Abstract: Closing cap for a container comprising a covering (9) made of metallic material with a substantially cylindrical shape, having a side wall (13) divided by an annular weakening line (44) into two portions. A plastic insert (15) is fixed by means of gluing or mechanical retaining means to the inner surface (10) of the covering (9). The cap also comprises an anti-tamper seal (20) which is fixed in a middle position (210) of the inner surface (10) of the covering (9) and consists of a plastic ring.

Abstract: A cap which frictionally engages a piping tip has a generally conical cover portion with an interior surface, an exterior surface, a closed end and an open end sized to fit over a piping tip; a gripping portion on the exterior surface of the closed end of the cover portion; and a plurality of protuberances on the interior surface of the cover portion extending toward the closed end of the cover portion. The cap can include a circular ridge extending circumferentially around the interior surface of the cap, the ridge sized to fit within a circular indentation in the piping tip to maintain the cap on the piping tip.

Abstract: Disclosed are self-authenticating seals for containers in which the seals include a non-visible taggant correlated to a pre-determined indicia. Containers sealed with the sealing members as well as methods of authenticating containers that have been sealed with the sealing members are disclosed.

Abstract: Caps for bottles with the box for powder material for preparation of beverages is the cap by which the basic box with the basic substance is closed, as e.g. drinking water and which contains the other box with the other liquid or powder substance shown in FIG. 1. It consists of the box (1) closed on the bottom-side with the aluminium foil (8) and slant damper (9) and on the upper side by the cover (2). The damper (9) that may be twisted round the hinge (O) and which have on the upper surface the one-arm vertical flexible lever (11) is arranged above the aluminium foil (18). The cover (2) has on the internal plane of the bottom tangs (13) and (14), as well as the barrier (17) by which during winding up and winding off it acts on the lever (11). By winding off the cover (2) the free end of the lever (11) is elastically bended, creating in it the moment of force, which twists the damper (9) which breaks through and removes the aluminium foil (8).

Abstract: A sound-producing container closure for closing a container is provided. The closure is made at least partially of a brittle material. Furthermore, the closure is configured to be deformed upon opening the container such that the brittle material is deformed and thus produces a sound.

Abstract: There is described a cap without additional seal for closing an opening of a neck of a container. The cap comprises a closing disc; a peripheral skirt sized to fit around the neck, the peripheral skirt. The cap also comprises a first annular sealing lip projecting downwardly from under the closing disc, near the opening of the neck, the first annular sealing lip being folded against the neck and toward the opening of the neck when the cap is attached onto the neck, thereby allowing neutralization of any backwash effect when the container is moved. The cap also comprise a second annular sealing lip external to the first annular sealing lip and positioned so as to be also folded against the neck, in a direction opposite to that of the first annular sealing lip when the cap is attached onto the neck.

Abstract: Camouflaged bottles and containers for carrying and concealing a material include: a carriable container adapted to retain the material; and a camouflage pattern imprinted on an exterior surface of the container. The camouflage pattern helps conceal the container and the material. The container may be a bottle with a camouflaged cap or be a bag with a zipper lock, and may have a label.

Abstract: A universal closure device for bottles, includes a number of external components, namely coaxial and concentric cylinders, which are connected together to define an external member or enclosure; the external member operating via tongues and a toroidal spring and being used for attachment to the lip of the bottle; and two internal components, namely a suitably conformed cylinder and a piston, operating by two springs. The piston further includes a head which is adapted to mate with a ring connected to the cylinder; the head (6a) freely sliding along an axial section which is limited by two collars at the top and the bottom. Assembly of the above components allows attachment thereof regardless of the diameter of the neck of the bottle and the height and shape of the bottle lip.

Abstract: A storage container having a collapsible unit and a twist cap is described. The collapsible unit is a type of bellows which includes a base and a sidewall attached to the base. The sidewall has a spiral fold that traverses along a portion of the length of that the collapsible unit. The length can be compressed by folding the collapsible unit along the spiral fold. As the length of the collapsible unit is reduced, access to any remaining products, such as acne pad products, stored at the bottom of the collapsible unit can be more conveniently obtained. The cap of the storage container includes a ring collar; a sleeve attached to the ring collar; and a guide attached to the sleeve. When the cap is turned or twisted the guide and the spiral fold are configured to slidably engage each other which results in shortening the length of the collapsible unit.

