Abstract: A head for manufacturing a flexible tube for containing a liquid or pasty product, comprising an upper wall and an annular side wall, the lower distal end of which defines a plane (A), said head comprising a dispensing orifice extended by a protuberance, a portion of which protrudes from said plane (A), said protruding portion being eccentric relative to the center of the tube head.

Abstract: A head for the manufacture of a flexible tube for containing a liquid or pasty product, having a reduced height in relation to its diameter and comprising a base configured to be attached to a skirt of said tube and a cover pivotally mounted on the base between an open position and a closed position, the head comprising at least one anti-tamper system having at least two legs projecting from the cover, the legs being connected to each other by at least one continuous breakable bridge.

Abstract: A plug configured to close a receptacle comprising a neck, the plug comprising:—an upper wall and a peripheral wall extending transverse to said upper wall; —at least one projecting element configured to engage with a groove located on the neck so that the plug transitions from a first position to a second position; —at least one opening located on the peripheral wall of the plug, the one or more openings being in line with the projecting elements of the plug.

Abstract: The invention relates to an assembly for closing a tube, said assembly comprising a tube head (3) that has a neck (10) and a closing cover (5) for closing said neck (10), the assembly further comprising a cap (30) which is provided with a piercing element (7) designed to perforate said closing cover (5), the neck (10) and cap (30) being configured such that the cap (30) is guided on the neck (10) into a closed position in which said piercing element (7) has perforated the closing cover, passing via an intermediate position in which the piercing element (7) has finished piercing said closing cover (5), and this also produces a material deformation which seals the closure, said assembly being configured such that the intermediate position is passed through prior to the material deformation which seals the closure.

Abstract: The invention relates to an assembly for closing a tube, said assembly comprising a tube head that has a neck (10) and a cap (30), said assembly defining a guide path, a thread and a thread portion (11) allowing the cap (30) to be positioned on the neck (10) by cooperation with the guide path and the thread, said assembly comprising a first (24) and a second (25) stop element for said thread portion (11), said stop elements (24, 25) being angularly spaced apart and defining a passage (26) between the guide path and the thread, said assembly being configured to allow axial displacement of the thread portion (11) through the passage (26) with a non-return effect produced by at least one (24) of said stops.

Abstract: The invention relates to an assembly for closing a tube, said assembly comprising a tube head (3) that has a neck (10) and a closing cover (5) for closing said neck (10), the assembly further comprising a cap (30) which is provided with a piercing element (7) designed to perforate said closing cover (5), the neck (10) and cap (30) being configured such that the cap (30) is guided into a closed position in which said piercing element (7) has perforated the closing cover (5), said piercing element comprising one or more teeth (50) for cutting through the closing cover (5), which extend from a free edge (80) of the piercing element (7), at least one angular portion (81) of said free edge (80), referred to as the passage portion, being configured to remain in the neck (10) when in said closed position.

Abstract: An assembly for closing a tube, said assembly comprising a tube head (3) provided with a neck (10) and a cap (5) closing said neck (10), said assembly further comprising a stopper (30) comprising a punch (7) adapted to perforate said cap (5), said neck (10) and said stopper (30) being configured to guide the stopper (30) to a closing position in which said punch (7) has perforated said cap (5), characterized in that said cap comprising a lateral skirt (23) provided with at least one notch (60) opening radially, said neck comprising a protrusion (61) configured to cooperate angularly with said notch (60) to block a withdrawal of the cap (30), once said cap (30) is in said closing position

Abstract: A cap configured to close a container including a neck is disclosed herein. The cap includes at least one protruding element configured to cooperate with a slot situated on the neck such that the cap goes from a first position to a second position. The cap also includes at least one opening situated on an upper wall of the cap that is aligned with the at least one protruding element of the cap. The cap yet further includes a sealing element configured to impart sealing between the cap and the neck. The sealing element is radially offset relative to the protruding element.

Abstract: The present invention relates to a tube closure assembly. The assembly includes a tube head that includes a neck and a closure liner sealing said neck, and a cap that includes a punch provided with at least one tooth. The one or more teeth are configured to peripherally cut said closure liner. The cap is configured to transition from an open flush position, in which the one or more teeth are flush with said closure liner, to a perforation position, in which the one or more teeth perforate the closure liner, then from the perforation position to an end-of-travel position allowing partial cutting of the closure liner, the transition from the perforation position to the end-of-travel position being carried out with an angular rotational range below 360°.

Abstract: The present invention relates to an assembly for closing a tube. The assembly includes a tube head including a neck and a closure liner sealing the neck. The assembly also includes a cap that includes a punch adapted to cut the closure liner. The neck and the cap are configured to allow the cap to be fixedly held on the neck in a first position—the standby position—in which the punch is held at a distance from the closure liner, and in a second position—the position of use—in which the punch perforates the closure liner.

