A beverage brewing device includes a water tank, a base, a filter, a plug assembly, and an actuator mechanism. The base supports the water tank above a support surface. The plug assembly connects with the water tank and is operable between an open operating position in which water can flow from the water tank through the plug assembly and a closed operating position in which water is precluded from flowing through the plug assembly. The actuator mechanism is movable between a first operating position and a second operating position. The actuator mechanism is cooperates with the plug assembly such that when in the first operating position the plug assembly is in the closed operating position and when in the second operating position the plug assembly is in the open operating position. The actuator mechanism includes an operator actuated surface that is accessible from an exterior of the base.

A dosing pump for dosing metered amounts of liquid product, includes an inlet adapted to be fluidly connected to a storage container, an output adapted to be connected to a beverage dispensing machine for receiving metered amounts of liquid product, and a dosing chamber arranged for transferring a liquid from the inlet to the output. The dosing chamber is at least partly filled with a liquid different from the liquid product. The different liquid can be a cleaning fluid, or be food compliant. The dosing pump can be included in an exchangeable supply pack filled with the liquid product for connecting to a beverage dispensing machine, and the output can be adapted to be brought into fluid connection with a beverage dispensing machine. When associated with a beverage dispensing machine, the dosing pump can be operated to allow the different fluid to be pumped through the beverage dispensing machine prior to a first dosing cycle of liquid product.

A kitchen appliance includes a first reservoir for receiving a liquid to be used for preparing a beverage and a hot water generator (‘HWG’) which has an inlet end, an outlet end and a passageway therebetween. The inlet end of the HWG is connected to the first reservoir. Liquid from the first reservoir flows into the HWG through the inlet end. A second reservoir is connected to the outlet end of the HWG. The second reservoir includes a discharge port. A fluid path connects the first and second reservoirs and bypasses the HWG. The kitchen appliance is operable for both pressurized brew/heat cycles and un-pressurized brew/heat cycles.

A connecting device is arranged for connecting a beverage machine (2) with an external liquid delivery system (3) to supply such liquid to the machine (2). The connecting device (1) has: a device body (16); an inlet (10) for a fluid connection to the external system (3); an outlet (13) for delivering liquid from the external system (3) via the inlet (10) to the machine (2); a valve arrangement (12a, 12b) switchable between an open configuration for establishing a fluidic connection between the inlet (10) and the outlet (13) and a closed configuration for interrupting the fluidic connection; and a control unit (14) for switching the valve arrangement (12a, 12b) between its open configuration and its closed configuration. The device body (16) has an assembly arrangement (16c; 16b, 16d, 16e, 16f) for reversibly or irreversibly assembling the device body (16) to the machine (2).

A device (1; 1′) is shown and described for metering and/or preparing a medium to be prepared, in particular baby food, in particular baby milk formula or semi-solid baby food, coffee and/or tea, the device comprising a housing (3) with a first receiving region (5; 5′) and a second receiving region (7; 7′), wherein the first receiving region (5; 5′) is configured for receiving a first container (9; 9′) for a first component of the medium to be prepared, and wherein the second receiving region (7; 7′) is configured for receiving a second container (11) for a fluid, a temperature control device for controlling the temperature of the fluid, a metering device (29; 29′) for metering the first component, wherein the first receiving region (5; 5′) has a metering device receiving region (27; 27′) for receiving the metering device (29; 29′), and wherein an actuating and/or drive device (39) for the metering device (29; 29′) is arranged in the metering device receiving region (27; 27′).

An automatic machine to deliver a beverage containing caffeine includes a water container, a possible pump, a filtering element to contain, during use, a powdered mixture, a main pipe that connects the container to the filtering element, and a heating element, associated with the container and/or with the main pipe, able to be selectively activated to heat the stream of water delivered from the container toward the filtering element in order to infuse the powdered mixture.

An iced coffee system hereof provides a simple and convenient system to brew iced coffee. The system includes an iced coffee brewing machine and a multipurpose tumbler. The tumbler may act not only as a drinking vessel when the coffee is ready, but it may also act as a measuring device to measure the right amount of water to be used in the brewing machine and the right amount of ice to use when consuming the iced coffee.

Beverage supply apparatus (100) has milk tank (3), milk flow path (L3) connecting the milk tank to beverage delivery port (10), first pump (7), air flow path (L6) to supply air via its connection portion (Z1), and third pump (9). The apparatus drives the third pump to supply air to the milk flow path, and drives the first pump to thereby deliver and supply a mixed beverage of milk and air from the beverage delivery port. The apparatus includes path (L7) for releasing a portion of the air flowing through the air flow path, one end portion of which is connected to release point (Z8) which is a predetermined portion of the air flow path between a beverage flow path side end portion (location of a connection portion (Z6)) and the third pump. The other end portion thereof is open to the outside.

A coffee or tea filtering device including a hollow cylinder, a basket, a cup, and a pump. The hollow cylinder may include a top end, a bottom end, and a curvate sidewall extending between the top end and bottom end. The top may be open. The bottom end may be at least partially open and include a first portion of a coupling mechanism and a retaining portion. The removable basket may be sized to be received within the top end of the hollow cylinder. The removable basket may be configured to support coffee grounds or tea leaves. The cup may releasably couple to the first portion of the coupling mechanism of the bottom end of the hollow cylinder. The pump may be configured to pump air from the cup out the opening so as to force a fluid from the hollow cylinder through the basket and into the cup.

The present invention discloses a machine (1) for preparing beverages, in particular aromatic beverages such as for example espresso type coffee, comprising a machine casing (2) that presents at least one first access element (21) on a lateral face of said machine casing (2), adapted so that provides access to the interior region where there are the fluid pressurization means (5), preferentially also a second element access (22) also on a lateral face of said machine casing (2), adapted so that provides access to the interior region where there is provided a milk frothing device (9), thereby enabling its removal for periodic cleaning in ergonomic manner.