Abstract: A pre-assembled container closure assembly (1) has a plastic spout body (2) with a tubular neck (4) delimiting a product passage (6) that extends to a mouth opening (8) of the neck. A rotational cap (30) is secured in closed position on the neck. The cap has a cap body including a top wall (31) and a skirt (32). The cap body further includes an annular inner sealing ring (40) depending from the top wall. The inside of the neck is provided with an inward tapering annular guide surface (15) that is contacted by the inner sealing ring when the cap is secured onto the spout body and then causes an elastic deformation of the inner sealing ring and/or the neck.

Abstract: A tamper-evident dispensing closure includes a body adapted to be attached to a container and a pivotable lid which is hingedly attached to the body. A tamper-evident strip is located within the contour of the body and attached to the body by means of predetermined frangible connecting points. The tamper-evident strip is engaged or engageable by at least one locking member provided on a skirt portion of the lid, such that the lid is only pivotable to the open position when the tamper-evident strip is permanently removed. The body and the pivotable lid in the closed position define a recess in which the tamper-evident strip is received in a countersunk manner. The recess has a height which essentially corresponds to the height of the tamper evident strip such that the edges of the tamper-evident strip are essentially unreachable.

Abstract: A container closure assembly includes a cap and a spout assembly. The cap includes an internal thread that is configured to engage with an external thread located on the spout assembly. The cap further includes an engagement prong assembly that is configured to engage with the cylindrical band located on the spout assembly. The cylindrical band is supported by a plurality of tabs such that the engagement prong assembly extends between the band and the external threads when the internal and external threads are engaged and the cap is rotated such that the interaction of the threads moves the cap toward the band, the engagement prong assembly engaging the band when the cap seals the open end of the hollow cylinder, and the engagement prong assembly breaks the tabs when the cap is rotated causing the cap to unseal the open end.

Abstract: The invention relates to a cap (1) that comprises a circular skirt (12), said cap including an irremovable portion (12-2) fixedly attached about the neck of a vessel (2) and a removable portion (12-1) removably attached to the neck, the irremovable and removable portions being separated by a first weakening line (20). In order to maintain the removable portion of the skirt attached to the irremovable portion of the skirt after the first opening, the skirt is provided with a second peripheral weakening line (34). It is also provided that the first weakening line extends less than 360°, while the two ends (34A, 34B) of the second weakening line are located along the periphery of the skirt respectively between a first (28A) of the two ends of a linking portion of the skirt and the hasp (26-1) closest to said first end, and between the second end (28B) of the linking portion and the hasp (26-6) closest to said second end.

Abstract: A cap assembly having a body, a sealing membrane and a retaining ring. A spout engagement channel is positioned on the bottom surface of the body. An opening extends through the body and includes a recessed circumferential channel and a membrane engaging flange. The sealing membrane covers the opening and includes a body engaging flange and a pierceable surface. The sealing membrane is positioned upon the membrane engaging flange so that the body engaging flange and the membrane engaging flange are in overlying engagement. The retaining ring includes a tab, a sealing membrane engagement surface and an inner wall structure. The retaining ring is positioned in overlying engagement with the sealing membrane. Extension of the tab into the recessed circumferential channel releasably maintains said overlying engagement and biases the retaining ring against the membrane. The inner wall structure of the retaining ring extends radially inward beyond the membrane engaging flange.

Abstract: A stopper for being sealed between two sheets of a reservoir, including a body defining a front face, rear face, internal edge, and external edge. The body forms a dispenser orifice that passes through from the rear face to the front face, the front and rear faces defining front and rear heat-sealing zones for the sheets. The front face defines a fluid collection zone at the orifice and the rear face defines a fluid delivery channel that extends from the dispenser orifice to the internal edge of the body. A closure lid is provided, the lid connected to the base body via a hinge. The body defines tapering side edges where the front and rear heat-sealing zones are contiguous, and the front and rear faces are convex, to define a maximum thickness where the dispenser orifice, the delivery channel, and a fraction of the collection zone are formed.

Abstract: A drink cover for covering a mouth of a can or a bottle is formed of a flexible sheet material. The drink cover includes a mouth-covering portion dimensioned for placement above the mouth of the one of the can and the bottle so that the entire area of the mouth is covered by the mouth-covering portion and a retaining portion proximate the mouth-covering portion comprising a first edge engageable with the pull tab of the can or the bottle adjacent to the mouth for retaining the drink cover in an installed position on the can or the bottle. The mouth-covering portion is attached to the retaining portion by at least one connection.