Abstract: A bottle including a body portion having a plurality of dividing walls extending from a base portion to a plurality of connection regions; a first chamber for holding a first liquid; a second chamber for holding a second liquid; a third chamber for holding a third liquid; and a removable cap; wherein a height of the plurality of dividing walls is less than an overall height of the body portion and the plurality of connection regions are configured to be a maximum height of the plurality of dividing walls.

Abstract: The present invention relates to a bottle cap with leakage-proof feature for liquid therein, which comprises a bottle cap and a dividing disk, wherein bottle cap having an internal hollow cavity, an internal communicating channel and an internal concentric lining ring with inwards buckling groove ring being crotched in the inner wall of the hollow cavity facing the communicating channel such that a flexible rift ring being formed between the peripheral surface of the lining ring and the inner surface of the communicating channel; And the dividing disk having an up-facing flexible cleft ring being notched near the peripheral of the top surface. By means mutual counter elastic stress by the strained flexible rift ring and flexible cleft ring reciprocally, the buckling-fitting condition between the lateral surface of the dividing disk and the inner surface of the lining ring is more firmly tight.

Abstract: A lever type easy pull crown cap. The lever type easy pull crown cap has a body with a boss extending from a central portion that transitions into a rim with an edge. A pull-ring is fastened to the crown body without piercing the body. An inner surface of the body includes a score line extending from the edge along the rim and across the central portion towards the boss and returns outward across the central portion after travelling around the boss to terminate in a tail segment. The tail segment extends along a portion of the rim without reaching the edge. Pulling upward on the pull-ring fractures the body along the score line and separates a tear strip portion from the body, breaking the seal between the lever type easy pull crown cap and the bottle.

Abstract: A new jar has (among other features) at least two chambers separated by a fixed partition. Each chamber is at least as broad as it is deep and has opening through which food that is dipped from the chamber can be removed. The two openings of the chambers face as opposite directions. And a lid covers each opening.

Abstract: Based on an objective of configuring and refining a closure in such a way that a stopper accommodated in the cap is secured therein so that it cannot fall out and so that it can be cleaned or sterilized without any problem together with the container, with the substance contained therein and with the cap, a closure for a container, includes a cap, the cap forming an interior space into which a stopper can be inserted in the axial direction in order to seal the container, and the cap having holding members that protrude into the interior space, is characterized in that the holding members latch the stopper in such a way that the latter is affixed in a prescribed position in the axial direction.

Abstract: The invention relates to a closure cap for a container for receiving medical liquids, in particular a BFS vial which is produced by a blow-fill seal process, and to a BFS container with such a closure cap. The closure cap according to the invention has a cover part and an edge part, with an injection part arranged in the cover part. The injection part has an outwardly directed connection part with a conical recess for receiving the cone stem of a needleless injection syringe in a seal-forming manner, and an inwardly directed closure part which has a self-sealing membrane for closing the recess of the connection part. The self-sealing membrane is slotted. The closure cap according to the invention allows a liquid to be injected without use of an injection needle.

Abstract: Closure (1) for a container, in particular for pourable or flowable products, has a closure head (2), a circumferential face (3) which is connected at least partially to the closure head (2), and means (6) which interact with the container in such a way that the discharge opening of the container can be closed by the closure (1), with the result that the closure (1) has means (4) for fixing a plurality of portion containers (7) of in each case less than 50 ml filling volume to the closure (1). The portion containers (7) are filled with at least one additive, such as fragrances, dyes or surfactants, that can be mixed selectively with the pourable or flowable product located in the container.

Abstract: The invention relates to a closing element for a receptacle, such as a glass beverage bottle, comprising a plug and a retaining element that is connected to the plug, as well as a method for closing an opening of a receptacle by means of a closing element comprising a plug and a retaining element. In order to devise a closing element and a closing method that provide a great degree of reliability, storage quality, and food compatibility, the plug is made of a solid material such as glass, ceramics, wood, metal, aluminum, stone, or silicon. Furthermore, in the closed state of the receptacle, the plug rests within a receptacle opening that is to be closed, or the plug made of the solid material is fully inserted into the receptacle opening to close the receptacle, and a connecting element is created between the plug and the retaining element such as by means of an adhesive, the retaining element being releasably connected to the receptacle.