Abstract: The present invention relates to an assembly for the closure of a tube. The assembly includes a cap that includes a punch adapted to cut a seal. The seal is adapted to seal a neck of a tube head. The cap is configured to be fixed to the neck in a first position, known as the standby position, and a second position, known as the use position. The assembly also includes a ring movably fixed to the cap. The assembly is configured to allow the passage from an extended position, with the aim of the punch being protected by the ring in the standby position of the cap, to a retracted position, with the aim of the seal being pierced by the punch in the use position of the cap, a passage of the assembly from the extended position to the retracted position being effected by a sliding of the cap through the ring.

Abstract: A module for dispensing a product intended to be mounted on a conduit (4) for pressurized supply of the product. The module has a path (2) for retrieving the product from a supply passage (5) which is intended to be in communication with the conduit to a passage (3) for discharging the product for the dispensing thereof. The retrieval path having at least one downstream conduit that opens into the discharge passage (3) and at least one upstream conduit that is in communication with the supply passage (5). The upstream and downstream conduits having a U-shaped junction that is designed to place the conduits in communication. At least one of the conduits being delimited by at least one wall that is capable of providing a microbiocidal action on the product contained in the conduit.

Abstract: A cap configured to close a container including a neck is disclosed herein. The cap includes at least one protruding element configured to cooperate with a slot situated on the neck such that the cap goes from a first position to a second position. The cap also includes at least one opening situated on an upper wall of the cap that is aligned with the at least one protruding element of the cap. The cap yet further includes a sealing element configured to impart sealing between the cap and the neck. The sealing element is radially offset relative to the protruding element.

Abstract: The present invention relates to an assembly for the closure of a tube. The assembly includes a cap that includes a punch adapted to cut a seal. The seal is adapted to seal a neck of a tube head. The cap is configured to be fixed to the neck in a first position, known as the standby position, and a second position, known as the use position. The assembly also includes a ring movably fixed to the cap. The assembly is configured to allow the passage from an extended position, with the aim of the punch being protected by the ring in the standby position of the cap, to a retracted position, with the aim of the seal being pierced by the punch in the use position of the cap, a passage of the assembly from the extended position to the retracted position being effected by a sliding of the cap through the ring.

Abstract: The present invention relates to a tube closure assembly. The assembly includes a tube head that includes a neck and a closure liner sealing said neck, and a cap that includes a punch provided with at least one tooth. The one or more teeth are configured to peripherally cut said closure liner. The cap is configured to transition from an open flush position, in which the one or more teeth are flush with said closure liner, to a perforation position, in which the one or more teeth perforate the closure liner, then from the perforation position to an end-of-travel position allowing partial cutting of the closure liner, the transition from the perforation position to the end-of-travel position being carried out with an angular rotational range below 360°.

Abstract: The present invention relates to an assembly for closing a tube. The assembly includes a tube head including a neck and a closure liner sealing the neck. The assembly also includes a cap that includes a punch adapted to cut the closure liner. The neck and the cap are configured to allow the cap to be fixedly held on the neck in a first position—the standby position—in which the punch is held at a distance from the closure liner, and in a second position—the position of use—in which the punch perforates the closure liner.

Abstract: A connection device between a distributor head for cosmetic product and a cosmetic product applicator, the device comprising a part for fixing to said distributor head. The fixing part being configured to be immovable relative to said distributor head, and a part movable relative to said fixing part. The device further comprising a connection zone between the fixing part and the movable part, said connection zone being configured so that said movable part is movable in rotation about at least two axes (X, Y, Z) of a orthonormal coordinate system (X, Y, Z) relative to said fixing part. An applicator head comprising such a connection device, a tube comprising such an applicator head and an associated applicator.

Abstract: A module for dispensing a product intended to be mounted on a conduit (4) for pressurised supply of the product. The module has a path (2) for retrieving the product from a supply passage (5) which is intended to be in communication with the conduit to a passage (3) for discharging the product for the dispensing thereof. The retrieval path having at least one downstream conduit that opens into the discharge passage (3) and at least one upstream conduit that is in communication with the supply passage (5). The upstream and downstream conduits having a U-shaped junction that is designed to place the conduits in communication. At least one of the conduits being delimited by at least one wall that is capable of providing a microbiocidal action on the product contained in the conduit.

Abstract: A connection device between a distributor head for cosmetic product and a cosmetic product applicator, the device comprising a part for fixing to said distributor head. The fixing part being configured to be immovable relative to said distributor head, and a part movable relative to said fixing part. The device further comprising a connection zone between the fixing part and the movable part, said connection zone being configured so that said movable part is movable in rotation about at least two axes (X, Y, Z) of a orthonormal coordinate system (X, Y, Z) relative to said fixing part. An applicator head comprising such a connection device, a tube comprising such an applicator head and an associated applicator.