A system for distribution of beverages, such as espresso coffee and similar aromatic beverages, comprising at least one type of beverage recipient (1, 1′), such as a glass, cup or similar, and a beverage discharge disposition (2) operatively associated with a beverage preparation device (3). The beverage discharge disposition (2) is provided so that the beverage discharge flow impinges, with a given flow pressure, a flow regulation disposition (12) in the base region (11) of beverage recipient (1, 1′) along a direction opposite to the gravity force. The beverage discharge disposition (2) presents at least two engagement elements (23) arranged in common perimeter alignment and symmetric distribution around said beverage discharge element (21) and provided so that can be moved radially, outwards or inwards, between the open (I) and retention position (II), and vice-versa, by actuation means (25; 251, 252) arranged in centred and symmetric manner with relation to the beverage discharge element (21).

A beverage dispenser includes a housing and a user interface disposed on a vertical corner of the housing. The user interface includes one or more buttons that are accessible from a front view and a side view of the housing.

The coffee dispenser disclosed herein may serve a single serving of coffee. The coffee dispenser may include a coffee concentrate grinder which receives a single serving of dehydrated and hardened single serve of coffee for 8 fluid ounces. The grinder may be disposed above a mixing chamber which receives hot water. The hot water dissolves the ground dehydrated coffee.

A beverage brewing device includes a brew chamber and a plunger. The brew chamber includes at least one water permeable portion and an openable base. The plunger includes a plunger face corresponding to an internal shape of the brew chamber. The openable base is openable by action of the plunger.

A recirculation brewing process and apparatus for performing the same are disclosed. In some embodiments, the coffee brewing process comprises: a brew chamber to hold a packed chamber of coffee grounds; and a pump to force a liquid under pressure through the packed chamber of coffee grounds to extract coffee flavor from the coffee grounds into the liquid using acoustic cavitation.

A coffee scoop system includes a scoop having a handle and a bolt. The system also includes a bolt chamber into which the scoop can be selectively secured. The scoop system also includes accessories, including a tamper accessory and a cleaner accessory that can be removably connected to the bolt of the scoop. The chamber includes connection features configured to allow a user to secure the chamber to a wide variety of surfaces and structures.

A cold brew coffee maker has a water cleaning system connected to a water source; a water pump connected to the water cleaning system, and connected to the pressurized-water storage tank for storing a filtered water in the tank; and a coffee brewing module connected to the pressurized-water storage tank and including: a detachable brewing cup detachably secured to a fixing bracket, a solenoid valve formed between the brewing cup and the pressurized-water storage tank, and a switch panel formed in the main body; whereby upon starting of the pump to suck and filter a feed water, a filtered pressurized water less than 30 degrees centigrade will be delivered into the tank and upon actuation of the switch panel to open the solenoid valve, the pressurized water will be ejected into the cup for brewing coffee.

An automated self-cleaning frothing appliance includes: a housing having a base, a tower extending upwardly from the base, and a canopy extending from an upper portion of the tower above the base; a vessel mounted beneath the canopy, the vessel having an outlet at a lower end; a frothing tool extending from the canopy into the vessel; a first fluid pathway in the housing to receive water from a water source and deliver water into the vessel; a valve positioned to selectively open and close the outlet to the vessel; a valve-opening mechanism attached to the housing to selectively open and close the valve; a drain positioned beneath the outlet to receive water draining from the outlet; a second fluid pathway routed from the drain to deliver water to an external receptacle; and a controller operatively connected with the drive unit, the first fluid pathway and the valve-opening mechanism.

Disclosed is a hardline connection assembly for connecting a portion, such as a lid, of a beverage making apparatus to a lower portion of the apparatus to provide an electrical connection. The hardline connection assembly includes a line with a magnetic connector assembly attached to one end of the line. The magnetic connector assembly including a first end and a second end to provide a magnetically attractive connection capable of bringing together the first and second ends and of making an electrical connection between the ends. The magnetic assembly also allows for breakaway disengagement of the ends without damage to the line connection to the lid and connection of the connector attached to the apparatus. A kit of the hardline connection assembly is provided for retrofitting existing apparatus.

A machine (1) for preparing a beverage (3) comprises: a beverage processing unit (10, 20) delimiting a chamber (21) in which a flavouring ingredient (2) is held and mixed with water (4); one or more electric devices (60, 65, 721); and a connection (76) for powering the electric devices (60, 65, 721). The connection (76) is disconnectably connected to the electric devices (60, 65, 721) and removable therefrom. The connection (76) has a power connector (761) for connection to an external power source. The connection (76) includes an electric converter (762) that is configured to convert the electric power supplied by the external power source into a converted electric power appropriate to power one or more or all of the electric devices (60, 65, 721).