Abstract: The automatic coffee machine (1) comprises a single infuser unit (2) for producing a coffee infusion, coffee infusion dispensing means (4) located in front of a front wall (5) of the machine (1) in a distanced position above a surface (6) for resting one or more cups (7, 8) for collecting the coffee infusion, a hydraulic circuit (9) for distributing the coffee infusion to the coffee infusion dispensing means (4), and valve interception means (10) present along said hydraulic circuit (9), the coffee infusion dispensing means (4) comprise a first coffee infusion dispensing unit (16) equipped with at least one coffee infusion dispensing nozzle (17, 18) and at least a second coffee infusion dispensing unit (19) equipped with at least one coffee infusion dispensing nozzle (20, 21), the hydraulic circuit (9) comprising a first supply pipe (34) for said first coffee infusion dispensing unit (16) and a second supply pipe (35) for said second coffee infusion dispensing unit (19), said valve means (10) comprising a fir

Abstract: Electric apparatus for cooking and/or heating food includes a chamber to receive food, electric heating elements associated with said chamber, at least one temperature sensor to measure a temperature in the chamber, and a temperature control device provided with a control and power supply unit configured to receive the temperature measured by the sensor and compare it with a desired temperature in a central zone of the chamber. The temperature control device may also comprise at least one estimator filter configured to receive at entrance: the temperature detected, the actual power supplied to the electric heating elements by said control unit and the data relating to previous temperature estimations and able to supply at exit an estimated temperature, wherein said control unit is configured to use the estimated temperature transmitted by the estimator filter to establish the correct mean power to be supplied by the electric heating elements.

Abstract: 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.

Abstract: A fan includes a main body with a vertical development with respect to a support base on which the main body is located in a condition of use. The main body defines an internal housing compartment.

Abstract: Door for apparatus to cook and/or heat food, that comprises at least a perimeter frame and two panels, located distanced and facing each other and delimited externally by said at least one perimeter frame, so as to form a closed chamber, at least one of the two panels being co-molded with the at least one perimeter frame.

Abstract: A fan including a main body with a vertical development with respect to a support base on which the main body is located in a condition of use. The fan has a rear longitudinal aperture, for the emission of a stream of air toward the outside, and also comprises an air suction and distribution unit, and a channeling element (20) positioned in proximity to the longitudinal aperture (16). The channeling element allows to divert the stream of air (W) so that it is conveyed toward a front part of the fan (10), at least partly following a profile (40) of an external surface (22) of the main body (12).

Abstract: Autonomous apparatus for cooking food including a support body (11), a lid (13) of the openable type, at least one specific replaceable container (14, 15), a first heating device (16) associated with a heat transfer device (18), a second heating device (17), a drive member(28) connected to a mixing device (29) and a control and command unit (35).

Abstract: A control circuit, connectable to a domestic power line (L1, L2), includes a logic controller (1), a power supply (2) for the logic controller (1), at least one control switch (3) for an electrical load (4, 5) connected to the logic controller (1), and an electrically actuated deviator (6) connected to the logic controller (1). The deviator (6) is switchable between a machine activation status, where a main power line (7) of the power supply (2) is connected to the domestic power line (L1, L2), and a machine deactivation status, where a secondary power line (8) of the power supply (2) is connected to the domestic power line (L1, L2), having a normally open switch (9) connected to the logic controller (1), and energy storage that maintains power supply to the logic controller (1) for an operating time of the deviator (6) switching.

Abstract: Autonomous apparatus for cooking food comprising a support body (12), an openable lid (14), an internal container (16) which can be extracted/inserted with respect to said support body (12) and open at the top, at least a heating device (18), one or more elements (20) to generate a flow of air toward the inside of said container (16). The air flow generator element (20) is connected to a return exit (28) with a suction mouth (30) made in correspondence with an internal wall (12b) of said support body (12) and cooperating with a plurality of through holes (32) made on at least one portion of the lateral wall (24) of the internal container (16).

Abstract: Autonomous apparatus for cooking food comprising a support body (12), an openable lid (14), an internal container (16) which can be extracted/inserted with respect to said support body (12) and open at the top, at least one heating device (18) and at least one element (20) to generate a flow of air toward the inside of said container.

Abstract: Apparatus for cooking food has a lid (18), a base (12) and a container (14) removable from the base (12) and suitable to contain food. A first heating unit (16a) associated with the base (12) has a plurality of electric heating elements (22) configured to achieve a specific heating surface to heat the container (14) and to be selectively activateable depending on the sizes and position of the container (14) on said base (12). The first heating unit (16a) has a control and command unit (20) associated with the heating elements (22) and sensitive elements (28) configured to recognize the position, size and shape of the container (14) and is configured to selectively command the heating elements (22) on the basis of the recognition by the sensitive elements (28) of which heating elements (22) are activated or can be activated in order to heat the container (14) directly.

Abstract: Machine for the production of ice cream, provided with a support body inside which a container for ingredients can be removably inserted, and a cooling circuit comprising an evaporator. The evaporator consists of at least one or more coils and a support casing defining an internal surface and an external surface on which the one or more coils adhere. At least the peripheral surface of the coils facing the external surface of the container is compressed.

Abstract: Portable air conditioner provided with an external container comprising internally a refrigerating circuit provided with a condenser.

Abstract: The coffee machine comprises an electronic controller connected to a user interface, which, in turn, comprises an input unit that receives the input commands from a user, the input unit having a surface that is touch-sensitive and/or sensitive to swipe gestures with a finger, the input unit also being configured for the acquisition of commands in the form of symbols defined by sequences of points (n1, n2, . . . ni) of the sensitive surface that can be selected by touching and/or swiping the sensitive surface with a finger, the controller having a comparator configured to identify an acquired symbol by comparing it with an archive of symbols present in a memory of the machine and to activate the machine function command corresponding to the identified symbol.

Abstract: There is described an improved iron structure comprising a soleplate provided with through holes for steam adapted to come into contact with the fabrics to be treated, a boiler adapted to produce steam fluidly connected to the soleplate, a duct for introducing water into the boiler, heating means and a control button functionally connected to the boiler and arranged to obtain the delivery of steam through the through holes of the soleplate. In particular, the boiler is produced as fluid-tight coupling between the soleplate and a cover portion to form a boiler compartment in which the water is boiled and in which during use of the iron the hot water-steam balance is established.