Abstract: The capsule comprises: an internal capsule (4), which inserts removably in a mouth (2) of a container (1) to be closed, having an external cover (5), creating a security opening of the container (1); a reducer (7) which is applied on the mouth (2) of the container (1) and which is provided with an upper wall (70), in which a hole (71) is afforded, in which a syringe doser (8) can be introduced. The reducer (7) comprises: at least a radial projection (72) in the upper wall (70) thereof, which inserts in an annular recess (40) internally afforded in the upper part of the internal capsule (4); a first annular cavity (73), delimited by an external wall (74) and an internal wall (75) which develop axially below the upper wall (70) of the reducer (7), in which upper wall (70) an overhang (20) developing axially from the upper end of the mouth (2) of the container (1) is anchored.

Abstract: The invention relates to a child-proof capsule with a security strip (12) the capsule comprises an internal cap (4) which can be removably applied on a neck (2) of a container (1). An external cap (5) is applied and constrained on the internal cap (4). The external cap (5) is free to move in an axial direction from a first position in which free rotation is possible between the external cap (5) and the internal cap (4) to second position in which the external cap (5) and the internal cap (4) are solid in rotation. The security strip (12) is made in a single piece with the internal cap (4) and is of annular shape with a V-section. When the capsule is mounted on the container, a free circumference (12b) of the security strip (12) engages with an annular projection (15) fashioned on the container (1). In a connection zone between the security strip (12) and the peripheral edge (4a) of the internal cap (4) there is a plurality of circumferential cuts (16), not conjoined, which occupy all of the connection zone.

Abstract: A process for realizing plastic capsules (1) comprises: a first forming stage for realizing a cap (2) having an internal annular projection (2a) arranged in proximity of an open lower zone of the cap (2); a second forming stage of an annular element (3), provided with a security element (4) and with an external annular projection (3a) for inserting, during an assembly stage of the cap (2) with the annular element (3), over the internal annular projection of the cap (2).

Abstract: The invention relates to a mould for injecting tubes having slim walls made of a plastic material. The mould, destined to make tubes having an outlet mouth for a product and a lateral wall delimiting the space destined to contain the product to be packed, comprises an upper punch and a lower punch which are inserted in an external body or matrix of the mould to define the space to be filled with the injected plastic material; the upper punch comprises a projection which occupies the internal part of the outlet mouth and extends below the lower end of the mouth; the lower punch comprises a cavity internally of which the projection is inserted; injection channels are afforded between the projection and the cavity, which channels flow into a single injection manifold are reach inlet points to a space of the mould destined to receive the injected material.

Abstract: The invention concerns a capsule (3) with a reservoir (8) for substances to be mixed with liquids at moment of use, for single-dose or multi-dose containers (1). The capsule (3) contains a cap (4) for closure of the mouth (2) of the container, to which the reservoir (8) is associated, the reservoir (8) exhibiting an open end (8 a) which faces towards an inside of the container. The capsule (3) further comprises an obturator (5), solidly constrained to the cap and sealedly associable to the open end of the reservoir (8) in order to close the reservoir (8) and to be extractable therefrom by means of a reciprocally distancing movement between the reservoir (8) and the cap. The capsule (3) comprises at least an opening (6), afforded in the cap which places the inside of the reservoir (8) in communication with the inside of the container when the obturator is extracted from the open end of the reservoir (8).

Abstract: The capsule comprises: an internal capsule (4), which inserts removably in a mouth (2) of a container (1) to be closed, having an external cover (5), creating a security opening of the container (1); a reducer (7) which is applied on the mouth (2) of the container (1) and which is provided with an upper wall (70), in which a hole (71) is afforded, in which a syringe doser (8) can be introduced. The reducer (7) comprises: at least a radial projection (72) in the upper wall (70) thereof, which inserts in an annular recess (40) internally afforded in the upper part of the internal capsule (4); a first annular cavity (73), delimited by an external wall (74) and an internal wall (75) which develop axially below the upper wall (70) of the reducer (7), in which upper wall (70) an overhang (20) developing axially from the upper end of the mouth (2) of the container (1) is anchored.

