Abstract: The invention relates to a closing device for a beverage container, comprising a closing body and a closing lid, said closing lid being mounted such that it can rotate, relative to the closing body, between a flow state and a sealed state. A liquid channel of the closing body is released in the flow state and blocked in the sealed state. A guide device is arranged between the closing lid and the closing body. The guide device has two preferred positions, which define the sealed state and the flow state. The rotatable mount between the closing lid and the closing body is in the form of a threaded mount.

Abstract: A dispensing device for attaching to a container having a valve stem includes: (a) a hollow tube having a flow channel defined by a wall extending between entrance and exit ends with a connector on the entrance end for connecting to the valve stem; (b) a sleeve extending slidably over a portion of the hollow tube, the sleeve extending over, and having an opening proximate to, the hollow tube's exit end; (c) a sealing gasket around the outside of the hollow tube and between the hollow tube and the sleeve that prevents fluid communication past the gasket between the hollow tube and sleeve; (d) a trigger mount rigidly attached to the hollow tube or container; (e) a trigger hingedly connected at a first location to the trigger mount and operatively engaged with the sleeve at a second location; and (f) an elastic element between the trigger and the hollow tube and/or container.

Abstract: A dispensing device that attaches to a container has: (a) a hollow tube with opposing entrance and exit ends with a connector on the entrance end and a wall defining a flow channel; (b) a sleeve with opposing entrance and exit ends slidably extending over the hollow tube; (c) a sealing gasket between and contacting the hollow tube and sleeve; (d) a trigger mount rigidly attached to the hollow tube or container; (e) a trigger hingedly connected to the trigger mount and operatively connected to the sleeve; (f) an elastic element between the trigger and the hollow tube and/or container; wherein the exit end is closed and there is an opening through the hollow tube wall proximate to the exit end; the sleeve has an open dispensing end, reduces in inside diameter at dispensing end and engages the hollow tube when closed and disengages from the hollow tube when open.

Abstract: The non-limiting embodiments described herein disclose a container and a cap. The cap seals a container while providing a separate internal storage area for liquid or power contents. A seal disposed at the bottom of the cap ensures that the storage area contents remain fresh and sterile until the cap is rotated to release the seal. The clockwise rotation and threaded engagement of the storage area with the lower cylindrical collar and the upper cylindrical collar releases the seal from the bottom of the cap, while centrifugal forces within the cap urge the storage area contents into the container.

Abstract: A closure for a beverage container is disclosed. Said closure comprises an inserted element (2) and a closing member (3) which can be inserted into a mouth of the inserted element (2). A first engaging structure (22) mounted on the internal face of the inserted element (2) can be connected to a second engaging structure (36) arranged on the external face of the closing member (3). The inserted element (2) further has a funnel section (25) above the first engaging structure (22). The closing member (3) has a closed top surface (32), a handle element (31), and an apron (35) with outlets (33). The engaging structures (22, 36) are designed such that the closing member (3) can be moved relative to the inserted element in a vertical direction between a first position in which the closing member (3) seals the mouth and a second position in which the outlets (33) open passages for a liquid.

Abstract: A dispenser for dispensing liquid to pasty compositions, has a dispensing head, which has a dispensing mouth, and with a reservoir and a dispenser head part. The dispensing head is movable relative to the dispenser head part from a dispensing stand-by position to a lowered position and vice versa. In order to design and develop a dispenser in such a way that the dispensing mouth is oriented without relative rotation or without at least substantial relative rotation with respect to the dispenser sleeve part when the dispensing head is extended, the dispenser head part moves the dispensing head in and out only axially.

