A hot beverage cup sleeve (sleeve) is disclosed. The sleeve includes a first section and second section each positioned adjacent to a middle section. The first section is positioned adjacent to the middle section opposite the second section. The first section is positioned on top of the middle section. The second section is positioned under the middle section, which includes a plurality of spaces and a plurality of ridges. The plurality of spaces and the plurality of ridges is positioned vertically in an alternating arrangement. The first section includes a first edge. The second section includes a second edge. The first edge forms a first opening. The second edge forms a second opening. The first opening is greater in diameter compared to the second opening. The sleeve is configured to receive a hot beverage cup.

A container is formed to include and interior region that is configured to receive a product therein and the container is insulated.

The invention provides an adjustable insulator for use with a can or bottle of drink, including a substantially planar body having a first end and a second end. The adjustable insulator includes adjustment means associated with the substantially planar body, including a first adjustment means part, associated with the first end of the substantially planar body, and a second adjustment means part, associated with the second end of the substantially planar body. The first and second parts together can adjustably connect so the first adjustment means part and second adjustment means part reciprocally connect in an adjustable manner for use about the can or bottle. The invention also relates to variants thereon and a method of use.

A beverage receptacle configured to receive a beverage container, comprising a tubular body having a tubular portion and a base, a cavity within the tubular body adapted to receive the beverage container, a rubber sleeve at least partially surrounding the tubular portion of the tubular body, a bearing means adapted to bear on the beverage container, and wherein the beverage receptacle is formed of an insulating material.

A magnetic object holder is a device for releasably attaching an object to a ferromagnetic surface. The device can include an insulated flexible sleeve defining an interior space in which the object is removably receivable. The sleeve grips the object in an interference fit when the object is received in the interior space. One or more magnets secured to a portion of the sleeve enables the sleeve to be releasably attached to the ferromagnetic surface while the object is received in the interior sp ace.

A sleeve type smart device comprises: a cylindrical flexible display panel which displays seamless continuous images on an outer surface thereof, and has a sleeve-shaped form of which the inside is empty; a sensing unit located at an inner surface of the flexible display panel so as to recognize an entity located inside the flexible display panel; a mode selection unit for automatically selecting an operation mode corresponding to the recognized entity; and a control unit for controlling so as to operate in the operation mode selected by the mode selection unit. Accordingly, the implementation of the seamless images is possible and one device could be used in various ways according to an installation state.

A system for insulating a beverage container may include an insulating layer with an outermost side covered in whole or in part with the loop component of a hook and loop fastening system, wherein the loop component may removably receive one or more emblems, patches, pockets, and the like.

A beverage container sleeve has a construction that simulates the appearance of a folded pocket square design when the sleeve is placed in a traditional suit pocket, or a pocket of any other garment. The sleeve has a cover that is collapsible to a generally flat configuration. The cover has an outer surface, an inner surface, and an open end for receiving a beverage container. The open end has an edge that is formed to define a profile of a folded pocket square. The sleeve has indicia imprinted onto the outer surface of the cover to simulate a folded pocket square when the sleeve is slid into a pocket.

A beverage-retaining insert is used to retain and orient a smaller beverage container, including but not limited to a soda can or beer bottle, within a larger beverage container, including but not limited to a tumbler, thermos, or travel mug. The larger beverage container is herein referred to as the tumbler. The apparatus is also configured to prevent damage and unwanted shifting or movement of the bottle or can relative to the tumbler. The apparatus includes a retaining lip, a tubular brace, a tubular cushion, and a sealing mechanism. The retaining lip positions the apparatus atop a tumbler. The tubular brace enables arrangement of the apparatus within a tumbler. The tubular cushion provides support for a beverage container. The sealing mechanism retains the position of the present invention against the inside of a tumbler. Thus, the apparatus efficiently and effectively retrofits a tumbler to enable support of a beverage container.

The invention relates to a sleeve with a window for use with an item. The sleeve includes a substantially planar body, a first surface and a second surface, first part and second part, and a window formed in the first part. A print area is defined on the first surface of the second part, where a graphic can be added and the window substantially overlays the graphic in the assembled article. The invention also relates to a protective sleeve with a substantially planar body, an inner surface and an outer surface, a first junction area of substantially planar body and a second junction area of the substantially planar body. The first and second junction areas enable co-operating attachment therebetween, such that the substantially planar body is maintained as a sleeve. The invention also relates to a method of construction of a sleeve.