Abstract: The capsule includes a lower cap with a security strip which inserts removably on a mouth of a bottle. The upper part of the lower cap is open and provided with a neck which couples with an upper cap, also having a security strip. A reservoir is provided within the upper cap and has a breakable bottom; the reservoir also internally includes a cutter. The upper cap can move axially downwards with respect to the neck and the bottle, while it is prevented from moving upwards. The capsule also includes an anchoring between the reservoir and the neck of the capsule when the reservoir is inserted in the neck. The process includes filling the bottle with fizzy water, hermetically closing the bottle with a capsule containing substances to be added to the fizzy water, and introducing the substances into the fizzy water before consuming the drink.

Abstract: The process includes a stage of sterilisation of the flagon, the drop-dispenser and the closure cap making up the container, which is preceded by a stage in which the cap and the drop-dispenser are removably anchored together. In a subsequent stage the flagon and the drop-dispenser-cap group are placed in an aseptic environment, and the flagon is filled before the pre-assembled drop-dispenser-cap group is inserted on the flagon.

Abstract: The reservoir with a cutter for substances to be mixed with liquids at moment of use, in particular for single-dose containers, is of a type comprising a breakable bottom (8a) connected to a reservoir by means of an easy-break line (8b) and superiorly closed by a cutter (9) which on command causes breakage of the easy-break line (8b). The reservoir comprises a barrier element (6), which is easily removable or cuttable or penetrable by action of the cutter (9) and which is impermeable to humidity. The barrier element (6) is connected to the reservoir in a position between an inside of the container and the substance contained in the reservoir, and intercepts any humidity migrating from inside the container to inside the reservoir across the breakable line (8b).

Abstract: The capsule (3) comprises a lower part (4) with a security strip (12) which is screwed on a neck (2) of the flagon (1) to be closed. The capsule also comprises a reservoir (8) inserted sealedly on the neck (2) of the flagon (1), the reservoir (8) being provided with a breakable bottom (8a); the lower part (4) of the capsule (3) being superiorly open in an outwards-facing direction and closed by an upper part (5) which is circumferentially connected to the lower part (4) by means of an easy-break ribbing (13).

Abstract: The tube exhibits a lower part (1a), which is open for introduction of a product and closable after the introduction, and an upper part (1b) which exhibits a passage-hole (2) for exit of the product from the tube. The upper part (1b) comprises an opening (3), which is larger than the passage-hole (2) and arranged in a zone of the upper part (1b) in which the passage-hole (2) is to be made. A reducer element (4) sealingly fits in the opening (3) and exhibits the passage-hole (2).

Abstract: The plastic capsule, especially for large-volume bottles for use in dispensers, includes an openable zone (4) which is accessible from the outside and closed by a cap (3) is externally protected by a disc (5) which is made in a single piece with the capsule. The cap (3) is peripherally connected to the openable zone by easy-break ribs (6) and also by a thin annular skin (6a) which hermetically closes an annular space existing between the upper surface (1a) of the capsule and the disc (5).

Abstract: The tube (1) comprises a bottom part (1a), open for introduction of a product, which is then closable, and a top part (1b) which has a through-hole (2) for passage and exit of the product from the tube. The bottom part (1a) is delimited by a lateral surface which exhibits a smaller thickness than a thickness of a lateral surface of the top part (1b) which delimits a remaining part of the tube (1). The top part (1b) comprises an opening (3), which is larger than the through-hole (2) and is arranged in a zone of the top part (1b) in which the through-hole (2) is to be located, in which opening a reducer (4) is sealingly fitted, and in which reducer (2) the through-hole (2) is afforded.

