Abstract: A washing machine appliance equipped with a venting system is provided. The venting system includes features for venting or expelling relatively humid air from a subwasher of the washing machine appliance, e.g., at the completion of a wash cycle. In one example aspect, a door of the washing machine appliance defines a plurality of vent apertures that allow for fresh air from an ambient environment to flow into an interior volume of the subwasher. The vent apertures extend through the door and fluidly connect the ambient environment with the interior volume. The relatively low humidity fresh air that flows into the interior chamber mixes with the relatively humid air within the interior volume. The mixed air is expelled from the washing machine appliance via a venting conduit.

Abstract: A washing machine appliance equipped with door reversing locking and latching features is provided. Particularly, the washing machine appliance includes latching assembly that is movable between various mounting positions and is configured to hold the door in a closed position. A hinge assembly rotatably couples the door with a cabinet of the washing machine appliance and is movable between various mounting positions so that the door swing direction may be reversed. The washing machine appliance also includes a locking assembly for locking the door in the closed position, e.g., during operation of the washing machine appliance. The locking assembly is separate and distinct from the latching assembly and need not be moved when reversing the swing direction of the door.

Abstract: A washing machine appliance may include a cabinet, a tub, a wash basket, a front ventilation line, and a vent damper. The cabinet may include a front panel. The front panel may define an opening and a cabinet aperture spaced apart from the opening. The tub may be positioned within the cabinet. The wash basket may be rotatably mounted within the tub. The front ventilation line may be in fluid communication with the tub. The front ventilation line may define an air path from an inlet at the cabinet aperture to an outlet in fluid communication with the tub. The vent damper may be positioned along the front ventilation line in fluid communication therewith. The vent damper may be selectively movable between a first position restricting airflow through the front ventilation line and a second position permitting airflow through the front ventilation line.

Abstract: A washing machine appliance equipped with a venting system is provided. The venting system includes features for venting or expelling relatively humid air from a subwasher of the washing machine appliance, e.g., at the completion of a wash cycle. In one example aspect, a door of the washing machine appliance defines a plurality of vent apertures that allow for fresh air from an ambient environment to flow into an interior volume of the subwasher. The vent apertures extend through the door and fluidly connect the ambient environment with the interior volume. The relatively low humidity fresh air that flows into the interior chamber mixes with the relatively humid air within the interior volume. The mixed air is expelled from the washing machine appliance via a venting conduit.

Abstract: A washing machine appliance equipped with door reversing locking and latching features is provided. Particularly, the washing machine appliance includes latching assembly that is movable between various mounting positions and is configured to hold the door in a closed position. A hinge assembly rotatably couples the door with a cabinet of the washing machine appliance and is movable between various mounting positions so that the door swing direction may be reversed. The washing machine appliance also includes a locking assembly for locking the door in the closed position, e.g., during operation of the washing machine appliance. The locking assembly is separate and distinct from the latching assembly and need not be moved when reversing the swing direction of the door.

Abstract: A textile rinsing method in a washing machine, the washing machine including a tub, a rotating basket within the tub and a water spraying device, the method comprising stopping the basket, admitting a predetermined fresh water quantity, storing the predetermined fresh water quantity in the tub, spraying the textiles by means of the water spraying device, draining and centrifuging the remaining liquid in the tub and determining the number of semi-rinses.

Abstract: The present invention relates to a washing method for textiles, which prevents the clothes to be washed from becoming disarranged, entangled or knotted by means of an intensive agitating cycle with asymmetric and symmetric agitating cycles in combination with soaking periods thereby achieving optimal washing with low water consumption.

Abstract: A textile rinsing method in a washing machine, the washing machine including a tub, a rotating basket within the tub and a water spraying device, the method comprising stopping the basket, admitting a predetermined fresh water quantity, storing the predetermined fresh water quantity in the tub, spraying the textiles by means of the water spraying device, draining and centrifuging the remaining liquid in the tub and determining the number of semi-rinses.