Abstract: A dispenser cap (10) for a liquid container having an opening, the cap (10) comprising a means for attachment (30) to the container, a housing (12) inserted into the opening and comprising a liquid inlet (14), a channel and a liquid outlet (16), the channel comprising a moveable seal (18) defining an outlet-side liquid volume (24) and an inlet-side liquid volume (26), the moveable seal (18) is moveable from a first position to a second position towards the liquid outlet (16) by increasing the inlet-side liquid pressure, thereby causing a dispensable volume of liquid flow out of the outlet (16), the moveable seal (18) also comprising a liquid outlet seal means (22) to seal the liquid outlet when the moveable seal (18) is in its second position, thereby preventing further flow of liquid out of the outlet (16), the cap (10) also comprising a dispensable liquid volume adjustment means (32,34) to adjust the fixed volume of dispensable liquid.

Abstract: A lid for a beverage bottle includes a lid body that is fastenable onto the bottle and an actuation dial that rotates on the lid body. The actuation dial rotates a rotating spout while permitting the spout to move axially by teeth sliding in channels. As the spout is rotated, it moves on threads within the lid body to provide the axial movement. A gasket within the spout bears against a plug of the lid body when the spout has been moved to the closed position. The gasket is free of the plug to form a fluid passageway from the bottle through the lid body and the spout when the spout has been moved to the open position. The gasket includes a seal ring bearing on a fluid flow tube of the lid body to prevent leaks.

Abstract: The invention relates to a so-called “anti-drip” cap (10) for a flexible bottle (12) including a base (16), in communication with the bottle, covered by a cover (26), including an outlet opening (30), the cover (26) being movable between a bottom blocking position and a top dispensing position, characterized in that the cover (26) is mobile between a first angular position associated with the bottom blocking position and a second angular position, in which the cover (26) is mobile under the pressure of a product feeding the base, between an intermediate position for venting the bottle (12) and the top dispensing position, an elastic return element (38) with a predetermined stiffness being inserted in the second angular position between the cover and the base.

Abstract: Multi-conduit connector apparatuses for use in negative pressure wound therapy (NPWT) apparatuses to wound dressing, and methods for installing multi-conduit connector apparatuses in NPWT apparatuses.

Abstract: An embodiment of a nozzle comprising a nozzle adapter, a nozzle tip, and a plunger is provided. The nozzle adapter comprises an inner and outer surface, the inner surface having a helical groove, and a top end rotatably coupled to the nozzle adapter inner surface. The plunger comprises an outer surface, a top end, and a lower end that mates with the nozzle tip inner surface. At least one projection is along the body outer surface between the top end and the lower end keyed to fit within the helical groove of the nozzle tip, wherein the plunger and the nozzle tip are configured so that rotational motion of the nozzle tip causes axial motion of the plunger relative to the nozzle adapter without appreciable axial motion of the nozzle tip relative to the nozzle adapter.

Abstract: A multi-chambered container for selectively storing and dispensing a plurality of items may include predetermined quantities of first and second items and a container having a divided cavity formed therein. The container may further have a spout formed at a top end thereof and in fluid communication with the cavity. Additionally, the container may have first and second mutually exclusive passageways extending from the cavity and terminating at the spout. A mechanism may be included for selectively dispensing one of the first and second items from the spout. Such a mechanism may channel one item along a corresponding passageway while prohibiting another item from being dispensed. The mechanism may be operated by rotating a cam and semicircular disc to position an opening on a simultaneously rotated wheel over the desired passageway. The mechanism may rotate the opening 180 degrees for every 360 degree rotation of the cam.

Abstract: A dispenser for dispensing liquid to pasty substances has a dispensing head with a dispensing mouth, a supply chamber and a dispenser head part. The dispensing head can be displaced relative to the dispenser head part out of a dispensing-standby position into a lowered position and vice versa. It is possible for the dispensing head, as a result of being supported on a fixed dispenser part, to be extended or retracted relative to the fixed dispenser part when rotated by the dispenser head part. The dispenser head covers over a dispensing tube that communicates with the pumping chamber. In order to achieve a favorable configuration of the substance path during the extension and retraction of the dispensing head. The dispensing head, in the extended position, interacts in an aligned manner with the dispensing opening and, in the retracted position, interacts with a closed region of the dispensing tube.