Abstract: The tube, in particular for containing fluid products such as creams and cosmetic products in general, includes: a trunco-conical body (1a) having a lower part (1b) which is open for introduction of the product, and can be closed after the introduction; and also an upper part (1c) affording a passage for exit of the product from the tube. A cap (3) can be applied on the upper part (1c) of the tube for closing the passage and is connected to the upper part (1c) of the tube by a hinge element (4). The tube, the cap (3) and the hinge element (4) are all made in a single piece obtained by injection moulding.

Abstract: A child-proof capsule with a security strip includes an internal cap which can be removably applied on a neck of a container. An external cap is applied and constrained on the internal cap. The external cap is free to move in an axial direction from a first position in which free rotation is possible between the caps to second position in which the caps are solid in rotation. The security strip is made in a single piece with the internal cap and is of annular shape with a V-section. When the capsule is mounted on the container, a free circumference of the security strip engages with an annular projection fashioned on the container. In a connection zone between the security strip and the peripheral edge of the internal cap there is a plurality of circumferential cuts, not conjoined, which occupy all of the connection zone.

Abstract: The capsule (3) comprises a lower cap (4) with a security strip (12) which inserts removably on a mouth (2) of a bottle. The upper part of the lower cap (4) is open and provided with a neck (4a) which couples with an upper cap (5), also having a security strip (13). A reservoir (8) is comprised within the upper cap (5) and has a breakable bottom (8a); the reservoir (8) also internally comprises a cutter (9). The upper cap (5) can move axially downwards with respect to the neck (4a) and the bottle, while it is prevented from moving upwards. The capsule also includes an anchoring between the reservoir (8) and the neck (4a) of the capsule when the reservoir is inserted in the neck (4a). The process comprises a stage of filling the bottle with fizzy water, a stage of hermetically closing the bottle with a capsule containing substances to be added to the fizzy water, and a stage of introducing the substances into the fizzy water before consuming the drink.

Abstract: The plastic capsule, especially for large-volume bottles for use in dispensers, includes an openable zone (4) which is accessible from the outside and closed by a cap (3) is externally protected by a disc (5) which is made in a single piece with the capsule. The cap (3) is peripherally connected to the openable zone by easy-break ribs (6) and also by a thin annular skin (6a) which hermetically closes an annular space existing between the upper surface (1a) of the capsule and the disc (5).

Abstract: The invention relates to a process for obtaining single-piece capsules made of a plastic material, which comprises: a press-forming phase for obtaining a single-piece capsule (1) provided with a skirt (2) connected to a lower zone (1a) of the capsule; a folding phase of the skirt (2) internalwise of the capsule, obtained by plastic deformation of the connection zone (3) between the skirt (2) and be capsule; a cutting phase of the lower zone of the capsule, obtained by a radially-directed insertion of blades (4a, 4b) which are shaped such as to obtain cuts (5a, 5b) of predetermined shape and size.

Abstract: A package for keeping products separate until use comprises a container (1) provided with an upper mouth (2) inside which a capsule (3) is inserted; the capsule having a bottom (4) which is destined at the moment of use of the package to be broken by a cutting element (11). A cap (13) covers the capsule (3) and the cutting element (11), and is screwed on a sleeve (6) solidly constrained to the capsule (3). When a security strip (16) is removed the cap (13) can be screwed, placing a pressure on the cutting element (11) which causes the capsule (3) to be ruptured and a product contained therein to mix with a product contained in the container.

Abstract: The invention relates to a closure (1) for the security closure of containers. It is usefully applied in the field of diagnosis and especially on containers full of a chemical reagent into which a sample of a substance to be analysed is injected. The closure (1) is provided with a cap (2) having at least one portion (3) made of a material which can be pierced by a syringe needle. The portion (3) is covered by a cover (4). The cap (2) is associated to a first security ring (5) such as to detach from the cap (2) in an axial direction to the container. A second security ring (6) is associated to the cover in such a way as to detach therefrom following a raising of the cover (4) so as to uncover the pierceable portion (3) and permit a needle to be introduced into the container.