A beverage maker including a reservoir, an intermediate chamber, a beverage substance retaining container, a heating element associated with the reservoir and a temperature responsive valve assembly between the reservoir and intermediate chamber for controlling the flow of heated water from the reservoir. The beverage maker includes a sensor device coupled to the reservoir, spaced from the heating element, to detect a condition such as a temperature change, temperature, temperature range, or presence of absence of water within the reservoir to cease power to the heating element upon detecting the condition. The intermediate chamber is sized and dimensioned to accommodate a predetermined range of volumes of water flowing from the reservoir through the intermediate chamber. A spray head is provided on the intermediate chamber communicating with the volume of water retained therein to distribute the water over beverage making substance retained in the beverage substance retaining container.

A rollable beverage brewing assembly for brewing hot beverages at any location and charging electronic devices includes a housing, a control circuit being coupled to the housing and a plurality of rollers that are each rotatably coupled to the housing for rolling along a support surface. A handle is slidably coupled to the housing for rolling the housing on the rollers for transporting the housing. A brewer is positioned in the housing for brewing a hot beverage such as coffee or tea and the brewer is electrically coupled to the control circuit. A charging unit is coupled to the housing and a plurality of electronic devices may be electrically coupled thereto for charging the electronic devices.

Coffee machine (10) comprising a machine frame (12), a pot (14) which has a bottom wall (16), a circumferential side wall (18), an inlet opening (20) provided in an upper portion of the pot (14), and an outlet opening (22) provided in a lower and outer portion of the pot (14), wherein the pot (14) is mounted to the machine frame (12) in a manner so as to be pivotable relative to the machine frame (12) about a horizontal pivot axis (24) between a coffee preparation position and a coffee distribution position, in which the outlet opening (22) is positioned at a lower vertical level than in the coffee preparation position, a valve mechanism (26) including a closure element (28), wherein the closure element (28) and the pot (14) are movable relative to each other between a closed position, in which the closure element (28) closes the outlet opening (22).

Coffee machine (10) comprising a machine frame (12), a pot (14) which has a bottom wall (16), a circumferential side wall (18), an inlet opening (20) provided in an upper portion of the pot (14), and an outlet opening (22) provided in a lower and outer portion of the pot (14), wherein the pot (14) is mounted to the machine frame (12) in a manner so as to be pivotable relative to the machine frame (12) about a horizontal pivot axis (24) between a coffee preparation position and a coffee distribution position, in which the outlet opening (22) is positioned at a lower vertical level than in the coffee preparation position, a valve mechanism (26) including a closure element (28), wherein the closure element (28) and the pot (14) are movable relative to each other between a closed position, in which the closure element (28) closes the outlet opening (22).

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.

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.

This invention provides a coffee maker having a top housing (2) connected to a bottom housing (3) via a plurality of connecting elements (4) such that the top housing is enacted above the bottom housing; a water tank (1) positioned on top of the top housing; a carafe (5) to be placed under the top housing, the carafe has an upper part having a brewing cone (51); and a rotating spout (6) located at the bottom of said top housing and above the carafe for pouring hot water into the carafe.

This invention provides a coffee maker having a top housing (2) connected to a bottom housing (3) via a plurality of connecting elements (4) such that the top housing is enacted above the bottom housing; a water tank (1) positioned on top of the top housing; a carafe (5) to be placed under the top housing, the carafe has an upper part having a brewing cone (51); and a rotating spout (6) located at the bottom of said top housing and above the carafe for pouring hot water into the carafe.

A coffee maker (10) provides a controlled release of heated water into brewing material (28). In one embodiment the coffee maker (10) includes a spiraling nozzle (74) releasing heated water over the brewing material held (74) in the coffee maker (10). The nozzle (74) provides a single release point at each instant providing improved exposure of the brewing material (28) to the heated water. In another embodiment the coffee maker (10) includes a rotating sprinkler arm (202a) releasing heated water into the brewing material (74). In either embodiment motion may be provided by the flow of heated water, or by an electric motor (100).

A coffee maker (10) provides a controlled release of heated water into brewing material (28). In one embodiment the coffee maker (10) includes a spiraling nozzle (74) releasing heated water over the brewing material held (74) in the coffee maker (10). The nozzle (74) provides a single release point at each instant providing improved exposure of the brewing material (28) to the heated water. In another embodiment the coffee maker (10) includes a rotating sprinkler arm (202a) releasing heated water into the brewing material (74). In either embodiment motion may be provided by the flow of heated water, or by an electric motor (100).