Abstract: A water bottle adapter (6) fits securely onto a water bottle (1) which is used to isolate the water within the bottle from a common water supply. The adapter (6) is fastened to a mating device by means of a threaded neck (7). The neck (7) includes two longitudinal tensioning ribs (37) that promote a retaining function between the neck (7) and any device that has been affixed to the neck (7). A pressure relief valve (13) having a valve stem (14) is formed within the lid (8) of the adapter (6) to permit the escape of air from the bottle (1) when in use. A series of ribs (19) is formed within a bore containing the valve stem (14) to dampen noise produced by the operation of the valve (13).

Abstract: With an eye towards achieving the objective of configuring and refining a closure in such a way that an available space defined by the support element is effectively utilized while the volume of the chamber is maximized, a closure to be screwed onto a container, comprises a closure cap and a screw cap that can be twisted together with each other as well as relative to each other, whereby the closure cap has a support element that can be screwed to the screw cap, whereby the closure cap and the screw cap delimit a chamber that holds a substance and that can be opened by twisting the screw cap relative to the closure cap, thereby opening up at least one passage, and whereby the screw cap has a chamber wall whose free end surrounds a chamber bottom that is formed in the closure cap, wherein the screw cap has a lid section onto which the chamber wall is formed.

Abstract: A lid for a container. The lid comprising a plate circumscribe by a wall, the plating having an opening therethrough. A twisting closure movably affixed to the plate. The twisting closure movable from first position covering the opening to a second position wherein the opening is not covered. The twisting closure secured to the plate by a post protruding from the plate and a cap engaging the post and capturing a portion of the twisting closure therebetween.

Abstract: A carafe is provided including a carafe body; and a cap. The cap includes an outer lid defining a pouring space surrounded by a continuous peripheral rim. A removable cap is removably mated to the outer lid. The carafe body is movable between a non-pouring position where a liquid is contained within the carafe body and a pouring position where liquid is allowed to flow from within the carafe body into the pouring space. The liquid may be poured out from the pouring space in any direction over any portion of the continuous peripheral rim of the outer lid.

Abstract: A closure assembly for a container including an internally-threaded annular flange, an externally-threaded closure plug that is received by the annular flange, and an annular gasket positioned between the annular flange and the closure plug for establishing a sealed interface. The container includes a container end panel that is formed over and around a portion of the annular flange and provides an inner axial wall that is positioned between the annular flange and the annular gasket. The clearance between the closing plug and the inner axial wall relative to the size of the annular gasket determines the degree of radial compression of the annular gasket as the plug is threaded into the flange. A radial lip of the plug is designed to contact an upper surface of the container end panel that is formed over the flange as a visual indication when the required tightening torque of the plug within the flange has been reached.

Abstract: A dispensing closure having a tamper evident device. The closure having a spout positionable between an open position and a closed position relative to a closure base. An overcap with a tamper indicating band having an anti-rotational mechanism interacting with the closure base. The closure base has a plurality of projecting flanges engaging the tamper indicating band. The projecting flanges of the closure base curve towards the spout of the dispensing closure. The tamper indicating band of the overcap is supported interiorly by the spout in both the open position and closed position of the spout.

Abstract: A closure (10) for a container (12) is disclosed wherein the closure has an inner part that is attachable to the container (12) around the opening of the container (12) and an outer part (20) that is receivable on the inner part (18). The inner part (18) defines at least two inner apertures (34; 36), and the outer part (20) defines at least one outer aperture (52). A bias means (60), is configured to exert a bias between the inner (18) and outer (20) parts. The outer part (20) can slide relative to the inner part (18) when received on the inner part (18), said sliding being between a rest position in which the outer aperture (52) is blocked by the inner part (18), a first dispensing position in which the outer aperture (52) is aligned with a first one of the inner apertures (36), and a second dispensing position in which the outer aperture (52) is aligned with the second of the inner apertures (34).

Abstract: An extendable pour cap includes a base adapted for attaching to a neck of a container. A flexible spout extends from the base, and is adapted for communicating with an open mouth of the container. The flexible spout has integrally-formed bellows designed for converting the spout between a compressed condition and an extended condition. A first closure element is designed for removably securing a first closure cap over the flexible spout when compressed. A second closure element is designed for removably securing a second closure cap over the flexible spout when compressed.