Abstract: The present invention relates to a dispensing closure for a container, said dispensing closure comprising: a base (200) and mounting means (200) on said base for mounting said base to a container at an opening of the container, said base also constituting an outer side-wall (240) of said closure; a dispensing element (100) having a dispensing channel (160) and a discharge opening (164) said dispensing element being movable between a closed position and an open position; said dispensing element comprising at least one operational control element (142), at least partially extending into at least one opening (242) in said outer side wall of said base to be accessible by a user in order to move said dispensing element between said closed and said open position; said dispensing closure being arranged such that said discharge opening is closed by said outer sidewall of said base, when said dispensing element is in its closed position, and/or such that said dispensing channel is closed by a shut-off element (260) of

Abstract: Present invention provides a combination of one-piece full flow cap valve and improved neck finish of a fluid bottle. The one-piece full flow cap valve is constructed of a single injection molded piece, capable of discharging fluid at full flow capacity.

Abstract: A cap for holding a powder to be mixed with a fluid in a bottle has a product cap with a reservoir. The product cap has a top wall and a side wall. The product cap has a number of inner protrusions on the side wall and a number of outer protrusions on the side wall. A cylindrical safety gate has a number of grooves. The inner protrusions of the product cap mate with the grooves of the safety gate. The cylindrical safety gate has a gate and an aperture at an end of the cylindrical safety gate. A bottle cap with a cylindrical body has a threaded end and a gate end. The gate end has a number of grooves that mate with the outer protrusions. The bottle cap has a gate and an aperture between the threaded end and the gate end.

Abstract: The present invention relates to a dispensing closure for a container, said dispensing closure comprising: a base (200) and mounting means (200) on said base for mounting said base to a container at an opening of the container, said base also constituting an outer side-wall (240) of said closure; a dispensing element (100) having a dispensing channel (160) and a discharge opening (164) said dispensing element being movable between a closed position and an open position; said dispensing element comprising at least one operational control element (142), at least partially extending into at least one opening (242) in said outer side wall of said base to be accessible by a user in order to move said dispensing element between said closed and said open position; said dispensing closure being arranged such that said discharge opening is closed by said outer sidewall of said base, when said dispensing element is in its closed position, and/or such that said dispensing channel is closed by a shut-off element (260) of

Abstract: A pouring nozzle with a flange and an internal thread and an external thread, and also a cutting element having an upper rim and a lower rim formed with teeth. A screw cap with catches acts on catches of the cutting element. To make fitting easier, the cutting element and the pouring nozzle are produced as a one-piece semifinished product, wherein the cutting element is connected to the lower rim by weakened bridges so that the lower rim of the cutting element lies in a plane with the upper rim of the pouring nozzle and the teeth are protected in the pouring nozzle. This structural design allows an easy fitting which also reduces the reject rate.

Abstract: The invention relates to a liquid supply device utilizing a rotating cam mechanism for supplying a liquid. In the liquid supply device for smoothly supplying a liquid with the assistance of pressurizing action, switching operation by the rotating cam mechanism can be carried out reliably. A liquid housing tube 14 housing a liquid is disposed to be movable in an axial direction in an outer shaft and has a tip end chip 32 movable between a protruding position from a tip end of the outer shaft and a retracting position in the outer shaft. A rotating cam mechanism 16 which can move the liquid housing tube 14 forward and backward includes a rotating cam 40 movable between a front position and a rear position and a pressurizing space 18 to be compressed to be able to pressurize an inside of the liquid housing tube 14 when the tip end chip 32 is in the protruding position is provided in a rear portion in the rotating cam 40.

Abstract: A container cap closure having a cap portion, container portion and retaining means. Said cap portion has sleeve shell, a central plug, inline fluid passage and retaining means. At container outlet portion there is seat ring on bore edge so to align with said cap plug. Said retaining means is for releasably fastening said cap portion and container outlet portion, to maintain a determined distant from tight seal to a certain opening between said plug and seat ring.