Abstract: A closing arrangement includes a neck having an end closed by a wall and an associated cap. The end of the neck is provided with a weakening line that surrounds the neck. The cap is provided with an opening promoting device arranged for engaging with a further opening promoting device of the wall to separate at least a part of the wall of the neck along the weakening line.

Abstract: A spout and self sealing fitment assembly including a spout and a self sealing fitment. The spout and the fitment are configured to allow for the fitment to be pressed onto the spout whereupon corresponding threads on each matingly engage, thereby allowing for removal of the spout and fitment by way of unscrewing. The fitment may also be pried off the spout.

Abstract: The re-closable container (1) for fluid products, particularly for medical, pharmaceutical and cosmetic products, includes: a hollow body (2) for containing a fluid product, which extends to a neck (4) having at least a dispensing mouth (5) for the product, and closing elements (7) for closing the dispensing mouth (5), which include: a flat-plane gripping member (8), from which a shutter pin (9) of the dispensing mouth (5) extends substantially coplanar, an annular collar (12), which is associated with the flat-plane gripping member (8) along at least a pre-established breaking area (13) and which is rigidly associable with the neck (4), and a resting base (17) suitable for allowing the flat-plane gripping member (8) to rest on a supporting surface (18) in a resting configuration in which the shutter pin (9) remains lifted with respect to the supporting surface (18).

Abstract: A closure comprising a solid color spout and a transparent overcap is adapted to be sealed to a container neck by means of a double-sided foil. The overcap has a depending valve, which engages with the spout to hold these components together prior to assembly to the container. The spout has a flange adapted to seat on a rim of the container neck and an annular wall that is received within the container neck. The foil is welded to the flange and is also used to weld the closure to a rim of a container neck of standard threaded design. The overcap can screw to an external thread on the container neck. The primary ex-factory seal is provided by welding the assembled closure to the neck. The secondary seal is provided by the engagement of the overcap valve with the spout. The invention discloses an improved method of assembly.

Abstract: A vessel cap is comprised of a body mounted at a vessel inlet through which a liquid material stored in a vessel is discharged outwardly and having a certain space therein. A pressing plate is disposed in the body to be movable in upper and lower directions. A cutter is formed at an edge of a lower surface of the pressing plate in a circumferential direction for penetrating a sealing member when the pressing plate is pressed and which cuts the sealing member when the body is rotated. A hooking member downwardly protrudes at the lower surface of the pressing plate for storing the sealing member cut by the cutter in the body. A connection portion is formed between an outer circumferential surface of the pressing plate and an inner circumferential surface of the body for guiding the pressing plate to be moved in upper and lower directions.

Abstract: The invention relates to a cap for the neck of a container and to a method for producing one such cap. According to the invention, the skirt (12) of the cap (1) is provided with frangible bridge elements (44A, 44B) which break when the cap is first opened. In addition, on either side of the aforementioned frangible bridge elements, the skirt includes a non-removable part and a removable part provided with an outer biasing tab (24) that only extends along a peripheral portion (12A) of the skirt. In order to limit the biasing force of the tab, so as to release the removable skirt part, the radial dimension (e44A) of the bridges (44A) located in the skirt portion (12) associated with the tab is smaller than the radial dimension (e44B) of the bridges (44B) located outside said portion.

Abstract: A tamper-indicating plastic closure, and tamper-evident package includes a closure wherein the closure includes a pilfer band having a substantially continuous tamper-ring. The tamper-ring extends generally angularly upwardly and inwardly of the closure in a tamper-indicating orientation of the tamper-ring for engagement with a relatively enlarged annular locking ring of the associated container. The tamper-ring includes a plurality of circumferentially spaced projections, which comprise relatively thick regions or shoulders, which act to limit lateral movement of the pilfer band with respect to the container by engagement of at least one shoulder with the associated container generally beneath the container locking ring.

Abstract: The invention concerns a tamper evidence and locking means for a closure and a tamper evident closure. The tamper evidence and locking means indicate initial opening and allow relocking the closure after initial opening.

Abstract: A cap is received on an associated bottle opening. The cap preferably includes an annular body and a sidewall that includes a thread member extending around at least a portion of an inner surface thereof. A closing surface extends substantially perpendicular to the sidewall and is dimensioned to cover the associated bottle opening. As disclosed, an opening in the cap closing surface has first, second, and third portions that each form distinct interconnected narrow, intermediate, and large pour opening portions. A lid is selectively received on the closing surface and includes a seal extending outwardly from a surface thereof. The seal includes similarly dimensioned first, second, and third portions that conform to and selectively seal with the first, second, and third portions of the cap opening. Another exemplary embodiment includes a tear-away panel portion that includes a tab to aid in removal of the panel portion and forming the opening.