Abstract: The present disclosure is directed to a beverage container having an opening assembly apparatus and method having an advanced design for sealing the contents within the container after opening. The opening assembly includes a lid having a top and bottom side, the lid being attached to a receptacle for containing the beverage contents, and a recess located about the top side of the lid for facilitating the filling of the receptacle. An aperture is located about the recess and projecting from the aperture is an undulating flange on the bottom side of the lid. A closure member coactively engaging the aperture and recess to provide a sealing engagement by inserting a first portion of the closure member into the recess and a second portion of the closure member into the aperture and rotating the closure member from an opened position to a closed position. The closure member includes a breakable seal for providing security that the container is tamper free.

Abstract: A push tab container assembly includes a container and a lid configured to mate with the container in an unlocked state and in a locked state. The container includes a push tab assembly having a locking member defining a ramped surface and ending at a locking edge. The locking edge is vertically oriented with respect to the ramped surface and is tapered as it extends radially inwardly. The container has exactly one external container thread positioned on an external surface and at least one internal thread positioned on an internal surface. The lid has at least one locking lug positioned on an internal surface of a second skirt. The locking lug has a lug edge that tapers as it extends radially inwardly. When the lid is operably oriented relative to the container in the unlocked state, the external lid thread is mated with the internal container thread.

Abstract: A container closure comprising: a plastics inner cap (2) having a base portion (4) and a skirt portion (5), a thread (10) on the inside of the skirt portion, a first snap fitting element (11) on the outside of the skirt portion, and a tamper evident ring (6) formed integrally with the skirt portion and joined to an open end of the skirt portion by severable connections (20,21); a plastics overcap (3) having a base and a skirt portion (26) in mating engagement with the skirt portion of the cap and extending beyond the open end of the skirt portion of the cap to at least partially cover the tamper-evident ring, and a second snap fitting element (31) on the inside of the skirt that engages with the first snap fitting element on the inner cap skirt to resist separation of the overcap from the inner cap. Also provided is a closure assembly comprising a threaded container neck (1) and a container closure according to the invention.

Abstract: A structure for a fuel lid section has a fuel lid supported on a vehicle body via a hinge, a vehicle body recess openably covered by the fuel lid, a fuel filling opening placed in the vehicle body recess, and a cap-less mechanism provided at the fuel filling opening and enabling fuel filling operation without requiring attachment/detachment of a fuel cap. The structure also has an electricity conduction path extending from the fuel lid to the vehicle body.

Abstract: A carbonated drink closure and dispensing device having an upper cap portion, a lower cap portion removably and rotatably secured to the upper cap portion at one end, and removably secured to a top opening of a container at an opposing end. The lower cap portion includes an opening allowing fluid contents of the container to flow thererough, and a valve member is dimensioned and configured to cover the lower cap portion opening. An anti-rotation device is disposed on the lower cap portion and houses the valve member, wherein the rotation of the upper cap portion slides the valve member within the anti-rotation device, closing off the opening of the lower cap portion in one position, and moves away from the opening of the lower cap portion allowing fluid contents from the container to flow through the opening and through the upper cap portion.

Abstract: The invention relates to a device for sealing food product containers, in particular drink containers, comprising: a sealing element adapted to engage on a wall of a food product container around a wall opening arranged in the wall, and an operating element adapted to co-act with the sealing element for displacing the sealing element between an opened position leaving the wall opening clear and a closed position sealing the wall opening. The invention also relates to a food product container provided with such a device.

Abstract: A lid (10) is taught for use with a cup to brew tea using a tea bag which incorporates a lid body (24) having an access opening (26) therein and apertures (28) located through the body for drinking tea from the lid. A resilient stopper (38) is disposed within the access opening in the lid, holding the tea bag string (36) between the stopper and the access opening, permitting the tea bag (22) to be initially immersed in hot water within the cup for brewing with the capability of retaining the tea bag string when the tea bag is manually drawn upward away from the tea after brewing. The invention allows brewed tea to be consumed through the lid body without of removing the tea bag until any time after drinking the brewed tea. A lip seal (46) is disposed around the lid body for gripping an inside diameter of the cup while maintaining a firm grasp on the cup.

Abstract: Disclosed is a closure of a vessel that is prevented from being arbitrarily opened.

Abstract: A disposal container having a container body, a seal section disposed on top of the container body and having an opening with a seal band around the opening, a transfer barrel pivotally mounted on the seal section, the transfer barrel having a substantially spherical outer surface with an opening on the outer surface, and a handle pivotally mounted on the seal section. The handle and the transfer barrel are mounted to rotate coaxially in synchronization. When the handle and the transfer barrel are rotated to an open position, the opening of the transfer barrel is above the seal band; when they are rotated to a closed position, the opening of the transfer barrel is below the seal band. In another embodiment, a lid rather than a handle is provided and coupled to the transfer barrel to rotate it. Springs are provided to urge the lid toward an open position.