Abstract: A flip top closure assembly for a bottle Includes a base portion affixed onto a neck of the bottle and a cap portion connected to the base portion The base portion Includes a peripheral skirt for engagement with the bottle and a wall extending inwardly from atop the skirt The wall has a generally diamond-shaped opening therein that defines a pour opening A pouring lip extends upwardly from the skirt The pouring lip and a portion of the wall define a pouring spout adjacent a first apex of the pour opening At least a portion of the pouring spout extends outwardly past an outermost periphery of a side wall of the bottle The cap portion includes a substantially planar flip top hingedly connected to the base portion adjacent to a second apex of the pour opening.

Abstract: A hinge cap (10) fitted to a slant opening wall (26), which is provided around the opening of a hinge cap body (12), by means of two adjacently standing slant plugs (30, 32) of a lid (12). Because the slant plugs (30, 32) of the lid (12) are fitted by a large contact area to the slant opening wall (26) of the hinge cap body (12), the slant plugs can be applied to the hinge cap (10) having a relatively large area. Also, with the lid extended, the wall height of the slant outer plug (32) decreases as it approaches the rotation axis of the lid (12) and the wall height of the slant inner plug (30) decreases as it is away from the rotating shaft of the lid (12), so that the lid (12) can be smoothly rotated and opened in pressing and opening operation.

Abstract: A drinking cap includes a first tubular portion (10) for connection to the mouth of a beverage container and an elongate actuating member (26) situated at least partly within the first tubular portion (10) and connected to it by a resilient, annular, integral web (12), in which one or more flow openings (28) are formed. The actuating member (26) is longitudinally movable in the axial direction between an open position of the flow openings (28) and a closed position thereof. The cap also includes an insert (6) and a piston (4) which together define a reservoir (56). The insert (6) includes a cylindrical wall (34) and a portion (40) which is movable under the action of pressure within the reservoir and in which a discharge aperture (44) is formed. A flow tube (52) is connected to the piston (4) around an aperture (50) and extends through the discharge aperture (44) in the insert (6) and forms a sliding seal with the edge (46) of the discharge aperture.

Abstract: A threadless cap for closing a potable liquid bottle is provided. The potable liquid bottle has a neck with an upper edge defining a discharge opening. The threadless cap comprises a lid for overlying and sealingly engaging the upper edge of the neck. The lid includes a tension ring for retaining the cap on the neck of the bottle, the tension ring having an inwardly extending rib for engaging the neck of the bottle. The threadless cap also comprises a skirt depending from the lid, the skirt including a line of weakness facilitating a manual tear of the skirt. The threadless cap further comprises a tear stop at a location intersecting a line of tear propagating as a result of a manual pull applied on the skirt, the tear stop preventing the line of tear to propagate beyond the tear stop.

Abstract: Means introduced for carry a light portable plastic drinking bottle of water, soda and/or etc. “Hands-Free”, and hereby provided for usage by any individuals (male and female, minor or adult). The invention comprising an extended hook clip that is made as part of cap or the body of same light portable plastic drinking bottle with length of about ? of total bottles' length. Whereas it is made as part of the main body of the light portable plastic bottle, its base is placed on its upper body. The hook clip is heading down perpendicular toward the bottom of the bottle and parallel with its body. The hook clip may also be made as a separate housing made of plastic or metal attached to or belted around the upper body of such plastic bottle. In any case the bottle could be clip hanged from an individual pants' pocket, belt, hand-bag and/or etc., as means to carry the light portable plastic drinking bottle Hands-Free in comfort, while not drinking of it.

Abstract: A capping system in combination with a container having a mouth and a wall segment disposed proximate to the mouth is provided. The capping system includes a cap having a bottom for selectively covering the mouth, a jacket extending from the bottom, and a guarantee ring disposed at a distal edge of the jacket. At least one cam extends from an outer surface of the wall segment, is at least partially overlapped by the guarantee ring, and applies a force on the guarantee ring when the cap is rotated a predetermined distance relative to the container to at least partially sever the guarantee ring. The guarantee ring includes an overlapping region extending over the cam that provides clearance for the cam when the cap is initially installed on the container to prevent deformation of the guarantee ring during the installation.

