body fluid container, an outer cap resting on the inner cap, the outer cap being movable relative to the inner cap, and a channel member, wherein by a rotational movement the outer cap is movable between an first position in which the channel member is located separated from the shielding member and a second position in which the channel member extends through the shielding member, thereby establishing an open state of the shielding member, and wherein the shielding member returns to a closed state when the outer cap is moved back from the second position to the first position.