Abstract: The screw cap of plastic for closing a filling and/or removal opening of a container for the transport and storage of liquids is equipped with a plug, in which a venting and aerating device is integrated. The screw cap has a sealing cap; and a protective cover, which completely covers the screw cap and protects the screw cap against contamination.

Abstract: A closing plug for receipt by a threaded flange that is assembled into a drum end includes an externally-threaded body for receipt by the threaded flange. A radial flange is arranged adjacent a first end of the threaded body and the radial flange has a modified hex shape, thereby providing six flange portions. An outer section of each flange portion is formed into an axially-protruding projection such that as the closing plug is advanced into the radial flange, the axially-protruding projections abut up against a portion of the drum end in order to limit the threaded advancement of the plug. The abutment of the axially-protruding projections occurs after the desired tightening torque on the plug as received by the threaded flange has been achieved.

Abstract: A closure of a vessel, comprises: a body mounted at a vessel inlet through which stuff contained in a vessel is outwardly discharged; a sealing member removing unit formed in the body, for removing a sealing member sealed at a vessel inlet when the body is separated from the vessel inlet, and storing the removed sealing member in the body; and a reinforcing member having a sealing member bonded thereto at the time of an induction manufacturing process, for storing the sealing member in the closure. The closure is manufactured by an induction process so that the sealing member bonded to the vessel inlet can be stored in the closure.

Abstract: Broadly, the present invention is of a cover apparatus for a container with an interior and having an open end defined by a sidewall edge portion. The cover apparatus includes an annular element with structure to removably engage the sidewall edge portion. Further included in the cover apparatus is a separable disc that is rotationally removably engaged to the annular element, the disc is sized and configured to allow for one-way axial movement relative to the annular element, such that the disc and the annular element substantially enclose the container interior.

Abstract: An extendable pour cap includes a base adapted for attaching to a neck of a container. A flexible spout extends from the base, and is adapted for communicating with an open mouth of the container. The flexible spout has integrally-formed bellows designed for converting the spout between a compressed condition and an extended condition. A first closure element is designed for removably securing a first closure cap over the flexible spout when compressed. A second closure element is designed for removably securing a second closure cap over the flexible spout when compressed.

Abstract: A beverage shaker (10) consists of an insulated container (20) which is configured to hold the ingredients for protein supplement drinks. The shaker permits manual mixing by shaking to and fro and retains any large pieces of the remaining ice within the container. The shaker has a removable top member (32) that is attached to the container which includes a smooth peripheral lip (26) surrounding the container suitable for drinking. A strainer (50) is supported internally by the top member and is configured for holding back large sized pieces of ice. A lid (60) internally interfaces with the top member in a leak proof manner permitting protein supplement drink ingredients to be mixed and consumed directly from the shaker when the lid is removed.

Abstract: The present invention is directed to a method and apparatus for accommodating the pressure decrease of the fluid in a hot-filled plastic container.

Abstract: A closure assembly for a container including an internally-threaded annular flange, an externally-threaded closure plug that is received by the annular flange, and an annular gasket positioned between the annular flange and the closure plug for establishing a sealed interface. The container includes a container end panel that is formed over and around a portion of the annular flange and provides an inner axial wall that is positioned between the annular flange and the annular gasket. The clearance between the closing plug and the inner axial wall relative to the size of the annular gasket determines the degree of radial compression of the annular gasket as the plug is threaded into the flange. A radial lip of the plug is designed to contact an upper surface of the container end panel that is formed over the flange as a visual indication when the required tightening torque of the plug within the flange has been reached.

Abstract: A closure assembly for a container including an internally-threaded annular flange, an externally-threaded closure plug that is received by the annular flange, and an annular gasket positioned between the annular flange and the closure plug for establishing a sealed interface. The container includes a container end panel that is formed over and around a portion of the annular flange and provides an inner axial wall that is positioned between the annular flange and the annular gasket. The clearance between the closing plug and the inner axial wall relative to the size of the annular gasket determines the degree of radial compression of the annular gasket as the plug is threaded into the flange. A radial lip of the plug is designed to contact an upper surface of the container end panel that is formed over the flange as a visual indication when the required tightening torque of the plug within the flange has been reached.