Abstract: A centrifuge method and a rinse method to avoid sudsing in a vertical axis washing machine which contains, among others a basket within a tub, an agitator or propeller or impulsor mechanically coupled to a motor, a spraying means and a drain pump, the method comprising the steps of: a. turning on the motor until the basket reaches a medium speed (mS); b. turning off the motor, when the basket reaches mS and until the basket reaches a minimal speed in which gravity force is greater than the centrifuge force exercised by the rotation of the basket; c. turning on the motor until the basket reaches a maximum speed; and d. turning off the motor when the basket reaches the maximum speed after a predetermined time and until reaching a final speed (fS).

Abstract: The present invention relates to a top loading household washer comprising a cabinet supporting a tub which houses a basket being driven by a motor mechanically coupled to an agitator and to said basket, a clutch, an electric control, a level sensor or pressure switch and a rotor position sensor within the motor (preferably a Hall sensor), a spraying system, characterized by a washing method comprising: check on the water level, initiate a load pre-sensing sequence to later initiate a reshuffling of load sequence, act followed by initiating a load sensing sequence, which determines the water level required to admit, once said water level is reached, a normal agitation sequence is begun; once the normal agitation sequence concludes, it is followed by a load reshuffling sequence to continue with the dehydrating and later rinsing.

Abstract: The present invention relates to the field of washers, particularly that of top loading household washers which has a cabinet which supports a tub which houses a basket which rotates concentrically within it, the basket being driven by a motor which is mechanically coupled to an agitator and to said basket, a clutch which allows the coupling and uncoupling between basket and agitator, an electric control which controls the switches by means of drivers, a level sensor or pressure switch and a rotor's position sensor within the motor (preferably a Hall sensor), a spraying system, characterized by a washing method which comprises the following sequences; check on the water level, initiate a load pre-sensing sequence, to later initiate a reshuffling of load sequence, act followed by initiating a load sensing sequence, which determines the water level required to admit, once said water level is reached, a normal agitation sequence is begun, which if during its course a clog of objects to be washed is detected or a

Abstract: A centrifuge method and a rinse method to avoid sudsing in a vertical axis washing machine which contains, among others a basket within a tub, an agitator or propeller or impulsor mechanically coupled to a motor, a spraying means and a drain pump, the method comprising the steps of: a. turning on the motor until the basket reaches a medium speed (mS); b. turning off the motor, when the basket reaches mS and until the basket reaches a minimal speed in which gravity force is greater than the centrifuge force exercised by the rotation of the basket; c. turning on the motor until the basket reaches a maximum speed; and d. turning off the motor when the basket reaches the maximum speed after a predetermined time and until reaching a final speed (fS).

Abstract: A textile rinsing method in a washing machine, the washing machine including a tub, a rotating basket within the tub and a water spraying device, the method comprising stopping the basket, admitting a predetermined fresh water quantity, storing the predetermined fresh water quantity in the tub, spraying the textiles by means of the water spraying device, draining and centrifuging the remaining liquid in the tub and determining the number of semi-rinses.

Abstract: A process for automatically controlling water level in a washing machine having a motor drive coupled to energize a motor that drives the agitator is provided. The process allows for selecting a target water level based on one or more water-level selection signals. The method further allows for measuring a parameter indicative of the water level based on an actual inertial response of the agitator. A comparing step allows for comparing the actual agitator inertial response against a target agitator inertial response, and a selecting step allows for selectively actuating one or more water valves for allowing passage of water so as to adjust the water level of the washing machine based on deviations between the actual agitator inertial response and the target agitator inertial response.

Abstract: A process and system for controlling respective agitator motion patterns in a washing machine having a motor drive coupled to energize a motor that drives the agitator is provided. The process allows for selecting a desired agitator motion pattern based on one or more pattern selection signals. The process further allows measuring one or more parameters indicative of the actual agitator motion pattern. A comparing step allows for comparing the actual agitator motion pattern against the desired agitator motion pattern, and an adjusting step allows for adjusting one or more control signals supplied to the motor drive for correcting deviations between the actual agitator motion pattern and the desired motion pattern.