Abstract: A closure for a container has an integral tether section of the closure skirt attached to a tamper band at frangible sections. In the open position, the tether section has a free length providing for a plurality of resiliently docked closure positions retaining the closure on the container and not interfering with the transfer of contents therefrom.

Abstract: A protector for containers for improving hygiene conditions, especially for cans with an essentially cylindrical form. The protector includes an upper protector element covering the upper part of the container and a lower ring arranged peripherally around the container connected to the upper protector element by a hinge section. The upper protector element also includes a ring pull projecting towards the outside in a downwards direction from the body of the upper protector element and having a cambered form following the contour of the can.

Abstract: A screw closure (10) has a screw cap (1) and a tamperproof band (5). The screw cap (1) has a head plate (2) with a cylindrical lateral cap surface (3,provided with an internal thread (4) and wherein the tamperproof band (5) has a flexible band (6) and is connected to the lower periphery of the lateral cap surface (3) via one or more easy-tear elements (7). In order to create a screw closure which has a flexible band and, even with relatively large tolerance deviations between the closure and container neck, still ensures that the tamperproof band can be reliably torn off is thus providing enhanced functional reliability. The flexible band (6) is a continuously encircling flexible band which, distributed over its circumference, has portions (8) which can be extended easily and, therebetween, portions (9) which are less easy to extend.

Abstract: The embodiments described herein disclose a bottle and cap. The cap seals the bottle and thereby defines a compartment within the bottle for storing liquid or other material. The cap also includes an internal compartment for storing a liquid or other material in a sealed manner. The cap is designed to readily allow for sterilization during manufacturing, maintaining proper sealing of the compartments, dispensing material from one compartment into the other and providing a tamper-resistant closure.

Abstract: A vial is closed by a stopper. The stopper is provided with arrangements allowing, in a first position, the filling of the vial with a liquid through an opening and, in a second position, the sealed and definitive closure of said opening.

Abstract: In the case of screw-connection closures (1) with a pouring nozzle (2), on which a screw-connection cap (3) with a tamperproof strip (4) is placed in position, predetermined breaking point bridges (40) provided between the tamperproof strip (4) and screw-connection cap (3) are exposed to the risk of being prematurely destroyed during demoulding from the injection mould or when being placed axially in position on the pouring nozzle. According to the invention, posts (24) are arranged as restraining elements on the pouring nozzle (2). They engage in the tamperproof strip (4) prior to initial opening. The tamperproof strip (4) itself has weakened bending zones (43) in regions which are pushed outwards by the posts when being placed axially in position. The predetermined breaking point bridges (40) are arranged where the tamperproof strip (4) crosses over the lower periphery of the screw-connection cap (3) when it is being placed in position and subjected to maximum deformation.

Abstract: A closure for a container, e.g., a tube, for a sample, e.g., a biological sample. The closure comprises a cap having a first opening and a second opening, the first opening capable of communicating with the mouth of a container, the second opening sealed by an exterior seal, and intermediate the first opening and the exterior seal, an interior seal. The invention also provides an assembly comprising the closure of this invention and a container. The invention also provides a method for preparing the closure.

Abstract: The invention relates to a stopper capsule, having an axial direction, including a shell, with a head, a skirt, and a joint, where a) the joint is a form joint, b) the form joint has b1) a resilient layer, a set of adjacent layers, b2.1) a barrier layer, b2.2) a malleable support layer with the function of providing the set of adjacent layers a global malleable property such that the joint can be shaped without creation of folds, b2.3) an outer layer having an outer surface which can be compressed by the axial compression resulting from stoppering such as to match the form of the mouth of the neck. The invention further relates to a method of production of the capsule and a method of stoppering.

Abstract: A closure includes a body adapted to mount on a container having a discharge outlet and a cap configured to move relative to the body from a closed position covering the discharge outlet to an opened position uncovering the discharge outlet. The closure also includes frangible links coupled to the body and cap that break in response to first-time movement of the cap from the closed position to the opened position to alert an observer that the cap has been opened once before.