Abstract: The neck closure has a wedge-shaped hollow neck with lips formed on the front wedge edge by converging wedge surfaces, the lips being connected to form a one-piece closed lip by a thin section, and having a cover cap that can be placed over the neck. When the cover cap is in place, the front region of the wedge-shaped neck is held in a position that has been rotated through at least 5 DEG in a clockwise direction, viewed from above, in relation to its normal unstressed position, as a result of the inner moulding of the cover cap. When the cover cap is rotated anti-clockwise, from this closed position, force is only applied to the front wedge edge region of the neck by pressure surfaces projecting from the inner face of the cover cap at diametrically opposed points on said front wedge edge region.

Abstract: A multi-purpose package set for different piece goods includes two lids provided with external and internal threads, respectively, and at least one tubular element provided with external and internal threads on the corresponding ends thereof. The lids and tubular elements may have a cylindrical shape, and at least one threaded joint can be provided during package manufacture with a lock that is broken on opening. The lids and tubular elements can be provided with ribs and impressed with serial numbers.

Abstract: A combination of large and small covers for a water bag is provided on a water bag, composing a base, a cover of large diameter coupled to the base, and a cover of small diameter mounted onto the cover of large diameter. The base has a vertical wall, which is vertically provided with an extension rim around the periphery of the bottom, the vertical wall of the base is provided with exterior threads. In the center of the cover of large diameter is provided with a hole with interior threads for coupling with the exterior threads of the base, whereas the cover of small diameter is provided with exterior threads at its periphery and a switch piece on the top. Thereby both of the covers of small diameter and large diameter can be easily rotated to open and close for various utilities.

Abstract: A device for closing, connecting and/or locking including a driving element and a driven element having a threaded end. The driven element is at least partially positioned within the driving element. An axial anchoring structure axially anchors the driving element to the driven element while allowing rotation of the driving element and the driven element. A rotational anchoring structure anchors the driving element to the driven element for unitary rotation in a first rotation direction, only up to a limited tightening torque. The rotational anchoring structure allows the free rotation of the driving element in a second rotation direction opposite to the first rotation direction. A locking structure locks the driving element with driven element for unitary rotation in the second rotation direction.

Abstract: A cover structure for a water bag inlet comprises: a base, a locking for mounting at the outer periphery of the base, and a cover for mounting on the base. An extension and a locking rim are respectively provided at two ends of the base. A groove is formed at the periphery of the base and is provided with locking blocks at an appropriate position. The locking ring is provided with locking sockets for combining with the locking blocks, and an opening at a pre-determined position of the inner rim of the locking ring, while a fastener is provided at respective ends and can be mounted with a cap, which has a switch at one end surface. Accordingly, the cover can be firmly combined with the base or freely detached to alter its assembly.

Abstract: A closure (1) for a container carrying a liquid comprises a first body (2) and a second body (3) mounted rotatably onto said first body, and a valve. The valve opens and closes by the action of tabs slidingly rotating over apertures provided in a member arranged transversely in a substantially cylindrical opening.

Abstract: A depress-to-actuate pneumatically-operated double-walled container includes a double-walled contained accommodated in an outer casing, both being secured to a dispenser cap. The double-walled container includes an outer layer accommodating therein a flexible inner layer forming a collapsible bag in which a fluid product is contained. When the dispenser cap is depressed and actuated, the fluid produce is gradually pumped out of the container, which induces a negative pressure inside the inner layer by which the inner layer is collapsed toward the dispenser cap to completely expel the fluid produce out of the container with repeated actuation of the dispenser cap.

Abstract: An externally threaded closure plug for tightly closing off the internally threaded opening in shipping and storage containers such as drums, pails and the like. The plug is formed as a cup having a bottom wall and threaded cylindrical sidewall terminating in a circumferentially enlarged rim. Immediately beneath the rim of the plug is a gasket seat defined by the undersurface of the plug rim, the plug sidewall and an annular gasket retaining lip lying in a plane parallel to the undersurface of the plug rim. In use, the plug is screwed into and out of a container wall opening, having an internally threaded portion and an unthreaded portion, the sealing gasket being compressed between the unthreaded opening portion and the plug gasket seat and lying in close proximity to the internal thread. The gasket seat acts to prevent interengagement of the sealing gasket and the opening internally threaded portion.

Abstract: A container and method for preventing leakage therefrom through isolating deformation in the container caused by external forces. The container comprises a container wall having an opening therein, the opening capable of receiving a closure bushing with a sealing member wedged between the closure bushing and the container wall, and a weakened portion of the container wall not in wedged engagement with the sealing member capable of bending in response to an external force so as not to deform the portion of the container wall in wedged engagement with the sealing member.

