An insulated cup holder includes outer and inner walls separated by an empty volume, and a gap between a cup and the inner walls. A silicone ring at the top of the inner wall seals and holds the cup, and the inner walls are tapered to contact a base of the cup to seat the cup in the cup holder above an inner shell base, and the only contact between the inner shell and the cup walls is at the cup base.

A cup having a bottom and a sidewall attached to the bottom, wherein the sidewall preferably comprises a rolled rim at its upper edge opposite to the bottom, wherein the sidewall comprises a single layer or a plurality of layers, wherein at least one of the layers is produced from a paper or carton material, wherein at least one shaping is shaped into at least one of the layers of the sidewall, wherein the shaping is at least partially ring-shaped, wherein the shaping extends at least partially over the perimeter of the sidewall, wherein the shaping is inwardly or outwardly directed, wherein the shaping is compressed in height such that an edge of the shaping touches an opposite segment of the shaping and/or that both edges of the shaping touch each other and are joined together.

An insulated sleeve is provided to be coupled to an outer surface of a cup. The sleeve is formed from an insulative cellular non-aromatic polymeric material having an area of plastic deformation. There are no fractures in the insulative cellular non-aromatic polymeric material so that a predetermined insulative characteristic is maintained in the material.

The present disclosure includes a container lid and a container. A container lid for sleeving on a drink bottle, comprising an annulus-shaped lid body and a flexible snap ring, and the lid body includes a pilot hole, which penetrates through the lid body; the flexible snap ring comprises an assembly portion and a clamping portion, wherein the assembly portion encircles around an outer surface of the lid body, and a part of the assembly portion is extended along a radial direction of the lid body to define the clamping portion, and the clamping portion is capable of penetrating through the pilot hole from the outer surface of the lid body, and abutting against an outer surface of the drink bottle.

A beverage container housing comprising a cylindrical holder having a base wall and an upwardly extending sidewall defining an interior of the housing. The holder has an open top end and its sidewall comprises an upper portion and a lower portion. The housing comprises a cylindrical gasket which circumvents the upper portion of the holder. The gasket comprises an open base end, an open top end, and a sidewall extending between the base end and the top end. An inwardly extending ledge is disposed on an interior surface of the gasket sidewall, adjacent the top end of the gasket. At least one channel is defined in the interior surface of the gasket sidewall, wherein the at least one channel extends from the ledge toward the base end of the gasket and terminates in an opening at the base end of the gasket.

An insulated cup holder includes an outer shell, an inner shell connected to and spaced from the outer shell, and a spacer. The outer shell includes an outer shell sidewall, an inside surface of which defines an interior space of the outer shell. The inner shell includes an inner shell sidewall, an upper peripheral edge of which defines an open receiving end. An inside surface of the inner shell sidewall defines an open interior space. An area defined by the upper peripheral edge of the inner shell sidewall is larger than that defined by a lower peripheral edge of the inner shell sidewall, such that the inner shell sidewall tapers from the upper peripheral edge to the lower peripheral edge. The inner shell is arranged within the interior space of the outer shell. The spacer is configured to be arranged in contact with and extending inward from the inner shell.

A multi-purpose insulating beverage container includes an outer container with an open upper end, a removable inner container configured for insertion into the outer container via the open upper end, and a cover adapted to engage the outer container and retain the inner container within the outer container. The inner container includes a plurality of annular side ledges with decreasing diameters sized to support beverage bottles or cans of different sizes.

Disclosed is a double-wall cooling apparatus for use with a beverage container to keep the beverage or cold drinks cold for hours. The double-wall cooling apparatus includes a bottom section, a top section, and a twist-lock. The bottom section haying a cylindrical shape to conform to the shape of the beverage container. The bottom section comprises a closed bottom portion and an open-top portion. The top section being inwardly contracted at the top to form an opening. The twist-lock secures be top section and the bottom section. The bottom section and the top seem are detachably connected therewith.

A storage container for canned drinks includes a vessel body having a top opening and multiple bosses formed on an inner periphery of the vessel body; and a clamping mechanism releasably connected to the vessel body and having a collar, a skirt integrally extending outward from a side of the collar to fit into a space inside the vessel body from the top opening, two openings communicating with the top opening and with one another, multiple support bars formed on an inner periphery of the vessel body for clamping a neck of the canned drink and multiple locking bars firmly formed on an outer periphery of the skirt to correspond to and releasably connect to the bosses of the vessel body to secure engagement between the clamping mechanism and the vessel body.

A thermal insulation device for a beverage can or bottle, including a plastic-coated lid and a stainless-steel vacuum cup body. The stainless-steel vacuum cup body is provided with a cavity to accommodate the beverage can or bottle. The plastic-coated lid includes a hard plastic cover and a plastic rubber sleeve, where the plastic rubber sleeve is formed at a mouth part of the hard plastic cover through overmolding. The plastic rubber sleeve is provided with a central limiting hole matched with the beverage can or bottle, and a circumference of the limiting hole is provided with a flexible rubber pressing ring extending outward to compress the beverage can or bottle. An outer wall of the hard plastic cover is provided with a clamping groove which is provided with a silicone sealing sleeve in sealing fit with an inner wall of the stainless-steel vacuum cup body.