Abstract: Present invention provides a combination of one-piece full flow cap valve and improved neck finish of a fluid bottle. The one-piece full flow cap valve is constructed of a single injection molded piece, capable of discharging fluid at full flow capacity.

Abstract: The invention relates to a plastic closing device comprising a bottom part, a closing cap, and a cutting ring which is mounted inside the neck of the bottom part so as to be helically movable. A driving cam (16) which is axially disposed in the closing cap acts upon the non-continuously circular cutting ring when the closing cap is unscrewed such that the cutting ring perforates and cuts through the receptacle in a helical cutting movement. The cutting ring forms a ventilating concavity (6) which cooperates with the driving cam (16). The non-circular cutting ring, the bottom side of which is provided with a sharp cutting edge extending at an obtuse angle relative to the bottom edge of said ring, performs a helical cutting movement similar to an advancing knife when the closing cap is unscrewed such that the receptacle wall is easily cut by applying a minimum amount of force because a new sharp point constantly attacks the packaging material, thus preventing shredding.

Abstract: The invention relates to a method and an apparatus for positioning a feeder needle, and to a production line for optical components, in which a feeder needle of an apparatus for portioning fluid material, preferably softened glass, in particular of a needle feeder, has its position relative to a seat for the feeder needle recorded by means of a force-measuring device, and to further apparatuses which realize this method and to objects produced by the process.

Abstract: A fluid dispenser head for associating with a fluid reservoir (1), the head having: a stationary base (2) formed by, or for mounting on, the reservoir; a rotary actuator element (3) mounted in rotary manner on the base (2) so as to turn about an axis of rotation between two extreme abutment positions; and a dispenser orifice (30) that can be closed selectively by turning the element on the base. The two extreme abutment positions define two open positions of the dispenser orifice separated by at least one position in which the dispenser orifice is closed. The dispenser orifice (30) is situated on the axis of rotation of the element on the base.

Abstract: A nozzle for the discharge of a flowable substances, for example adhesive or sealing compositions, having a discharge orifice with a variable geometry. The adjustable nozzle permits the user to select the optimal discharge profile suited to a particular application of the composition being discharged.

Abstract: A delivering tap for a liquid vessel of the “bag in box” type, and a process for making the delivering tap, where the delivering tap has a substantially-cylindrical elongated body equipped with an end cam and a plane abutting member against the vessel; and further has a plug with a cylindrical end and an operating knob operatively connected to the body where the plug is made in a single piece, where the plug has a tamper-preventing warranty seal adapted to signal a possible tampering of the tap when opening; and where the body has a housing adapted to contain the tamper-preventing warranty seal.

Abstract: An ice distribution device for delivering ice to an ice retaining unit is provided, whereby a nozzle of the distribution device is adapted to be rotated in an eccentric rotation when installed at an upper end of an ice retaining unit, such that, when it is rotated about its axis, forces acting inside an eccentrically mounted nozzle will produce both axial and lateral components, with the lateral components of force providing a controlled “wobble”, that will deliver a substantially uniform distribution of ice within the retaining unit. A sensing device, which may be ultrasonic, mechanical or some other means, may be used to sense the level of build-up of ice within a retaining unit, for discontinuing the flow of ice to the distribution device, or diverting it to another ice retaining unit, as may be desired. The distribution and sensing devices are mounted on a top wall of the ice retaining unit and are adapted to accommodate top walls of such units of various thicknesses.

Abstract: A system of delivering a liquid to pasty product is designed to be installed on a flexible tube on which the user acts by manual pressure to cause the product to come out. The system has a base element that is attached to the open end of the tube, a window associated with a strip that can be moved in opening, and a cap designed to cover the base element having opposite the strip an integral recess capable of allowing the deflection in opening of the strip.

Abstract: A system for the controlled release of backed up waste water from a restricted waste line and/or for facile pressure clearing of a restricted waste line. The apparatus of the instant invention can be installed in a wye cleanout fitting and positioned so that the seal is positioned near and sealed in the cleanout plug passageway of the wye cleanout fitting. Then the valve can be opened to controllably drain the waste line.