Abstract: A opening assembly (10) suitable for use on a can for containing carbonated beverages. The assembly (10) comprises a main part (14) with an oval opening (16). A flange (18) is provided around the underside of the opening (16), with a height inversely proportional to the diameter of the opening (16) at any point. A closure member (20) is provided comprising an upper part (14), cylindrical body part (30) which sliding fits through the opening (16), and an engagement member (34) on its underside. In a closed condition the engagement member (34) engages against the tallest part of the flange (18) to sealingly close the assembly (10). The closure member (20) can be rotated until the engagement member (34) is not engageable with the flange (18), and the member (20) can then be removed from the opening (16) to open the assembly (10). The member (20) can be replaced in the opening (16) and rotated to reclose the assembly (10).

Abstract: Disclosed herein is a container closure sealing washer pre-assembly (40) comprising at least one part (42) of one material integrally formed with another part (44) of another material, preferably both materials are resiliently deformable, elastomers, with said one material being capable of greater compression than said another material and being a nitrile rubber and said another material being more inert to or compatible with given container contents than said one material and being an ethylene-propylene-diene-monomer rubber; the sealing washer may be used in combination with an insert (10) having a body (12) with a radially extending flange (14), the sealing washer being stretched about and thereby retained on the flanged insert and assuming a cylindrical to frusto-conic shape with at least said one part tightly in contact with the insert body and the said another part proximate to or contacting the insert flange; and the combination may be included in a closure for a container (22) with the flanged insert l

Abstract: An externally threaded closure plug for tightly closing off the internally threaded opening in shipping and storage containers such as drums, pails and the like. The plug is formed as a cup having a bottom wall and threaded cylindrical sidewall terminating in a circumferentially enlarged rim. Immediately beneath the rim of the plug is a gasket seat defined by the undersurface of the plug rim, the plug sidewall and an annular gasket retaining lip lying in a plane parallel to the undersurface of the plug rim. In use, the plug is screwed into and out of a container wall opening, having an internally threaded portion and an unthreaded portion, the sealing gasket being compressed between the unthreaded opening portion and the plug gasket seat and lying in close proximity to the internal thread. The gasket seat acts to prevent interengagement of the sealing gasket and the opening internally threaded portion.

Abstract: A container and method for preventing leakage therefrom through isolating deformation in the container caused by external forces. The container comprises a container wall having an opening therein, the opening capable of receiving a closure bushing with a sealing member wedged between the closure bushing and the container wall, and a weakened portion of the container wall not in wedged engagement with the sealing member capable of bending in response to an external force so as not to deform the portion of the container wall in wedged engagement with the sealing member.

Abstract: A cup that is used for children that transitions them from sippy cups to conventional drinking cups. The cup does not require any suction by the child when drinking yet is spill proof when locked for transit. The cup features a reservoir, a top and a lid. Within the top is a central passage and a plate that contains vents. When closed, the lid is flush against the plate and prevents any liquid from leaking. When the lid is rotated open, a gap is exposed between the lid and plate to allow liquid to flow from the reservoir and through the vents to the child's mouth. Regardless of whether the lid is opened or closed, the lid always remains below the top rim of the top.

Abstract: A multi-functional lid for cookware having a rotatable disc element and a stationary disc element. The rotating disc element of the lid allows for access related cooking tasks to be performed without removing the lid. The segmented rotating disc element includes an opening that allows for access to the pot, a perforated opening which allows for the controlled release of heat, and a segment that has no openings which allows the lid to contain all heat and moisture under the lid.

Abstract: A container and method for preventing leakage therefrom through isolating deformation in the container caused by external forces. The container comprises a container wall having an opening therein, the opening capable of receiving a closure bushing with a sealing member wedged between the closure bushing and the container wall, and a weakened portion of the container wall not in wedged engagement with the sealing member capable of bending in response to an external force so as not to deform the portion of the container wall in wedged engagement with the sealing member.

Abstract: A opening assembly (10) suitable for use on a can for containing carbonated beverages. The assembly (10) comprises a main part (14) with an oval opening (16). A flange (18) is provided around the underside of the opening (16), with a height inversely proportional to the diameter of the opening (16) at any point. A closure member (20) is provided comprising an upper part (14), cylindrical body part (30) which sliding fits through the opening (16), and an engagement member (34) on its underside. In a closed condition the engagement member (34) engages against the tallest part of the flange (18) to sealingly close the assembly (10). The closure member (20) can be rotated until the engagement member (34) is not engageable with the flange (18), and the member (20) can then be removed from the opening (16) to open the assembly (10). The member (20) can be replaced in the opening (16) and rotated to reclose the assembly (10).

