Abstract: The present invention concerns door-lock device (1) for a door of a household appliance having a door and a prong (N) associated with said door, wherein said door-lock device (1) comprises: a containment casing (2); a blocking assembly (3) arranged in said containment casing (2), which includes a blocking slider (32), constrained to slide between a retracted position and an extracted position, wherein said blocking slider (32) is arranged to interfere with a prong (N) when the door is opened; and an electric module (4) comprising a blocking pin (41), wherein said blocking pin (41) is capable of assuming an unlocking position on command, and a blocking position to hold said blocking slider (32) in said blocking position.

Abstract: The present invention concerns a household appliance, such as a washing machine (1) and the like, comprising a chassis (2), a door (12) hinged to said chassis (11) for closing an opening (130), and at least one door-lock device (2), close to said door (12) to lock said door (12) closed, and comprising a reset lever (23) configured to unlock said door-lock device (2) to release said door when it is blocked closed. Said household appliance comprises an emergency device (3) comprising an unlocking member (31), wherein said unlocking member (31) comprises an actuation relief (314), accessible from the outside of the chassis (11) of the household appliance (1), and an unlocking relief (313) arranged so as to actuate said reset lever (23) to unlock said door-lock device (2). The present invention also concerns an emergency device (3).

Abstract: A system (10) includes a support structure (20) associable with a bottom wall (BW) of a washing tub (WT) of a washing machine (WM). The system further includes a container body (22) having a receptacle (14) configured for receiving a quantity of washing agent. The container body (22) has an opening (24) leading into the receptacle (14). The container body (22) is mountable on the support structure (20) in the washing tub (WT). The container body (22) is configured for being reversibly brought by a user into a retracted condition and an extracted condition. In the retracted condition, the container body (22) is inserted in the support structure (20). In the extracted condition, the container body (22) is removed and separate from the support structure (20). The system (10) includes a closure element (16) configured for closing the opening (24).

Abstract: A filtering system (10) includes a casing (12) internally defining a cavity (14) and has an inlet (16) configured to receive a fluid and leading into the cavity (14), and an outlet (18) configured to deliver the fluid coming from the cavity (14). A filtering assembly (100) is contained in the cavity (14) and is configured to be crossed by the fluid entering the casing (12) through the inlet (16), so as to trap any solid particles, in particular microplastic ones, contained in the fluid. A compacting assembly (200) situated in the cavity (14) is configured for collecting and compacting the solid particles trapped by the filtering assembly (100). A driving assembly (300) is configured to drive the compacting assembly (200).

Abstract: An electrodynamic position transducer has a casing in which a membrane is clamped, the membrane with a portion of the casing defining at least one chamber of variable volume, a coil having at least one conductive track formed on a coil support, and an interaction element configured to interact magnetically with the coil as a result of a movement of the membrane, in such a way that self-inductance of the coil is variable depending on a relative position of the interaction element with respect to the coil. A circuit, coupled to the coil, provides electrical signals, a parameter of the electrical signals being indicative of the self-inductance of the coil. A hole or recess is formed in the coil support and is configured to receive the interaction element in such a way that one end of the interaction element is positionable flush with or beyond a turn of the coil.

Abstract: Three-way valve drivable by a pump, switchable between at least two switch positions wherein a first port is selectively in fluid communication with a second port or with a third port. The three-way valve comprises a movable support and a pair of obstructing members carried by the movable support, at least one of which is responsive to the pressure applied by the pump at the first port, at least one of the movable support and obstructing members being movable due to transitions between an off-state and an on-state of the circulation pump. The obstructing members are adapted to engage reciprocatingly the respective seats of the three-way valve. The obstructing members are capable of changing shape synchronously when the pump switches from the off-state to the on-state.

Abstract: A dispensing device for a liquid, including a reservoir inside which a holding chamber for a liquid is defined; a ram movable inside the holding chamber, wherein between the ram and the seat a variable volume working chamber is defined, able to communicate with the holding chamber; and a non-return valve, arranged at the outlet opening and downstream of the seat. During the stroke of the ram from a forward end-of-stroke position to a backward end-of-stroke position the liquid flows from the holding chamber to the working chamber, and during the stroke of the ram from the backward end-of-stroke position to the forward end-of-stroke position the liquid is dispensed out from the working chamber through an outlet opening. The device further includes an actuating group arranged outside of the holding chamber and capable of contactlessly controlling motion of the ram.