Abstract: A perfume spray head structure generally comprises a main body, a spray nozzle, a gas guide device, and a gas supply tube, wherein the spray nozzle, the gas guide device, and the gas supply tube are pre-assembled together and then coupled with the main body. By the use of the pre-assembled structure, the assembly process can be performed conveniently and the occurrence of displacement can be avoided. In addition, the spray head has gaps formed thereon for passage of gas and perfume liquid. The perfume liquid is sprayed out via the gaps so as to form uniform perfume mists. The perfume spray head structure of the present invention can avoid the occurrence of non-uniform spray mists, which is caused by the displacement of the spray channel.

Abstract: The flow limiting bottle cap secures to a container having a threaded neck and allows a user to select an open or a closed position without removing the cap from a container. Additionally fluid from within a container, when poured, forms multiple separate streams but not a large gusher. The cap provides a pattern of holes for passing of fluid. The cap opens by raising an upper portion and closes by lowering the upper portion or by rotating the upper portion to expose the holes and closing by rotating oppositely to block the holes. Knurling upon the perimeter of the upper portion aids the user. An internal seal also excludes atmospheric communication to reduce spoilage of fluids within a container.

Abstract: A resealable closure system that includes a neck having a finish and a closure. The system includes mechanisms for sealing the container and maintaining the container in a closed position, which may be the same. The system can also include a means for preventing the closure from detaching from the container. The finish has an end that includes a post, an opening and a retaining ring, a recess defined by the retaining ring, and a shoulder. The closure slides onto the neck and has a sleeve that is about the same outside size as the neck. The sleeve has a stop on its interior surface. The top part of the closure has a receptacle to receive the post on the finish.

Abstract: An eye fluid applicator is adapted for connection to the mouth of a bottle containing an ophthalmic liquid and comprises means for dispensing ophthalmic liquid from the bottle in metered amounts and in a manner which avoids contacting the eye with the applicator. The applicator includes a metering member that has a metering cavity for holding a small amount of liquid and which is movable between a first position in which the metering cavity is disposed to receive liquid from the container and a second position in which it allows the liquid to spill out of the cavity into a holding chamber, and manually operable pneumatic means for removing liquid from the holding chamber and expelling it through a discharge orifice in the form of a narrow spray.

Abstract: A device for stoppering a container and drawing off a fluid includes a fixed piece, fixed to the container, with a lateral fluid output opening and a passage that allows air to enter. Another, movable piece includes a tube with a lateral fluid output opening. This tube can move in rotation inside the fixed piece and also in axial translation between a maximum “pushed-in” position and an extracted position so that lateral openings can be brought into coincidence through rotating the movable piece. The movable piece has an internal skirt enabling the channeling of fluid toward the output opening to prevent leakage through the passage for the entry of air. The fixed piece includes a guide for displacing the movable piece with respect to the fixed piece from the maximum “pushed-in” position to the extracted position that displays a coincidence of the openings.

Abstract: The present invention relates to an adjustable flow rate dispenser comprising a dispenser body having a closed end, a flanged open end, at least one relatively large laterally disposed powder dispensing opening, at least one relatively small laterally disposed powder dispensing opening, and a retaining ring; and a cap having an open end, a closed end, a laterally disposed powder dispensing opening, and a snap bead, wherein when the cap is placed on the body, the snap bead engages the retaining ring providing a twistingly engaged cap and body.

Abstract: An apparatus and method for dispensing fluids into an air line comprises a container having a valve so as to selectively open the container to allow flow of fluids therefrom, the container being configured with a circumferential channel and with a circumferential groove about its perimeter. The apparatus further comprises a cap having a ring configured to engage the groove so as to rotatably mount the cap onto the container, the cap being further configured with a post formed so as to selectively engage the channel and selectively allow the cap to move axially along the container to actuate the valve. A nozzle extends longitudinally from the cap and is configured with multiple apertures and a spiral thread thereabout so as to be threadably inserted into the air line and dispense fluids therein upon actuation of the valve.