Abstract: A device and method for cleaning and sanitizing water bottles and consumable liquid containers such as soda and juice bottles. The device positions a cleaning pad immediately adjacent to the container available for employment by a user during opening of the container by removing a cap. The cleaning pad may be housed in a container affixed to the cap of the drink container or may be housed within a cavity formed integral to the cap covering the drink container.

Abstract: A dosing cap for use with or without a separate container for combining two different ingredients at time of use by dispensing ingredient one from the dosing cap into a container with ingredient two. The dosing cap includes a moisture and waterproof seal to prevent the ingredients from receiving any moisture during storage, an absorbent material (desiccant) included with the seal to absorb any residual moisture in the container or that might be received into the container during storage to ensure a moisture free environment for the ingredient and a tracking device such as a radio frequency identifying chip (RFID) that is attached to the dosing cap for product identification and tracking purposes.

Abstract: A closure device which includes a fluid chamber containing an additive such as a liquid which can be introduced and mixed into a liquid in a container by operation of the closure device. The closure device includes a cap member having a fluid chamber and a housing having a plug member. The cap member may have a cam or follower surface on a lower surface of the cap top wall, which engages with a corresponding cam or follower surface on an upper surface of the housing, to allow the cap member to be lifted relative to the housing from a closed position in which the plug member closes an aperture in the fluid chamber to an open position in which the plug member is at least partially withdrawn from the aperture, thereby allowing the additive to pass from the fluid chamber to the liquid in the bottle.

Abstract: An overcap for a volatile material dispenser includes a housing adapted to be mounted on a container. The container has a valve stem with a discharge end. The overcap includes a valve-connecting portion adapted to engage the valve stem and a fixture that extends from the valve-connecting portion. The overcap further includes a trigger attached to the housing by a hinge that is disposed at or below a plane formed by the fixture. A contact portion is disposed in the trigger for interacting with the fixture and applying pressure to the valve-connecting portion to actuate the valve stem.

Abstract: The invention relates to a dispensing head (103) for closing a vessel, mainly a tube or a vial, that comprises an outlet opening (135) and a hinged cap (104) for closing the opening (135) of the dispensing head, wherein the dispensing head (103) and the hinged cap (104) are made of a single piece. According to the invention, the hinged cap (104) is moulded over the dispensing head (103). In order to ensure the anchoring of the cap (104) onto the head (103) even when the materials are not compatible, anchoring means (138, 144) can also be provided.

Abstract: A low-cost sportscap (2) has a nozzle (6) defining a drinking orifice. The nozzle is assembled from below into an outer shell (4) which is moulded as one piece and includes an overcap (16) and a base (14). A foil annulus (8) is used to seal a coupling part (50) of the nozzle to the outer shell (4) and also preferably to provide a mechanism by means of which the closure can be assembled to a container neck (10). A primary ex-factory seal is created by a valve (42) inside the overcap engaging with the drinking orifice. This can be resealed by the user when the overcap (16) is attached to the base by hinge means (32).

Abstract: An oral feeding bottle includes a feed container with an open end and surfaces adapted to come into contact with a liquid feed in the container, a teat releasably connected to the open end and adapted to contact both the liquid feed and a person or animal feeding from the bottle, and a cap with two modes of operation, where in the first mode, the teat is connected to the container and the cap is adapted to fit over, enclose the teat, and be releaseably connected to the feed container, and where in the second mode, the cap includes a means for stowing the teat in a non-dispensing position spaced from the container, where the teat and the surfaces that contact the liquid feed are in fluid communication so that the teat and the feed container are sterilized with a fluid sterilizing medium disposed in the container.

Abstract: A vessel cap comprises 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 disposed in the body to be movable in upper and lower directions, a cutter 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 cutting the sealing member when the body is rotated, a hooking member downwardly protruding at the lower surface of the pressing plate for storing the sealing member cut by the cutter in the body, and a connection portion 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. When the vessel cap is opened, the sealing member is automatically removed by a sealing member removing unit integrally formed at the vessel cap.

Abstract: A cap designed with a bore provided allows the user to gain the advantage of leverage and control. Placing a cylindrical object through the bore of a hard to open nail polish cap or a potentially hazardous champagne cap provides the user safety and ease while dismantling.

