A container sealing machine comprising: a rotary turret having a plurality of sealing heads arranged to rotate about an axis of the rotary turret, each sealing head comprising: an inductive heater arranged to inductively heat a foil closure of a container, and a sealing surface arranged to exert pressure on the closure, and a plurality of gripper assemblies arranged to rotate about the axis of the rotary turret, each gripper assembly being arranged for engaging a neck of a container; a bottle and a closure for use in such a machine; and a machine and method for manufacturing such a closure.

A reusable single-piece tamper-evident cover for protecting a drinking area of a beverage can before and after removal of the cover from the can. The cover includes: a cover top, a clasp ring positioned below and contiguous with the cover top, and a skirt being positioned below and contiguous with the ring. The ring includes at least one tamper-evident seal that includes two tear lines. The tear lines do not extend to the inner cover surface. Tearing along the tear lines results in tampering the seal, and does not tear the inner cover surface. An entirety of the inner cover surface is able to be continuous when the skirt extends along an entirety of the ring, as well as after removal of the cover from the can.

A reusable single-piece tamper-evident cover for protecting a drinking area of a beverage can before and after removal of the cover from the can. The cover includes: a cover top, a clasp ring positioned below and contiguous with the cover top, and a skirt being positioned below and contiguous with the ring. The ring includes at least one tamper-evident seal that includes two tear lines. The tear lines do not extend to the inner cover surface. Tearing along the tear lines results in tampering the seal, and does not tear the inner cover surface. An entirety of the inner cover surface is able to be continuous when the skirt extends along an entirety of the ring, as well as after removal of the cover from the can.

Sealing caps and method for manufacturing such sealing caps are presented wherein the sealing cap has a body (1) with a U-shaped profile with a base (9) and a perimeter wall (7) wherein the outside of the body is coated with a layer of an elastic material (5) and wherein the base is provided with a continuous convex ridge (12) adjacent the perimeter wall.

Sealing caps and method for manufacturing such sealing caps are presented wherein the sealing cap has a body (1) with a U-shaped profile with a base (9) and a perimeter wall (7) wherein the outside of the body is coated with a layer of an elastic material (5) and wherein the base is provided with a continuous convex ridge (12) adjacent the perimeter wall.

A glass container includes a sidewall circumscribing a central longitudinal axis, and including a neck finish, which includes a wall having a radially inner surface and a radially outer surface and a rim extending from the wall. The rim has a sealing lip, an outward lip, and a retention lip extending between the outward lip and the radially outer surface of the wall. A ratio of a radial thickness of the rim at a major outer diameter of the outward lip of the rim to a radial thickness of the neck finish wall below the rim and between the radially inner and outer surfaces is between 1.9:1 and 2.2:1. A package includes the glass container and a ring pull cap closure coupled to the rim.

A glass container includes a sidewall circumscribing a central longitudinal axis, and including a neck finish, which includes a wall having a radially inner surface and a radially outer surface and a rim extending from the wall. The rim has a sealing lip, an outward lip, and a retention lip extending between the outward lip and the radially outer surface of the wall. A ratio of a radial thickness of the rim at a major outer diameter of the outward lip of the rim to a radial thickness of the neck finish wall below the rim and between the radially inner and outer surfaces is between 1.9:1 and 2.2:1. A package includes the glass container and a ring pull cap closure coupled to the rim.

A crown cap game device characterized in that a measurement device 4, consisting of electronic board 4a, the battery 4b covered by the casing 4c, clings to the wall 6, is installed inside below the teeth 3. All electronic elements on measurement device 4 like sensors, button, led diode are located on electronic board 4a and covered by the casing 4c. The battery 4b provides power to the electronic board 4a and casing 4c covers electronic board 4a to protect electronic board 4a against the influence of external factors. Casing 4c as well as crown bottle cap 2 may be in the any other form of small item enabling to perform fast tricks in the air and on the surface like coin shape.

The present invention is directed to a smart metal, glass, paper-based, wood-based, or plastic packaging comprising at least one sensor or communication device, characterized in that a structural component of the packaging forms a component of the at least one sensor or communication device. In addition, the present invention is directed to a method for manufacturing a smart packaging is provided comprising the steps of manufacturing a packaging and constituting at least one sensor or communication device on or in the packaging, wherein a structural component of the packaging is taken for constituting a component of the at least one sensor or communication device.

The present invention relates to a dispensing closure for a fluid container with a spout for dispensing a fluid, said dispensing closure comprising a peripheral wall, a transverse wall and a toggle member, wherein said peripheral wall and said transverse wall are made of an elastic material. The dispensing closure also comprises a valve element.