Abstract: A system (10) includes a support structure (20) associable with a bottom wall (BW) of a washing tub (WT) of a washing machine (WM). The system further includes a container body (22) having a receptacle (14) configured for receiving a quantity of washing agent. The container body (22) has an opening (24) leading into the receptacle (14). The container body (22) is mountable on the support structure (20) in the washing tub (WT). The container body (22) is configured for being reversibly brought by a user into a retracted condition and an extracted condition. In the retracted condition, the container body (22) is inserted in the support structure (20). In the extracted condition, the container body (22) is removed and separate from the support structure (20). The system (10) includes a closure element (16) configured for closing the opening (24).

Abstract: A volumetric flow meter, including a casing (10) fitted into a duct (C; 51, 62, 63) and including a base body (11) and a cap (13) cooperating to define a housing chamber (15), the housing chamber (15) being on opposite sides delimited by a base plane (11c) formed in the base body (11) and by a cap plane (13d) formed in the cap (13). Through the cap (13) there is formed an inlet passage (13e) communicating with the housing chamber (15) and extending orthogonally to the base plane (11c). Through a bottom (11d) of the base body (11) there is an outlet passage (11e) communicating with the housing chamber (15) and extending orthogonally to the base plane (11c). The flow meter has rotors (17, 18) mounted rotatably within the housing chamber (15), a permanent magnet (19) arranged on board one of the rotors (17), and a magnetic sensor (20).

Abstract: Hydraulic system comprising a three-way valve, the three-way valve comprising a first port for the connection to a primary heat exchanger through the circulation pump, a second port and a third port for connection to the heating circuit and to a secondary heat exchanger, respectively. The three-way valve is switchable between two positions in which the first port is in fluid communication with the second port or with the third port. The three-way valve is responsive to the pressure applied by a circulation pump, and has a displaceable obstructing member that may be moved due to transitions between an off-state and an on-state of the circulation pump. The obstructing member comprises a pair of sealing surfaces facing away from each other and suitable to engage reciprocatingly respective opposed seats of the three-way valve.

Abstract: Three-way valve drivable by a pump, switchable between at least two switch positions wherein a first port is selectively in fluid communication with a second port or with a third port. The three-way valve comprises a movable support and a pair of obstructing members carried by the movable support, at least one of which is responsive to the pressure applied by the pump at the first port, at least one of the movable support and obstructing members to being movable due to transitions between an off-state and an on-state of the circulation pump. The obstructing members are adapted to engage reciprocatingly the respective seats of the three-way valve. The obstructing members are capable of changing shape synchronously when the pump switches from the off-state to the on-state.

Abstract: A device for measuring the flow rate includes an impeller rotatably mounted in a conduit about an axis, and a detector indicating the angular speed of the impeller. A diffuser has a plurality of passages for dividing the flow into reduced flows which are directed toward the vanes of the impeller to cause rotation. The diffuser forms peripheral passages which extend in planes parallel to the axis and inclined in a same direction about the axis. Each passage has a longitudinal inlet portion, parallel to the axis and a transverse outlet portion laterally facing a first axial portion of the impeller such that in operation, the outlet portions of the passages direct towards the vanes of the impeller corresponding flows or jets of fluid in non-radial directions inclined in a same direction around the axis.

Abstract: An electric valve device (1) for household appliances, includes a hollow body (2) with an inlet (4, 5) and an outlet (5, 4) for a flow of a liquid, between which in the body (2) there is defined a chamber (6) wherein a first valve seat (7) is provided, a (first) obturator (17) moveably mounted in the chamber (6) and cooperating with the first seat (7) for controlling the communication between the inlet (4, 5) and the outlet (5, 4), and a movable member (12) coupled with the obturator (17) and displaceable towards and away from the first valve seat (7) and controlled by means of an electrically operable actuator (10) carried by said body (2). In the body (2) a second valve seat (8) is staggered with respect to the first valve seat (7) along the direction of displacement of the first obturator (7), to which is connected a second obturator (18) displaceable from and towards the second valve seat (8).