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

Abstract: A closing element (3) for containers (1), in particular for fizzy drinks in which the container (1) is of the type with a neck on which there is an annular projection (2); the closing element comprises a crown cap (4) having an upper surface (5) and a lateral surface (6). The lateral surface (6) has a plurality of teeth (8), and the cap (4) can be applied to close the container (1). A covering element (10) is applied on the crown cap (4) to cover at least the upper and lateral surfaces of the cap.

Abstract: The plastic closure consists of a rotating cap (1) with a sectoral pouring hole and with a slide (2) guided on its under side in such a way as to be capable of being displaced in a translational manner in relation to the pouring hole. The slide exhibits a downward-projecting cam on its under side. Lying beneath the slide (2) is a gate cap (3). Also present in its cover (6) is a sectoral pouring hole and behind it additionally a groove as a gate guide for the cam on the slide (2). The gate cap (3) is installed in a stationary manner on a bottle neck or a container spout. If the rotating cap (1) is caused to rotate relative to the gate cap (3), the cam of the slide will be guided along the gate guide and will pull the slide (2) into the open position, whereas rotation in the opposite direction will cause the slide (2) to be displaced back into the closed position.

Abstract: There are provided a screw-type cap which can secure necessary fastening torque (opening torque) even in a case of a container having a plug having a foremost end portion of a small diameter and also a safety cap which cannot be opened by only rotation and therefore has a child resistance effect. A safety cap 20 consists of a screw-type inner cap 21 and an outer cap 22 which is mounted in such a manner that it covers the inner cap 21 and can be rotated and can displace axially within a limited distance. The outer cap 22 can rotate integrally with the inner cap 21 by pushing down the outer cap 22 and rotate it while the outer cap 22 rotates idly by rotation only. A plug portion 8 is formed by projecting a plug 6 from a disk portion 7 which is in abutting engagement with a tip end portion of a mouth portion 2 of the container. The inner cap 21 has a small diameter portion 21c formed in the inner middle portion thereof.

Abstract: Caps and container systems suited to dispensing products like cosmetics. Some of the caps include two portions that can be coupled together and that include a dispensing system that has at least two open positions and at least one closed position.

Abstract: The invention relates to a container, in particular a plastic ampule which is produced using a blow-moulding process and is filled and closed in the mould, having a neck part (12) which adjoins a container body (10) and onto which a first cap part (14) can be screwed, and having a second cap part (16) which extends at least partly between the first cap part (14) and the neck part (12) and which is provided with an opening device (20), which has at least one opening (22), for opening the container body (10), which opening device can be closed by means of the first cap part (14), with the first cap part (14) carrying along the second cap part (16) by means of the screwing-on process of the said first cap part in such a way that the opening device (20) causes the container body (10) to be opened, with a closure part (closure pin 26) of the first cap part (14) unblocking the opening (22) in the opening device (20) after the said first cap part is unscrewed, and with the second cap part (16) remaining on the neck

Abstract: A liner for a wine bottle cap is constructed such that a gas, such as oxygen, that diffuses through the liner moves along a path within the liner whose length is greater than the thickness of the liner. In this manner, oxygen from the atmospheric air can diffuse through a relatively thin liner at a slow rate before reaching the bottled wine. The liner is comprised of alternating layers of material semi-permeable to oxygen and material impermeable to oxygen, the impermeable layers containing open areas through which oxygen can diffuse. As oxygen diffuses through the alternating layers, the path(s) along which the oxygen diffuses is determined by the locations of the open areas in the impermeable layers. The liner may be assembled with a screw cap closure that comprises ventilation holes connected by a raceway for distribution of atmospheric air to the liner.

Abstract: A container has openings at each end and has two compartments for holding two complementary materials. The container stands on either end and can dispense one of the two materials from each end. In one embodiment the container is separable into two individual containers. The individual containers are attached together using various means such as shrink wrap material, perforated strips, interlocking sections and the like.