Abstract: A closure comprising a solid colour spout and a transparent overcap is adapted to be sealed to a container neck by means of a double-sided foil. The overcap has a depending valve, which engages with the spout to hold these components together prior to assembly to the container. The spout has a flange adapted to seat on a rim of the container neck and an annular wall that is received within the container neck. The foil is welded to the flange and is also used to weld the closure to a rim of a container neck of standard threaded design. The overcap can screw to an external thread on the container neck. The primary ex-factory seal is provided by welding the assembled closure to the neck. The secondary seal is provided by the engagement of the overcap valve with the spout. The invention discloses an improved method of assembly.

Abstract: A container system for storing material includes a container and a mating closure having a tamper-evident ring frangibly attached to the closure. The container includes a neck having a container thread and an annular rim for engaging the tamper-evident ring when the closure is removed from the container. In some embodiments, the neck includes one or more retaining structures for engaging the tamper-evident ring during retort sterilization processing, packaging, shipping or handling. The retaining structure in some embodiments includes one or more ramps having multiple inclined surfaces. Each inclined surface is oriented at an acute angle between about five and about forty-five degrees such that the tamper-evident ring can slip past the retaining structure when a threshold removal torque is applied. A method of sealing a container using a tamper-evident container system is also provided.

Abstract: A lidded container having a tubular container which at the bottom has a container base, at the top a container opening and below the container opening a sealing region on the internal wall, a lid which comprises a lid base and a plug protruding from the inside of the lid base, and which may be inserted through the container opening into a sealing position in the sealing region, and locking means for releasably locking the lid to the container comprising at least one latching projection projecting radially outward at the top edge of the container, at least one flexible and elastic connecting link projecting from the bottom side of the lid base on which a latching edge is arranged at a distance from the lid base vertically below the connection of the connecting link to the lid base.

Abstract: A drug solution transferring device that can suppress dispersion of a toxic drug solution to a surrounding environment is provided. The drug solution transferring device includes a barrel provided with an opening, and a connection tool for connection to the barrel. The barrel includes an elastic member for closing the opening. The elastic member is formed of a plurality of membranes overlaid together. The membrane has a projection projecting into the barrel. The connection tool includes a first needle having a sharp tip end. The first needle has a liquid hole extending in an extending direction of the first needle. When the needle penetrates through the projection of the membrane, an inside and an outside of the barrel are in communication with each other through the liquid hole to allow transference of the drug solution between the barrel and the connection tool.

Abstract: A container comprises a neck provided with a thread arrangement on which a cap can be screwed as well as a contrast arrangement for interacting with an opening indicating device of the cap the contrast arrangement being provided along a helix arrangement of the thread arrangement; cap comprises a thread arrangement suitable for interacting with a further thread arrangement of a neck of a container, and an opening indicating device provided with a stop arrangement, the stop arrangement being provided along a helix arrangement of the thread arrangement.

Abstract: A safety bottle cap includes a bottom cap body having a bottom cap wall that has a discharge opening, a top cap body openably connected to and disposed above the bottom cap body, and a safety mechanism having an engaging hole portion, an engaging hook portion engaging hookably the engaging hole portion, and a snappable connecting part that connects one of the engaging hole portion and the engaging hook portion to one of the bottom cap body and the top cap body. The other one of the engaging hole portion and the engaging hook portion is disposed on the other one of the bottom cap body and the top cap body. The snappable connecting part is snapped off when the top cap body is opened for a first time.

Abstract: A self-opening closure includes a pouring sport, a screw cap and a self-opening cylinder, which is disposed inside the pouring spout and can be set rotating by the screw cap. The self-opening cylinder has three combined piercing and cutting elements with the interior having three molded elements, evenly distributed and extending toward the center of the cylinder, which have a nail shank and a nail head. The nail shank and the nail head of each element acts as a guide for one of the three cylinder wall segments located on the interior of the cap, concentrically to the axis of rotation of the cap. The screw cap is connected to a retaining element by at least two material bridges extending non-radially in relation thereto that are configured as predetermined breaking points. The retaining element engages with a flange on the pouring spout.

Abstract: A container for food and beverages with a fully opening end panel is provided. An end closure of the container has a generally circular end panel defined by a score line. A rotational opening tool is providing for contacting the end panel and separating the end panel from the score line upon rotation of the tool.

Abstract: Provided are a cap capable of being easily and reliably opened and unsealed not limited in design even if an inner cap with a small diameter is used for the cap, producing no refuse after the unsealing, and not unnecessarily large in size, and a container with the cap. When an over cap (3) is rotated in the opening direction, a pair of screw threads (10a, 10b) as opening means are advanced in the direction in which they are tightened together, and this cuts off a planned opening section (4) from the inner cap (2). Thus, the cap has a relatively simple structure and can be simply and reliably unsealed by small force. Also, the planned opening section (4) is integrated with the over cap (3) after unsealing the inner cap (2), so that no refuse is produced after the unsealing, eliminating the need to clear it away from a table.