Abstract: Dispensing device for a liquid, comprising a reservoir (3) inside which a holding chamber (3d) for a liquid is defined; a ram (16) movable inside the holding chamber (3d), wherein between the ram (16) and the seat (14d) a variable volume working chamber (14e) is defined, able to communicate with the holding chamber (3d); and a non-return valve (30), arranged at the outlet opening (12b) and downstream of the seat (14d). During the stroke of the ram (16) from a forward end-of-stroke position to a backward end-of-stroke position the liquid flows from the holding chamber (3d) to the working chamber (14e), and during the stroke of the ram (16) from the backward end-of-stroke position to the forward end-of-stroke position the liquid is dispensed out from the working chamber (14e) through an outlet opening (12b). The device further comprises an actuating group (21, 22, 23, 24) arranged outside of the holding chamber (3d) and capable of contactlessly controlling motion of the ram (16).

Abstract: Assembly (1) for dispensing washing agents in the washing chamber (C) of a washing machine, including an integrated dispensing device for washing agents (2), comprising a body (2a) which is intended to be mounted through an opening of a sheet-like wall (F) which delimits the washing chamber (C). The assembly (1) further comprises a reservoir (3) for liquid detergent which may be removably coupled to the body (2a) of the device for dispensing washing agents (2), and which may be positioned on the side of the device for dispensing washing agents (2) intended to face the washing chamber (C). The reservoir has a holding chamber (3d) for liquid detergent able to communicate with the outside of the reservoir (3) through at least one outlet opening (12b) for dispensing liquid detergent and an actuator assembly (21, 22, 23, 24) to control the dispensing of liquid detergent from the reservoir (3).

Abstract: A volumetric flow meter, including a casing (10) fitted into a duct (C; 51, 62, 63) and including a base body (11) and a cap (13) cooperating to define a housing chamber (15), the housing chamber (15) being on opposite sides delimited by a base plane (11c) formed in the base body (11) and by a cap plane (13d) formed in the cap (13). Through the cap (13) there is formed an inlet passage (13e) communicating with the housing chamber (15) and extending orthogonally to the base plane (11c). Through a bottom (11d) of the base body (11) there is an outlet passage (11e) communicating with the housing chamber (15) and extending orthogonally to the base plane (11c). The flow meter has rotors (17, 18) mounted rotatably within the housing chamber (15), a permanent magnet (19) arranged on board one of the rotors (17), and a magnetic sensor (20).

Abstract: An assembly includes a transducer and anti-flood device. The transducer receives, as an input, a pressure signal taken by a liquid held in a main container and includes a circuit, for providing, as an output, an electric control signal having a variable parameter representing the pressure signal. The anti-flood device includes a receptacle, a float and a sensor. The receptacle is arranged to receive and hold a part of liquid coming from the secondary container. The float is movably mounted in the receptacle and moves up to a height representing the level reached by the part of liquid. The sensor is configured to detect the height reached by the float and to transmit an electric level-indicating signal representing the height to the circuit. The circuit is designed to apply, to the variable parameter, a correction that is determined as a function of the level-indicating signal according to predetermined criteria.

Abstract: A device for measuring the flow rate of a fluid, including a bladed impeller mounted in the conduit to be driven in rotation by the flow of the fluid, and to which at least one magnet is fixed, and a magnetic field sensor arranged near the conduit to generate a signal each time the magnet of the impeller, passes thereby. The number of signals generated by the sensor in a period of time is representative of the flow rate of the fluid.

Abstract: A valve device for an ice dispensing conduit includes a bearing structure having a passage to be coupled with the conduit, an obturator mounted rotatable in the bearing structure between a closed position and an opened position, and a motor for rotating the obturator between the closed position and the opened position. A wire made of a shape-memory material, capable of shrinking when an electric current flows therethrough, has one end anchored to the bearing structure and the other end coupled with the obturator through a transmission mechanism. A flow of an electric current in the shape-memory wire causes a shrinking thereof and a consequent rotation of the obturator towards the opened position, and an interruption of such current allows the shape-memory wire to re-expand and the obturator (12) to return towards its closed position.

Abstract: A washing agent dispenser for a dishwasher, including a casing defining at least a receptacle adapted to receive an amount of washing agent; a cover displaceable relative to the casing between an opening position and a closing position of the receptacle; the cover carrying an elastic gasket, adapted to sealingly close said receptacle in the closing position of the cover; and a retaining mechanism having a retaining member movable in the casing, and a hooking member movable in the cover and adapted to cooperate with the retaining member. When the cover closes the receptacle the hooking member is kept, by an associated resilient member carried by the cover, in a condition of engagement with the retaining member, maintaining the cover in the closing position. The resilient member associated with the hooking member comprises an appendage integrally formed with and extending from the elastic sealing gasket and interposed between the cover and the hooking member.