Abstract: An aerosol dispensing device includes a rotating actuator, an upstanding wall partially surrounding the actuator, and a sliding nozzle closure. The actuator may include a spray nozzle and a downwardly extending projection, in fluid communication with the spray nozzle, to sealingly engage an upwardly projecting stem of an aerosol valve. The upstanding wall may include an upper opening, a lower opening below the upper opening, and a spray opening. The sliding nozzle closure may include an upper projection, fitting into the upper opening and the spray nozzle, to seal the spray nozzle when the actuator is in a non-dispensing position, and, a lower member, fitting into the lower opening, to facilitate the sliding movement of the nozzle closure.

Abstract: In a cartridge closure with opening and closing means comprising a mouth piece with an open end and a closure part having a sleeve portion axially movably supported on the mouthpiece, a transverse wall is supported by support webs in axially spaced relationship from the open end of the mouthpiece and the closure part includes a neck portion of a smaller diameter than the sleeve portion with a transition area between the neck portion and the sleeve portion which includes a conical seal surface area which, in the closing position of the sleeve portion, sealingly engages a circumferential edge of the transverse wall.

Abstract: A fitment is described for use with a container such as a paperboard carton, having an operable section such as a removable disc surrounded by a pre-scored track. The fitment comprises a housing (3) secured to the container surrounding the removable disc (14). A central section (10) is attached to the disc (14), and to the housing (3) by means of arms (18) such that it can adopt either one of two bistable positions. Unscrewing of a closure (4) causes the central section (10) to flip from one of its bistable positions to the other, pushing the removable disc in to the carton to provide an opening therein. The disc (14) remains attached to the central section (10), laterally displaced from its original position, to act as a flow regulator to prevent ‘glugging’ when liquid product exits the carton.

Abstract: A The invention discloses an assembly consisting of a head (1, 1′, 200) and an overcap (30, 30′, 30″, 300), the head having a cylindrical neck provided with a helical screw thread (21), the overcap having a cylindrical skirt (31) provided with a thread (36) matching the neck thread (21). The overcap carries an axial plate (33) radially flexible and circumferentially rigid. The neck base (10) is provided with at least an opening stop (12), and at least a closure stop (11), of lesser height. When the overcap (30) is screwed on the head for mounting the assembly, the free end of the axial plate is urged into contact with a first wall (14) of the opening stop (12) and the axial plate whereof the free end is urged by a centrifugal motion, is elastically deformed then, folds down towards the neck in a space between the opening (12) and closure (11) stops, its displacement being thereby restricted.

Abstract: A dispenser for fibers for use by a sportsman and adapted to be attached to an article of clothing or gear worn by the sportsman. The dispenser is a capsule with a body and a cap with apertures that can be aligned. When the apertures are aligned, fibers can be reached and pulled out of the dispenser in wisps for use by the sportsman.

Abstract: A modular valve assembly provides an airtight, shockproof, leakproof and evaporation proof closure effective for sealing engagement with the neck or outlet of a flexible or reducible container. The modular valve assembly is effective in preventing: (1) leakage of fluids from the container due to vibration or changes in temperature or pressure; (2) any backflow or reentry of contaminants through the valve assembly, including air; and (3) evaporation of fluid from the container. If the fluid initially is sterile, the closure maintains the sterility of the remaining fluid in the container during and between dispensings of the fluid. Thus, the modular valve assembly extends the useful life of the fluid in the container to its shelf life. Although the user makes many dispensings from it, the container behaves as though she or he had never opened it. Thermostable fluids delivered through this modular valve assembly have no need for preservatives or refrigeration.