Abstract: A tamper-evident closure may include a base, a lid, and a tamper-evident member. The tamper-evident member may be irreversibly moveable between a first position in which part of the member is visible prior to initial opening of the closure and a second position in which the part is masked by the lid so as to be partly hidden from view. Upon initial opening of the closure, the tamper-evident member may be moved from the first position to the second position.

Abstract: This method makes it possible to fabricate a stopper (1) starting from a tubular skirt (12) suitable for surrounding a container neck, and provided both with retainer means for retaining it permanently around the neck, and also with fastener means for fastening it removably to the neck. In this method, the skirt and a blade (110) are moved in rotation relative to each other about the axis (X-X) of the skirt so that the blade cuts a peripheral line of weakness in the skirt, which line of weakness is made up firstly of through notches and secondly, between said notches around the periphery of the skirt, of breakable bridges that interconnect, in the same direction as the axis, a non-removable portion of the skirt, which portion is provided with the retainer means, and a removable portion of the skirt, which portion is provided with the fastener means.

Abstract: The invention relates to a plugging device (1) that comprises a base (10) secured around the neck (2) and a cap (20) supported by the base and capable of movement between a closed and an open position. In order to improve the tamper-proof characteristic of the device, the invention comprises using, on the one hand, a breakable thread (30) having at least one longitudinal end permanently connected to a first portion (211) of the cap or the base and extending, before breaking, lengthwise along the periphery of said portion and, on the other end, a lug (40) permanently connected to another portion, respectively, of the base or the cap, and protruding towards the outside from said second portion.

Abstract: The present invention provides an enhanced water product, wherein a solid dosage product is conveyed with a bottle of water in an attached dosage cup. The attachment is achieved with a novel frangible feature that flexes out of the way during a simplified snap-on assembly. The feature breaks away when any attempt is made to separate the dosage cup from bottle, thus rendering the product safe from malicious tampering. In an alternate embodiment, the dosage cup is used to measure any liquid product.

Abstract: Provided is a twist-cut unsealing mechanism in which an operator can surely sense the fact that twist-cutting of a seal member has completed in assembling of spout and cap of such a type that a container is unsealed by twisting and cutting a seal member for the liquid passage of a spout by means of a cap.

Abstract: [Problems to be Solved] In a synthetic resin container closure of a type which includes a body and a tamper evident bottom portion connected to the body via a plurality of breakable bridge portions arranged with spacing in a circumferential direction, and in which the body continues to be connected via unbroken connecting pieces to the tamper evident bottom portion continuously mounted on a mouth-and-neck portion of a container even after the bridge portions are broken to remove the body from the mouth-and-neck portion of the container, an improvement is made so that the container closure can be applied, without posing problems, even when the ascent distance of the body when removed is relatively long. [Means to Solve the Problems] Each of the unbroken connecting pieces is in such a form as to include two tilting portions whose tilting directions are opposite to each other.

Abstract: A closure cap for containers has a cap mantle, a circular head portion with a central axis and a pivoting member (4). The cap mantle extends in the same general direction as the central axis, and in which, the cap mantle has a ripping-open-section extending circumferentially with respect thereto. The pivoting member (4) is attached to the ripping-open-section and extends in the same general direction as the central axis. Towards the head portion, the ripping-open-section comprises a thin region, which extends circumferentially with respect to the central axis and which forms a rotational axis. The pivoting member comprises a stop member, which extends in the same general direction as the central axis at least up to the rotational axis. The form of the stop member and its relative, spaced position with respect to the head portion are such that pivoting of the pivoting member around the rotational axis causes the stop member to lie against the head portion.

Abstract: A beverage container with a tamper resistant lid includes a cylindrical reservoir with an open upper end in communication with an interior beverage compartment. Formed about the open upper end is an annular rim. The tamper resistant lid includes a circular panel with an annular lip depending therefrom. Positioned on the inwardly facing surface of the lip are a plurality of juxtaposed, inwardly-extending flanges. The flanges are flexible but resilient such that, when the lid is pressed onto the open upper end of the container, the flanges initially expand to circumvent the rim, and subsequently contract to grip the lower surface thereof to retain the lid on the container. The lid includes any one of a plurality of secure dispensing means to dispense a beverage from the beverage compartment.

