An adjustable stand system for a container includes a basket composed of a pliable material, the basket having a body that forms a cavity; an adjustable leg assembly having a plurality of legs; and a leg locking assembly. The leg locking assembly includes a member rigidly attached to the basket; a leg adapter configure to releasably engage with an adjustable leg of the adjustable leg assembly; and a pivot joint configured to pivotally engage the leg adapter to the member. A method includes securing the container to the cavity of the basket; and adjusting the height of the basket via the adjustable leg assembly.

An adjustable stand system for a container includes a basket composed of a pliable material, the basket having a body that forms a cavity; an adjustable leg assembly having a plurality of legs; and a leg locking assembly. The leg locking assembly includes a member rigidly attached to the basket; a leg adapter configure to releasably engage with an adjustable leg of the adjustable leg assembly; and a pivot joint configured to pivotally engage the leg adapter to the member. A method includes securing the container to the cavity of the basket; and adjusting the height of the basket via the adjustable leg assembly.

A portable beverage service device may include a base, defining a central cavity, and a minor lid movably coupled to the base. An organizing divider may be disposed in the base over the central cavity. A plurality of container receptacles may be positioned on the organizing divider and may extend into the central cavity. A chest, which may define an auxiliary cavity that extends into the central cavity, may be disposed in the organizing divider. A major lid, having a lateral restraint, may be coupled to the base and may be movable between a major lid open position and a major lid closed position. The lateral restraint may be moved to a horizontal position when the major lid is in the major lid closed position, and the lateral restraint may be moved to a vertical position when the major lid is in the major lid open position.

Disclosed is an insulated beverage dispenser having a generally cube-shaped insulated body with an interior chamber, an open top, and an outlet adjacent a bottom of the interior chamber. It includes a removable closure member for the outlet and an insulated top hingedly connected to the body to close the open top. A guideway is located on a front outer surface of the body generally adjacent the open top and is sized and positioned to receive a securement strap extended across the body without interference with opening the top. The closure member can be a liquid dispensing valve and/or a plug. An interior surface of the lid may include a recess for receiving a spare closure member for the outlet.

A novel food serving and storage set including cover formed to be similar to and of realistic size, shape and color for the food in which it is covering, an accompanying complimentary receiving unit that has a vertical raised lip around its edge for the cover to fit exactly on top. The receiving unit has a flat peripheral area surrounding a depression in its center on which food may rest directly or indirectly. The food can rest on a separate removable disc which fits on top of the receiving unit in order to separate any elements in the receiving unit's depression (e.g. a cooling or warming element) from the food. Attached to the lower outer and upper inner rims of the cover and receiving unit respectively is a non-slip lining that creates an airtight seal allowing this system to store food for an extended time.

An adjustable stand system for a container includes a basket composed of a pliable material, the basket having a body that forms a cavity; an adjustable leg assembly having a plurality of legs; and a leg locking assembly. The leg locking assembly includes a member rigidly attached to the basket; a leg adapter configure to releasably engage with an adjustable leg of the adjustable leg assembly; and a pivot joint configured to pivotally engage the leg adapter to the member. A method includes securing the container to the cavity of the basket; and adjusting the height of the basket via the adjustable leg assembly.

An adjustable stand system for a container includes a basket composed of a pliable material, the basket having a body that forms a cavity; an adjustable leg assembly having a plurality of legs; and a leg locking assembly. The leg locking assembly includes a member rigidly attached to the basket; a leg adapter configure to releasably engage with an adjustable leg of the adjustable leg assembly; and a pivot joint configured to pivotally engage the leg adapter to the member. A method includes securing the container to the cavity of the basket; and adjusting the height of the basket via the adjustable leg assembly.

An ice-surrounded plate carrier including a bowl-shaped bottom drainage holder, a bowl-shaped middle ice holder, and a pair of upright dividers disposed within the middle ice holder. A plurality of compartments is disposed within the middle ice holder. Each of a plurality of drain holes is disposed through the middle ice holder. A plurality of ice cubes is disposed within the plurality of compartments, and a plate is removably disposed atop the pair of upright dividers. A flattened dome-shaped lid is removably disposed atop the bottom drainage holder.

The quick penetration bottle having high heat transfer rate comprises a tip, base, body, shoulder, neck, mouth and cap. The small frontal surface area of the tip allows a user to apply a minimal amount of force to the bottle to create a large amount of pressure to penetrate a medium, such as ice, and the sloped face of the base directs the medium around the body. The material used is thermally conductive and the shape of the bottle achieves a high rate of heat transfer due to the high surface area to volume ratio. The cap has low thermal conductivity minimizing the rate of heat transfer through the cap. The base and body of the bottle is submerged into a medium with a lower temperature with only the cap exposed to the environment allowing the thermal properties of the bottle to reduce the temperature of the contents within.

A temperature-regulation receptacle system, the system comprising: a receptacle system defining a recess for receiving a stemless drinking vessel, the receptacle system including: an outer receptacle, and an inner receptacle that is removably couplable to the outer receptacle, wherein the receptacle system comprises a top end portion, a bottom end portion, an inner wall portion, and an outer wall portion, the top end portion defining an opening of the recess, wherein at least a portion of the outer wall portion is continuous about the outer receptacle, wherein the inner wall portion extends between the top end portion and the bottom end portion, the inner wall portion having at least one curved surface between the top end portion and the bottom end portion.