Abstract: A closure device has a hollow body with a side opening for liquid, an open end, and a closure end portion, and is slidably engaged in an end-piece screw-threadedly engaged on the end part of a neck of a bottle. The closure device seals the bottle when pressed down into the neck until its closure end portion seals against a ridge defining the end mouth of the outlet conduit constituted by the neck and its end-piece. When the device is raised to engage a lower bead in a groove of the end-piece, liquid can be poured out of the bottle by way of the interior of the hollow body and the opening while air enters the bottle by way of an air inlet region and venting passages leading to an air outlet port. An inner barrier to liquid is formed by contact between the widest part of a skirt of the hollow body and the internal surface of the neck.

Abstract: The present disclosure relates to a container and a coupler adapted to receive and connect with the container. The coupler comprises a body that defines an internal passage adapted to deliver fluid to an interior space of the container, and a supply passage that is in fluid communication with the internal passage such that fluid can be delivered to the internal passage through the supply passage, and a locking member that is adapted to engage a locking groove of the container so as to securely hold the container in place within the coupler.

Abstract: A push-pull closure which includes a base for securing to a container and which base includes an upper plug which seats within an opening in a valve lifter which is moveable with respect thereto between a closed position and an open position and wherein a cap is provided for covering the valve lifter when in a closed position. A tamper indicating seal is applied over a portion of the top of the valve lifter and the plug of the base in order to provide a seal therebetween and to provide evidence of tampering or of first opening of the valve lifter from the closed position to the open position.

Abstract: A countersinkable tap for liquid containers is provided. The tap includes a tamper-evident device. The tap includes an outer tube having an abutment which bears against the can wall and adjacent to which is a sealing ring which seals off the can orifice. The tap also includes an inner tube mounted rotatably and displaceably in the outer tube, with a grip and with orifices to allow beverage flow out of the can interior through the outer tube to the inner tube. The inner tube has a spigot which engages into a radially running slot of the outer tube. The outer tube includes a wedge punch and the grip possessing a tab which covers the wedge punch and onto which is integrally formed an inwardly directed thickened portion which, when the grip is rotated, slides on the wedge punch and opens the tab to indicate tampering.

Abstract: A countersinkable tap for liquid containers is provided. The tap includes a tamper-evident device. The tap includes an outer tube having an abutment which bears against the can wall and adjacent to which is a sealing ring which seals off the can orifice. The tap also includes an inner tube mounted rotatably and displaceably in the outer tube, with a grip and with orifices to allow beverage flow out of the can interior through the outer tube to the inner tube. The inner tube has a spigot which engages into a radially running slot of the outer tube. The outer tube includes a wedge punch and the grip possessing a tab which covers the wedge punch and onto which is integrally formed an inwardly directed thickened portion which, when the grip is rotated, slides on the wedge punch and opens the tab to indicate tampering.

Abstract: A closable dispenser and an apparatus for dispensing a flowable product therewith are provided. The apparatus for dispensing includes a collapsible product container. The closable dispenser includes an outlet member having a base and a 3-D tip having a 3-D opening therein. The dispenser also includes a spout member having a hollow main body fixed to the container, a stopper extending from the main body and having a 3-D shape complementary to the 3-D opening of the tip, and a passage between the main body and the stopper.

Abstract: A dispenser having a tubular closure and a tubular container body. The closure has an open end and an axially opposite closed end. The closure has an annular side wall. The container body has a closed end and an opening longitudinally spaced from the closed end. The container body has an annular side wall. The closure is adjustably and telescopically coupled to the container so that the closure side wall remains adjacent to the container body side wall during an adjustment of the closure from a closed rotationally locked position to a closed rotationally unlocked position, to an alignment position, and to an open position. The dispenser utilizes rotational quadrants to control adjustment of the closure. The rotational quadrants are formed by the closure and container body. Each rotational quadrant includes a plurality of interferences, a first lateral passage, a first vertical passage, a helical guide, and a longitudinal guide.

Abstract: A dispenser including a bottle-mountable pour adapter with a central discharge spout and lateral discharge openings made selectively accessible by a removable cap capable of vertical adjustment relative to the adapter by cooperating cam elements on the cap and adapter.