Abstract: A cap assembly comprising a body, a sealing membrane and a retaining ring. An opening is provided through the body and includes a recessed circumferential channel and a membrane engaging flange positioned proximate the recessed circumferential channel. The sealing membrane covers the opening and includes a body engaging flange and a pierceable surface. The retaining ring is positioned with the sealing membrane engagement surface in overlying engagement with the sealing membrane. Extension of the tab into the recessed circumferential channel of the body releasably maintains the overlying engagement and biases the retaining ring against the membrane. The inner wall structure of the retaining ring extends radially inward beyond the membrane engaging flange of the sealing membrane, to in turn, protect the membrane.

Abstract: The invention relates to a cap. More particularly, the invention relates to a bottle cap which has engaging formations which allow it to be releasably secured to other caps of the same kind. The cap includes a sleeve moulded integrally to an end wall, the sleeve having at least one line of weakness spaced apart from the end wall for separation of at least one ring portion from the sleeve. The cap further includes primary external co-operating engaging formations provided on either side of the line of weakness, such that the cap is connectible side-to-side, via the primary external cooperating engaging formations, to other caps or ring portions, or to bottles having corresponding primary external cooperating engaging formations.

Abstract: Caps, containers embodying such caps, and methods of enhancing cap safety. Air flow passages through the cap enable one, who accidentally swallowed the cap, to breathe/pass air through the cap. Some air passages extend top to bottom. Openings in the outer side wall, and an air flow path across the cap, allow air to enter the cap on a first side, flow transversely through the cap, and exit an opposing side. The top-to-bottom air flow passages, and the air flow path across the cap, including the openings in the outer wall of the cap, collectively support air flow through the cap, thus through the person's airway, if/when the cap becomes accidentally lodged in a person's airway. The openings can be used to engage and extract an accidentally swallowed cap. Elements of an optional tamper evident ring remain attached to the cap after the cap is removed from the container.

Abstract: A closure includes a body adapted to mount on a container having a discharge outlet and a cap configured to move relative to the body from a closed position covering the discharge outlet to an opened position uncovering the discharge outlet. The closure also includes frangible links coupled to the body and cap that break in response to first-time movement of the cap from the closed position to the opened position to alert an observer that the cap has been opened once before.

Abstract: The invention concerns a plastic cap (1) and a container (4) using same. The plastic cap (1) comprises an oxygen-tight liner (8) to be joined to an opening end surface (6) of a spout (5) on the container (4). The cap (1) has a circumferential skirt (2) with an internal annular bead (3) adapted for snap connection with a corresponding annular groove (7) in the spout (5). The liner (8) has on the side facing the cap (1) a first plastic layer (81), which is arranged to be permanently joined, when injection-molding the cap (1), to the plastic material of the cap (1), and on the side facing the container (4) a second plastic layer (82), which is arranged to be temporarily hermetically sealed to said opening end surface (6).

Abstract: The invention relates to a stopper, provided with an obstructor for a can. Said stopper comprises a cap provided with a central opening and an annular skirt, and an annular shaft extending around the opening, in addition to a capsule which is detachably fixed, by means of a tear element, to a free edge of the shaft opposite the opening. The tear element joining the shaft to the capsule is placed in an entrance area at an angle in the free edge of the shaft. At least one sealing lip is disposed on the inner surface of the shaft, and the cap, skirt and capsule of the stopper are moulded in a single piece without any welding or the addition of another component or detachable part. The invention also relates to a method for the production of said stopper by offset injection in a region which is outside the cap.

Abstract: Described is a closure adapted to be fit on top of containers such as bottles. In various embodiments, the closure may include an outer skirt and an inner skirt. The closure may be engageable with a container neck. In some embodiments, a region of weakness may be adapted to break and/or deform upon an attempt to remove the closure from the container neck. In some embodiments, after the break and/or deformation, the closure may no longer be engageable with the container neck.

Abstract: A tamper-evident closure (40) is provided for a container. In one particular embodiment, the closure (40) has a body (42) and a hinged lid (44), and has the following additional features as next described. A tamper-indicating tab (120) is connected to the lid (44) by a frangible junction (130). A pressing member (150) is connected to the closure body (42) for movement from an initial unactuated configuration and to an inwardly deformed, actuated configuration. A post (170) is provided on either the pressing member (150) or tab (120), and a slot (140) is defined in the other of the pressing member (150) and tab (120), wherein the slot (140) non-releasably receives the post (170) when the lid (44) is first closed. The closure body (42) also has an inwardly located retention wall (160) defining an aperture (164).