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 beverage delivery system including a dispensing column and a tap unit with a spout, wherein the tap unit is releasably connectable to the dispensing column. The dispensing column includes an elongated post and a removable elongated cladding component, the elongated cladding component receiving the elongated pos, wherein connecting the tap unit to the elongated post secures the cladding component to the elongated post and wherein disconnecting and removing the tap unit from the elongated post allows removal of the cladding component from the elongated post.

A cooling device including a water tank case, an evaporator at least a portion of which is accommodated in the water tank case to exchange heat with cooling water stored inside the water tank case, a water tank case insulating portion foam-molded to surround an outer surface of the water tank case, a water tank cover having at least one component disposed thereon and disposed on the upper side of the water tank case, a water tank cover insulating portion foam-molded to form a water tank insulating portion seamlessly integrated with the water tank case insulating portion and surrounding an outer surface of the water tank cover, and a sealing member around the at least one component disposed on the water tank cover to prevent a gap leading to the water tank case from being formed.

A water dispenser is provided. The water dispenser may include a main body, a rotator installed to be rotatable in a horizontal direction in the main body and including a water discharger, a rotation guide rail having a predetermined curvature within the main body, and a rotation guide protrusion provided in the rotator and slidably coupled to the rotation guide rail to guide rotation of the rotator.

A water dispenser is provided. The water dispenser may include a water tank to store water, a cooling module provided in the water tank to circulate cooling water to cool the water to make cold water, a drain valve that connects to the water tank and protrudes from the water tank to discharge the cooling water in the water tank, and a foam insulator that covers an outer circumferential surface of the water tank and contacts the drain valve to prevent the drain valve from being exposed to air.

A liquid-dispensing device includes: a table, including a body and a plate, the body including three casks containing a liquid, each cask including a shell in which a pouch, made of a flexible material and containing the liquid, is positioned; three draft circuits, extending from each cask to three dispensing taps; a system for cooling the draft circuit; three pressurized draft systems for drawing the liquid from each cask, the draft system including a solenoid valve in each draft circuit, between the cask and the tap; a system for managing the device, the managing system being provided to control dispensing by opening or closing the solenoid valve; and wheels enabling movement of the device. The plate includes: three liquid-dispensing taps; and a unit for interacting with the management system, which is suitable for interfacing with the liquid-dispensing control. The managing system is connected to a database via a connector.

A beverage dispenser includes a cold plate with a plurality of fluid lines running through it. A cover includes a carbonator housing and a hopper cradle, with a cover aperture extending through the hopper cradle. The cover and cold plate together define a cooling chamber. An ice hopper, which has a hopper aperture, is connected to the cover at the hopper cradle, aligning the hopper aperture with the cover aperture so that cubed ice in the ice hopper can fall through the hopper aperture onto the cold plate. A carbonator is received through the cover into the carbonator housing.

A jockey box system used with a cooler having a thermal spacer with a front wall and two tapered side walls. The said thermal spacer is positioned on an upper edge of a body of the cooler and the thermal spacer has one or more inlets and one or more outlets formed on the front wall and a cooling system mounted below the thermal spacer for cooling contents of the cooler. The jockey box system is configured to be installed and removed from the cooler without modifying the cooler.

A beverage dispenser includes a plurality of dispensing heads. A cold plates includes a plurality of fluid lines running therethrough. An ice bin is in thermal contact with the cold plate. A carbonator extends vertically from the cold plate with a lower end of the carbonator in thermal contact with the cold plate. A plurality of fluid lines extend from the cold plate to the plurality of dispensing heads.

Disclosed is a beverage dispense system comprising a beverage flow path along which beverage flows in use from a beverage supply to a dispense site and a coolant flow path along which coolant flows from a cooler. The system further comprises a connector at an upstream end of the beverage flow path configured for releasable connection to the beverage supply. The connector comprises a beverage passage along which a portion of the beverage flow path extends and a coolant passage along which a portion of the coolant flow path extends. The system further comprises a sensor comprising two spaced probes arranged so as to be in contact with beverage flowing through the beverage passage in use to measure a parameter of the beverage, and a flexible tube-in-tube conduit extending from the connector. The conduit comprises an inner beverage tube extending within an outer coolant tube. The beverage tube is connected to the beverage passage so as to define a portion of the beverage flow path and the coolant tube is connected to the coolant passage so as to define a portion of the coolant flow path.