Abstract: A cap is provided which can be smaller in number of constituent elements, easy to manufacture with simple assembly operation, and of which cap cover can be smoothly opened with one hand for a long period of time. In the cap configured so that a pressing portion presses an opening/closing hinge of the cap cover backward to swing the cap cover in an open direction when a manipulation portion is pressed, a manipulation body includes an elastic connection rod arranged on a side of an outlet below a support, the manipulation portion is provided on a front end of the elastic connection rod, the pressing portion is provided on a rear end of the elastic connection rod, and the manipulation body is connected to the support via a deformable connection piece so as to allow a longitudinal movement of the manipulation body relative to the support.

Abstract: So as to apply to the refilled content of a bottle (1) a desired substance e.g. a tasting substance, mini-receptacles (9) are provided filled with a respective substance, which are broken open by external manipulation into the container (1).

Abstract: A wooden bottle of suitable size for sale in stores and with interior walls flame treated, is filled directly with liquor to be aged and subsequently marketed at retail, thus eliminating the need for barrels and glass bottles.

Abstract: A fluid container may include a body, a grip element, a cap, and a nozzle. The fluid container may be capable of containing and dispensing fluid, such as water. The body may contain the fluid and the grip element may be shaped for a user's hand. The cap may be attachable to the body and may be tapered as it extends away from the body. The grip element may provide a user with traction and gripping ability. The cap may be attachable to the body and may be detached to expose an opening through which the body may be filled with fluid. The nozzle may be capable of selectively dispensing fluid. The fluid container may be a sports water bottle shaped to fittingly engage a user's hand. The sports water bottle may be portable and may be used during such activities as athletics and travel.

Abstract: A lug-type resealable beverage container is described. The lug-type resealable beverage container has a metallic containment vessel, an annular sleeve, and a metallic cap. The metallic containment vessel has a containment area for receiving a liquid. The containment vessel has a closed end separated from an open end by a tubular sidewall. The annular sleeve is joined about the containment vessel adjacent the open end and has first and second lug members extending radially outwardly. The metallic cap has first and second lug members for cooperative engagement with the first and second lug members on the sleeve. Cooperative engagement between the first and second mating lugs and the first and second lug members encloses the liquid within the containment vessel.

Abstract: Device (100) for closing bottles of alcoholic drinks and spirits of the type comprising a cap (1), a pourer (2), suitable for being fixed to the neck of the bottle (3), and a coating (4). The cap (1) comprises at least one lever element (5) irreversibly mobile between a first position, achieved prior to assembly of the closing device (100), and a second position in which, once installed on the bottle and opened for the first time, the cap (1) prevents the device (100) from being completely closed again on the bottle.

Abstract: A closure system for containers used for storing or administering substances in the form of liquids, pastes or powders, which system in one embodiment includes a cap, provided with a through-hole, and a closure element, wherein the cap holds the closure element with a force fit and/or form fit on the container, in the area of the container opening that is to be closed, by means of a catch element present on the container. For this purpose, the end face which surrounds the container opening, and on which the closure element bears, comprises a depression. The closure element is a virus-proof, bacteria-proof and spore-proof film that lies on the end face and, at least in some areas, over the depression. The cap is then fitted in place, an elastomer ring or adhesive ring is arranged between the closure element and the depression and fills the depression.

Abstract: A closure is provided having a base formed of a first material and cap formed of a second material. The first material and the second material are chemically incompatible with one another such that the base and the cap do not bond together when formed using a sequential injection molding process. The cap is movable upon the base between a closed and open configuration. The closure forms a seal impervious to liquids when the cap is in the closed configuration. Alternatively, in the open configuration, the closure is suitable to dispense a product.

Abstract: A color-coded bottle cap cover used to identify the contents and/or ownership of a bottle comprises a peripheral band and an upper lip, such that the bottle cap cover is visible on both the top and side surfaces of the bottle cap.

Abstract: This manufacturing process of a composite part (B), including a stamped body (11, 12) and an injected polymer material part (14), includes steps consisting of: a) placing a blank (1) of a body (11, 12) between a support (456) and a mold (31, 32), such that the said hollow part forms a pattern cavity (33) communicating with an opening (13) going through the blank (1); b) stamping the blank (1) using a punch (8); c) placing the holder (456) in a position in which it defines with the blank (1) at least one cavity (400) and in which there is at least one injection runner (50-60) leading to the said cavity (400). d) injecting the polymer material through the injection runner (50-60), said cavity (400) and said opening (13), so as to fill the said pattern cavity (33); and e) removing the composite part (B) from the mold.