Abstract: An insulated beverage container (100) has a tumbler (110), a handle assembly (120) including a collar (122) attached to the top of the tumbler, and a valved lid assembly (200). The tumbler has multiple wall construction, wherein the inner two walls (114, 116) define an insulating volume (118) therebetween that may be partially evacuated. The valved lid assembly includes an upwardly biased valve (240), near the top of the lid assembly, that may be moved from a closed position wherein the valve abuts a valve seat (214) in the lid assembly, and an open position wherein the valve is spaced apart from the valve seat. A non-skid base (102) with integral, upwardly extending grip elements provides a grip to facilitate handling of the tumbler.

Abstract: A cap arrangement reseals a beverage container having a top with an aperture that can be opened to discharge the beverage and a rim with an inner surface around the top, in particular, carbonated soda can. The arrangement has a main cap for engagement over the beverage container top, for covering the beverage container top, a seal member connected hermetically to the main cap and extending toward the beverage container top and a locking mechanism connected to the main cap for fixing the main cap to the beverage can with sufficient force to resist pressure from, and to maintain pressure in the beverage container. The seal member has an annular pressure sealing portion adapted to engage against, and hermetical seal with the inner surface of the beverage container rim. The arrangement may also include an enclosure for receiving the beverage container. The enclosure may be insulated and form part of the locking mechanism which may be screw threads between the main cap and the enclosure.

Abstract: A leak proof coffee mug lid (20) is taught that utilizes a lid body (22) with a aperture (24) in the middle, which includes valve positioning indexing shoulders (26). The body has a number of outlet ports (28) for dispensing coffee or liquid. A valve guide plate (42) is disposed within the aperture which includes an upwardly protruding push ring (54) and a gasketed valve plate (52) that is slideably positioned within the push ring. A spring loaded twist knob (64) is rotatably located within a top portion of the aperture. When the twist knob is rotated, within the indexing shoulders, the valve plate is urged downwardly, disengaging the valve plate from the lid body creating a flow path around the valve plate and through the outlet ports. This flow path permits coffee to be supplied to the user at any orientation around the lid. When the twist knob is rotatably reversed, the valve plate returns to its at rest position, under spring compression, securing the liquid in a leak proof manner within the mug.

Abstract: A leak proof coffee mug lid (20) is taught that utilizes a lid body (22) with a aperture (24) in the middle, which includes valve positioning indexing shoulders (26). The body has a number of outlet ports (28) for dispensing coffee or liquid. A valve guide plate (42) is disposed within the aperture which includes an upwardly protruding push ring (54) and a gasketed valve plate (52) that is slideably positioned within the push ring. A spring loaded twist knob (64) is rotatably located within a top portion of the aperture. When the twist knob is rotated, within the indexing shoulders, the valve plate is urged downwardly, disengaging the valve plate from the lid body creating a flow path around the valve plate and through the outlet ports. This flow path permits coffee to be supplied to the user at any orientation around the lid. When the twist knob is rotatably reversed, the valve plate returns to its at rest position, under spring compression, securing the liquid in a leak proof manner within the mug.

Abstract: A container and method for preventing leakage therefrom through isolating deformation in the container caused by external forces. The container comprises a container wall having an opening therein, the opening capable of receiving a closure bushing with a sealing member wedged between the closure bushing and the container wall, and a weakened portion of the container wall not in wedged engagement with the sealing member capable of bending in response to an external force so as not to deform the portion of the container wall in wedged engagement with the sealing member.

Abstract: A lid is shown for use with a portable tank or intermediate bulk container, or the like, having a threaded collar defining a port opening. The lid includes a generally circular top wall and a generally cylindrical sidewall connected to the top wall and having an inner threaded surface for threading to the threaded collar to close the port opening, in use. First and second circular openings through the top wall define first and second bung openings. First and second cylindrical collars extend downwardly from the top wall surrounding the respective first and second openings. Each cylindrical collar has a threaded inner wall for receiving a removable closure to selectively close the first and second bung openings.

Abstract: A straw adapter 2 is removably disposed in the opening of a beverage container 1, and a straw 22 is attached to the straw adapter 2. A straw cap 12 is mounted on the straw adapter 2, for covering the straw attached to the straw adapter 2. Operations of the straw cap 12 opens and closes an air hole opening/closing valve 6.