An electromagnetic induction continuous-flow water heater, in particular an automatic beverage vending machine is provided. The heater includes: a tubular body having a longitudinal axis and at least one inlet, configured to receive water to be heated and to feed it, in use, into the tubular body, and an outlet, through which the heated water flows out of the tubular body; and an electrical winding wound around the tubular body and electrically powerable to generate an electromagnetic induction field. The tubular body is made of an electrically conductive material heated by electromagnetic induction. The heater further includes an insert housed inside the tubular body and extending along the longitudinal axis with the tubular body and the insert delimit at least between an external surface of the insert and an internal surface of the tubular body, a helical flow channel for the water, which extends helically around the longitudinal axis.

A beverage-making machine includes: a housing; a fluid reservoir mounted to the housing; a pump fluidly connected with the water reservoir; a heating unit; and a brew station having an outlet; wherein the fluid reservoir, the pump, the heating unit and the brew station define a fluid path. The beverage-making machine further comprises a controller configured to: (a) detect performance of a pre-brewing action, and in response initiate preheating of the heating unit; then (b) detect performance of a brew activation action, and in response activate the pump to convey fluid from the fluid reservoir along the fluid path to the outlet of the brew station to prepare a brewed beverage.

An automatic tea brewing device, including a tea brewing container, an electrically controlled valve provided on the tea brewing container, a water boiling assembly, a water inlet pipe, a water injection control device provided on the water inlet pipe, and an electric control assembly; the water boiling assembly includes a heating cavity and a first electric heating element; a water inlet of the heating cavity is connected to the water inlet pipe, and a water outlet of the heating cavity is in fluid communication with the tea brewing container; the electric control assembly includes a temperature measurement device, and a controller; the temperature measurement device, the water injection control device, the first electric heating element and the electrically controlled valve are all electrically connected to the controller.

A beverage dispense system for a countertop having a water inlet including a solenoid valve and a beverage concentrate inlet to which a bag-in-box containing a supply of liquid coffee concentrate is attached. A beverage dispense font is mounted on the countertop. A water conduit connects the water inlet with the dispense font. A separate liquid beverage concentrate conduit connects the beverage concentrate inlet with the beverage dispense font. An electric syrup pump pumps liquid coffee concentrate from the bag-in-box to the end of the dispense font. A control unit controls the separate delivery of water from the mains water inlet and/or liquid coffee concentrate to the end of the beverage dispense font. Where water and liquid coffee concentrate are delivered, they will mix in the beverage receptacle.

A beverage dispense system for a countertop having a water inlet including a solenoid valve and a beverage concentrate inlet to which a bag-in-box containing a supply of liquid coffee concentrate is attached. A beverage dispense font is mounted on the countertop. A water conduit connects the water inlet with the dispense font. A separate liquid beverage concentrate conduit connects the beverage concentrate inlet with the beverage dispense font. An electric syrup pump pumps liquid coffee concentrate from the bag-in-box to the end of the dispense font. A control unit controls the separate delivery of water from the mains water inlet and/or liquid coffee concentrate to the end of the beverage dispense font. Where water and liquid coffee concentrate are delivered, they will mix in the beverage receptacle.

A brewing module for preparing a brewed drink from a portion capsule includes a first brewing module part and a second brewing module part which is movable relative to this between a first brewing module part position and a second brewing module part position. An operating element is further present, the operating element being able to be brought manually from a first into a second operating element position. The brewing module has an energy store which is configured, by way of moving the operating element from the first into the second position, to intermediately store energy which is coupled into the brewing module and, activated by a release, to convert it again into a movement from the first brewing module part position into the second brewing module part position.

A brewing module for preparing a brewed drink from a portion capsule includes a first brewing module part and a second brewing module part which is movable relative to this between a first brewing module part position and a second brewing module part position. An operating element is further present, the operating element being able to be brought manually from a first into a second operating element position. The brewing module has an energy store which is configured, by way of moving the operating element from the first into the second position, to intermediately store energy which is coupled into the brewing module and, activated by a release, to convert it again into a movement from the first brewing module part position into the second brewing module part position.

A coffee-based beverage preparation system is disclosed that receives a brewed coffee frozen ice block and, in certain embodiments, prepares a brewed coffee beverage at a desired temperature without the requirement to add water from a water reservoir. In one embodiment, the coffee-based beverage preparation system includes a preparation chamber for receiving a degassed frozen brewed coffee beverage and a plurality of heating elements configured to apply heat to the preparation chamber to melt the degassed frozen brewed coffee beverage. The coffee-based beverage preparation system also includes an outlet port comprising in fluidic communication with the preparation chamber and an electronically controlled valve secured to the outlet port that is configured release the fluid content of the preparation chamber into a receiving vessel, such as when the fluid reaches a predetermined temperature.

A single brew system includes a kettle base and a platform is attached to the kettle base. The platform is adapted to receive and retain a kettle. A mug base is spaced from the kettle base and a mug platform is attached to the mug base. The mug platform is adapted to receive a mug.

A single brew system includes a kettle base and a platform is attached to the kettle base. The platform is adapted to receive and retain a kettle. A mug base is spaced from the kettle base and a mug platform is attached to the mug base. The mug platform is adapted to receive a mug.