The invention relates to a closure device (1) comprising a pour spout (100) and a cap (200), the cap comprising a lid portion (300), a hinge portion (500) and a retainment portion (500), the hinge portion permanently linking the lid portion to the retainment portion and the retainment portion being permanently retained around the pour spout, the lid portion being re-sealably arranged on the pour spout allowing the closure device to be brought between an open position and a closed position. The pour spout comprises an annular longitudinal neck portion (102) extending along an axial direction (z) from a first axial (104) end to a second axial end (106) in a dispensing opening (118). The neck portion further comprises a plurality of external threads (108), occupying, in the axial direction (z) a region (109) located between a first plane (P.sub.1) and a second plane (P.sub.2), wherein the second plane (P.sub.2) is arranged between the first plane (P.sub.1) and the second axial end. The hinge portion is having a pivot axis (A.sub.P) about which the lid portion is pivotally movable. The pivot axis A.sub.P is located between the first plane (P.sub.1) and the second axial end (106) of the neck portion. The invention also relates to an assembly comprising a paper or paperboard-based package (50) and such a closure device (1).

The invention relates to a closure device (1) comprising a pour spout (100) and a cap (200), the cap comprising a lid portion (300), a hinge portion (500) and a retainment portion (500), the hinge portion permanently linking the lid portion to the retainment portion and the retainment portion being permanently retained around the pour spout, the lid portion being re-sealably arranged on the pour spout allowing the closure device to be brought between an open position and a closed position. The pour spout comprises an annular longitudinal neck portion (102) extending along an axial direction (z) from a first axial (104) end to a second axial end (106) in a dispensing opening (118). The neck portion further comprises a plurality of external threads (108), occupying, in the axial direction (z) a region (109) located between a first plane (P.sub.1) and a second plane (P.sub.2), wherein the second plane (P.sub.2) is arranged between the first plane (P.sub.1) and the second axial end. The hinge portion is having a pivot axis (A.sub.P) about which the lid portion is pivotally movable. The pivot axis A.sub.P is located between the first plane (P.sub.1) and the second axial end (106) of the neck portion. The invention also relates to an assembly comprising a paper or paperboard-based package (50) and such a closure device (1).

A plastic container closure has a screw cap with a cylindrical casing having an internal screw thread and a lid disc adjoining the casing, a security ring connected by first break-off webs to a free edge of the casing and a holding ring in the region of the container neck. The security ring has slots distributed over its circumference and each have a top edge and a bottom edge, wherein the top edge is formed by a section of the security ring that extends in the shape of a circular arc. The bottom edge is formed by a wall section that is inclined inwards in a radial direction. The bottom edge of each slot engages in a form-fitting manner with the holding ring.

A container closure for a pour opening of a container has a first holding strip with a first and a The first end is connected to a free edge of the screw cap and a second end is connected to a security ring. A second holding strip has a third end connected to the free edge of the screw cap and a fourth end connected to the security ring. The first, second, third and fourth ends are arranged one after the other in the-acircumferential direction on the free edge and on the security ring. A first tongue has a first end and a second tongue has a second tongue end and adjoining the first tongue and is arranged between the second and the third ends. The second tongue is part of the security ring and, in an open position, the first tongue end comes into contact with the second tongue end.

A container closure for a pour opening of a container has a first holding strip with a first and a The first end is connected to a free edge of the screw cap and a second end is connected to a security ring. A second holding strip has a third end connected to the free edge of the screw cap and a fourth end connected to the security ring. The first, second, third and fourth ends are arranged one after the other in the-acircumferential direction on the free edge and on the security ring. A first tongue has a first end and a second tongue has a second tongue end and adjoining the first tongue and is arranged between the second and the third ends. The second tongue is part of the security ring and, in an open position, the first tongue end comes into contact with the second tongue end.

Screw capping devices are configured to remain tethered to a container after opening of the container. The screw capping devices include a cylindrical wall having a section having an end closed by a bottom and a section having an open end, the section being connected to the section by a circumferential junction having a non-breakable connection and a breakable connection, the section further having a breakable connection extending parallel to the circumferential junction, the breakable connection and the breakable connection being configured to be broken during a first unscrewing of the section. The breaking of the breakable connections creates two arms retaining the section to the container.

Screw capping devices are configured to remain tethered to a container after opening of the container. The screw capping devices include a cylindrical wall having a section having an end closed by a bottom and a section having an open end, the section being connected to the section by a circumferential junction having a non-breakable connection and a breakable connection, the section further having a breakable connection extending parallel to the circumferential junction, the breakable connection and the breakable connection being configured to be broken during a first unscrewing of the section. The breaking of the breakable connections creates two arms retaining the section to the container.

A cup sleeve is capable of engagement with a cup lid when being sleeved around a cup. The cup lid has a sleeve engaging member. The cup sleeve includes a sleeve body formed with a receiving space for receiving the cup, and including a bottom portion, a top portion that is opposite to the bottom portion, a surrounding wall that extends from the bottom portion to the top portion, and a lid engaging unit that is formed on the surrounding wall that is proximal to the top portion for interlocking with the sleeve engaging member of the cup lid. A cup assembly is also provided.

A cup sleeve is capable of engagement with a cup lid when being sleeved around a cup. The cup lid has a sleeve engaging member. The cup sleeve includes a sleeve body formed with a receiving space for receiving the cup, and including a bottom portion, a top portion that is opposite to the bottom portion, a surrounding wall that extends from the bottom portion to the top portion, and a lid engaging unit that is formed on the surrounding wall that is proximal to the top portion for interlocking with the sleeve engaging member of the cup lid. A cup assembly is also provided.

Represented and described is a resealable pouring element for cardboard/plastic composite packages, in particular beverage packages, with a base element with a circumferential fastening flange as well as an external thread, with opening means arranged at least in the unopened state of the pouring element in the interior of the base element and with a screw cap with internal thread. The opening means are designed such that when the composite package is initially opened by unscrewing the screw cap by breaking the composite material of the package or a barrier layer located in the base element, a pour opening is created inside the pouring element. In order to ensure a fastening of the screw cap to the pouring element in such a resealable pouring element, even in the unscrewed stale, it is provided that an anchor ring is arranged below the screw cap, is connected thereto in a rotationally-fixed manner and is connected to the base element so as to be radially freely rotatable around the base element and in a tension-resistant manner in the axial direction and in that, to securely fasten the screw cap to the base element, even in the unscrewed state, the anchor ring is connected to the screw cap a hinged manner via a hinge element, whose pivot axis is aligned tangentially to the outer circumference of the screw cap.