A container that includes: a body; a first opening at a first end of the body and a second opening at a second end of the body, where the second end of the body additionally includes a plurality of threads on an exterior surface of the body; a lid assembly capable of being affixed to the second opening, where the lid assembly includes a band, a lid, and a sealant; a cover to conceal the lid assembly.

A lid for a beverage container includes a lid cover, a lid base and a twist ring. The twist ring is rotationally secured to the lid base. The lid cover has a first latch member, the lid base has a first mating member, and the twist ring has a second latch member that mates with the first latch member and a second mating member that mates with the first mating member to allow the twist ring to rotate with respect to the lid base to disengage the second latch member from the first latch member.

A screw cap (14, 502) configured to be removably attachable to a bottle (12) includes a base (40) and an annular skirt (42, 508) extending downwardly therefrom. One or more threads (32) extend radially inwardly from an interior surface of the skirt (42, 508). A retention feature (509) extends radially inwardly from the interior surface of the skirt (42, 508). The retention feature (509) is configured to produce at least one of an audible response or a tactile response when the cap (14, 502) is rotated with respect to a bottle (12).

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 bottle and a bottle cap device thereof are provided. In the bottle cap device, the outer-cap outer ring is threadedly connected with the inner-cap outer ring, the outer-cap inner ring penetrates through the inner-cap inner ring, the lower end of the outer-cap inner ring protrudes for a distance from the inner-cap inner ring, and the guide tube is arranged to extend in the outer-cap inner ring. The distance is sufficient to allow the end cap to be connected with the lower end of the outer-cap inner ring in a releasably sealing manner, and when the outer-cap outer ring is turned toward the loosening direction, the distance is sufficiently shortened to allow the end cap abutting with the inner-cap inner ring; while the end cap is connected with the inner-cap inner ring, the guide tube is connected with the end-cap hole, such that a stockage space is formed.

A bottle and a bottle cap device thereof are provided. In the bottle cap device, the outer-cap outer ring is threadedly connected with the inner-cap outer ring, the outer-cap inner ring penetrates through the inner-cap inner ring, the lower end of the outer-cap inner ring protrudes for a distance from the inner-cap inner ring, and the guide tube is arranged to extend in the outer-cap inner ring. The distance is sufficient to allow the end cap to be connected with the lower end of the outer-cap inner ring in a releasably sealing manner, and when the outer-cap outer ring is turned toward the loosening direction, the distance is sufficiently shortened to allow the end cap abutting with the inner-cap inner ring; while the end cap is connected with the inner-cap inner ring, the guide tube is connected with the end-cap hole, such that a stockage space is formed.

A flame mitigation device (FMD) contained within the neck of a container and configured to allow the fuel nozzle to pass through the FMD. The FMD forming a barrier in the neck of the fill port and capable of constricting the fuel nozzle upon passing through the FMD to inhibit external debris from entering the interior of the portable container and to inhibit fuel from flowing back out of the fill port.

A lid assembly includes an internal component assembly having a first end, a second end opposite the first end, and a button disposed at the first end. An external component receives the internal component assembly. The external component is configured for engaging a container. The internal component assembly cooperates with the external component to translate axially upon a first pressure to the button to permit a fluid to enter the external component adjacent the second end of the internal component assembly and to militate against the fluid to enter the external component adjacent the second end of the internal component upon a second pressure to the button.

A box assembly includes a main body and a cap mounted on the main body. The main body is formed with a receiving space and an opening connected to the receiving space. The main body is provided with a plurality of first locking structures located adjacent to the opening. The cap includes a covering plate and a mounting member extending sideward from the covering plate. The mounting member of the cap is inserted into the opening of the main body. The mounting member of the cap is provided with a plurality of second locking structures releasably locked with the first locking structures of the main body.

An easily openable container lid includes a shell and liner. The shell includes a flat circular top wall, a skirt wall having an arcuate part extending arcuately radially outward and downward from the peripheral edge of the top wall in a longitudinal cross sectional view and a linear part extending vertically downward following the arcuate part, and a grip piece extending from the lower end of the skirt wall. The top wall, the skirt wall and at least a base part of the grip piece are integrally formed of a metal sheet, and a pair of scores each composed of first and second portions are formed on the shell. The first portions extend on the skirt wall upward from both sides of the grip piece, and the second portions extend arcuately between the upper end part of the skirt part and the peripheral edge part of the top wall.