A can lid opening tab includes: a pulling-up part provided on one end side in a longitudinal direction; a pressing-down part provided on another end side in the longitudinal direction; a fixing part provided between the pulling-up part and the pressing-down part, and sectioned and formed by a U-shaped slot, and fixed on a can lid body; and the curling part formed continuously on the circumference except for a connecting piece cutting trace provided at the pressing-down part. A step-less unprocessed deflection face with the periphery surrounded without disconnection by the curling part is provided between the fixing part and the pulling-up part, and a display part is provided on at least one face side of the deflection face.

A can lid opening tab includes: a pulling-up part provided on one end side in a longitudinal direction; a pressing-down part provided on another end side in the longitudinal direction; a fixing part provided between the pulling-up part and the pressing-down part, and sectioned and formed by a U-shaped slot, and fixed on a can lid body; and the curling part formed continuously on the circumference except for a connecting piece cutting trace provided at the pressing-down part. A step-less unprocessed deflection face with the periphery surrounded without disconnection by the curling part is provided between the fixing part and the pulling-up part, and a display part is provided on at least one face side of the deflection face.

A packaging system for candles, comprising an enclosure which consists a candle with one or more wicks; a cover to which an opening handle is connected, for opening the enclosure before use; a rigid lighting surface connected to the inner surface of the enclosure's cover, for lighting the candle by friction; matches for lighting the candle by rubbing with the rigid lighting surface; a sticker or slots for affixing the matches to the inner surface of the enclosure's cover, near the lighting surface.

A first score line (430) is provided with a modified groove width portion (435) in which the groove width differs from the groove width of other portions. This modified groove width portion (435) is formed by imparting curvature to a point of a first side surface (430B) and this portion of a second side surface (430C) are respectively distended in an outward direction. To describe further, the modified groove width portion (435) is formed by forming respective recessed portions in the first side surface (430B) and the second side surface (430C). In so doing, rupture of a panel can take place in satisfactory fashion along a score line having a branched portion.

A resealable easy open lid that is composed of a lid and a pull ring riveted on the lid; the rear end of the pull ring is composed of an outer ring body and an inner tongue of the pull ring; the tongue is provided with an arched deformation area along the edge; the arched deformation area is an edge inclined to the inner side of the lid which is formed by die stamping on the tongue of the pull ring; the tongue is provided with a part arching to the outside of the lid; after the pull ring is rotated around the riveting point, the tongue of the pull ring covers the opening zone, and when the middle part of the tongue is pressed, the arched deformation area can be overturned and deformed to make it contact with the edge of the opening area to seal the area.

An aluminum alloy and recycle method are provided in which the recycled used beverage containers form an alloy composition useful with relatively minor compositional adjustments for body stock.

The present disclosure relates to a container lid, comprising a lid surface having an area for an outlet opening that is defined by a circumferential edge, a lifting tab for opening the area, said lifting tab being fastened to a top side of the lid surface by a fastening means, possibly in the form of a rivet. The lid surface has a first locking element protruding from the lid surface or protruding into the lid surface, wherein the lifting tab has a second locking element that interacts with the first locking element such that a rotation of the lifting tab about the fastening means is prevented. The fastening means is configured to interact with element and/or the second locking element such that a rotation of the fastening means is prevented. The disclosure further comprises a container and a method for producing a container lid.

The invention refers to a can lid for an aluminum beverage can. The can lid has a pull tab, a chuck wall defining a plug diameter, a countersink and central panel having a panel radius. On the central panel, a score line defining a tear panel and a rivet for connecting a pull tab to the can lid are arranged. The rivet extends through a rivet island that is arranged between an opening part of the pull tab and a handle part of the pull tab. The lid has lid plug diameter of between 45 to 49 mm, an outside diameter of between 52 to 55 mm and a weight of less than 1.9 grams. The central panel has a thickness of less than 0.19 mm. The score line defines an area of between 300 mm.sup.2 to 350 mm.sup.2 and the score line has a shortest distance from the panel radius of less than 3 mm.

A beverage can end for seaming onto a can body may include a peripheral wall, a center panel (26), a tab (attached to the center panel by a rivet (28), a tear panel (60), a main reference line (Rm), a transverse reference line (R1), and a score (30). The end includes an anti-fracture score (40) proximate a vent score (70). The center panel includes a recess (27), in which the main score, an antifracture score, and (optionally) the anti-tension score (50) are located. The score is configured such that lifting the tab from its horizontal rest position to an intermediate position ruptures the main score portion to pivot the tear panel main portion about the hinge (70) and a second lifting operation or twisting operation of the tab ruptures the main score extension (34).

The invention relates to a closure assembly (1) for a beverage container (2), at least comprising:—a lid element (3) having an opening (4); and—a closure element (5) for repeatably closing the opening (4), the closure element being disposed on the lid element (3); wherein the lid element (3) has an outside (6) and an inside (7), and the opening (4) has an opening edge (8) and an opening plane (9) formed by the opening edge (8); wherein the closure element (5) has at least a base part (10), a tab (11) and a lever element (12); wherein the base part (10) comprises a frame part (13), which is disposed on the opening edge (8) and has a window (14), and a flap (15), which is pivotably connected to the frame part (13) in order to close the window (14) and thus the opening (4); wherein the tab (11) is pivotably connected to the frame part (13) by means of a first axis of rotation (16); and wherein the lever element (12) is connected to the tab (11) by means of a second axis of rotation (17) and to the flap (15) by means of a third axis of rotation (18). The invention also relates to a method for repeatably closing an opening (4) of a beverage container (2) by means of a closure assembly (1).