The disclosure concerns a system including a modular dispensing system, at least one dispensing head at a counter, a transfer unit located remotely from the counter, and piping extending from the transfer unit to the counter. In one aspect, the transfer unit comprises a centralized flavor ingredient system having a plurality of beverage flavor ingredient sources, and the piping comprises a main micro bundle.

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.

Disclosed are exemplary embodiments of apparatus, systems and methods relating to transfer of fluids to/from containers and/or storage/transport of fluids in containers. In an exemplary embodiment, an apparatus comprises a container including a fitment having an opening. The apparatus may include a valve within the fitment. The valve may be configured to inhibit fluid flow out of the container. The apparatus may also include a transfer tube configured to be positioned through the opening of the fitment. The transfer tube may engage and open the valve to thereby provide an open passage to/from the container.

Adapters are provided for use with a beverage dispenser. The adapter can include an adapter base, first and second fluid ports disposed on the base, and at least one anchor to secure the adapter base to a beverage dispenser. The first fluid port can receive a first fluid from a first direction therethrough, and the second fluid port can receive a second fluid from a second direction therethrough.

Adapters are provided for use with a beverage dispenser. The adapter can include an adapter base, first and second fluid ports disposed on the base, and at least one anchor to secure the adapter base to a beverage dispenser. The first fluid port can receive a first fluid from a first direction therethrough, and the second fluid port can receive a second fluid from a second direction therethrough.

A high diluent to concentrate volumetric ratio post-mix drink dispenser includes a mixer and a nozzle housing. The mixer defines a mixing pathway adapted to receive a diluent flow from a diluent source and a concentrate pathway adapted to receive a concentrate flow from a concentrate source. The concentrate pathway communicates with the mixing pathway to deliver concentrate therein. The mixing pathway manipulates the diluent flow therein to decrease the pressure thereof, thereby creating a low pressure region at the concentrate pathway that promotes introduction of the concentrate into the diluent for mixing therewith. The nozzle housing couples with the mixer such that the nozzle housing receives mixed diluent and concentrate from the mixing pathway and delivers the mixed diluent and concentrate therefrom.

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.

Adapters are provided for use with a beverage dispenser. The adapter can include an adapter base, first and second fluid ports disposed on the base, and at least one anchor to secure the adapter base to a beverage dispenser. The first fluid port can receive a first fluid from a first direction therethrough, and the second fluid port can receive a second fluid from a second direction therethrough.

A drinking water supply device may include a first channel configured to channel water, the first channel provided with a first valve, a flow rate sensor configured to sense a flow rate of the water, a water discharge channel connected to the rear end of the first channel, a connection pipe connecting the first channel and the water discharge channel, a second channel configured to supply minerals to the connection pipe, the second channel provided with a pressure sensor and a second valve, a mineral container configured to connect to the connection pipe via the second channel and configured to store condensed minerals, a pump configured to pressurize an interior of the mineral container to allow discharge of the condensed minerals from the mineral container, and a controller configured to control the flow rate sensor, the pressure sensor, and the first valve.

A draft beer machine comprising a cabinet and a refrigeration circuit inside the cabinet, including a compressor, a condenser, and refrigeration tubes. Beer pipes are also arranged inside the cabinet and a beer tap is fixed to the outside of the cabinet. The outer end of the beer pipes is connected to the beer tap. The refrigeration tube and the beer pipe are wound into a quick cooler of a round or an elliptic cylindrical shape, in a helical manner. The quick cooler comprises at least one mixing layer, which is formed by winding the refrigeration tube and the beer pipe into a round or elliptic cylinder, in an abreast and helical manner. In the same mixing layer, the adjacent beer pipe and refrigeration tube adhere to each other. The adjacent two mixing layers directly adhere or a thermal conductive medium is filled in between the two layers.