A standalone drum-mounted lint filter for a washing machine is provided. The filter includes a filter housing including a plurality of inner walls dividing the filter housing into a plurality of filter chambers, each filter chamber defining at least one inlet configured to allow wash water to flow into the respective chamber. The filter further includes at least one retainer barrel arranged within each filter chamber and configured to retain lint during operation of the washing machine. The filter also includes a porous removable filter cover defining front-facing outlets open to the drum, allowing for exit of the wash water back into the wash.

A structural arrangement introduced in a liquid dispensing set-up of a household appliance includes at least one feed pipe, at least one movable lid cooperating with a fixed body, and at least one liquid flow driver. The liquid flow driver is disposed adjacent a lower face of the movable lid. The liquid flow driver is associated with the feed pipe through a fluid connector. The fluid connector defines a hinge axis of the movable lid. The liquid flowing through the liquid flow driver is directed inside of at least one washing environment defined in an inside of the household appliance.

A laundry appliance includes a cabinet, a tub, and a pump for recirculating wash fluid from the tub to a filter container. The filter container includes a fluid inlet in fluid communication with the pump and fluid outlet in fluid communication with the tub. The filter container also includes a filter housing for directing wash fluid from the fluid inlet to the fluid outlet. A self-clearing filter assembly is provided within the filter housing. The self-clearing filter includes side walls and a filter base having at least one inclined surface. The self-clearing filter is situated such that the inclined surface is below the fluid inlet. The self-clearing filter prevents microfibers and other debris from passing through to the outlet of the filter container. Simultaneously, the force of the wash fluid on the inclined surface forces the microfibers and other debris to a trough, where it can be collected and disposed of.

A washing machine appliance includes a cabinet, a wash tub positioned within the cabinet, at least one pump in fluid communication with the wash tub, and a dual drain path connected to the at least one pump. The dual drain path may include a first drain path from the at least one pump, an unfiltered second drain path from the at least one pump in fluid parallel to the first drain path, and a water filter located along the first drain path. Some washing machine appliances may further include a controller configured to initiate a drain cycle.

A filter device for a water-bearing domestic appliance has a flow-through filter housing with waste water inlet, filtered water outlet and filtrate outlet, at least one panel filter and a mounting therefor in the filter housing, wherein the panel filter has a mesh width and an angle to the horizontal, and a filtrate chamber in the filter housing for collecting filtrate. The panel filter, the waste water inlet and the filtered water outlet are arranged relative to one another such that a flow direction for water from the waste water inlet to the filtered water outlet passes through the panel filter. The filtrate chamber is accessible via the filtrate outlet for removing the filtrate from the filtrate chamber, in particular by backwashing. The at least one panel filter is variable in shape to change its mesh width, and/or an angle of the at least one panel filter to the horizontal can be altered by movement of the panel filter, in particular rotation.

A filtration system for a laundry treating machine is provided. A filtration agitator extends upwards from an impeller base and defines a generally hollow cylindrical interior, the filtration agitator having one or more water inlets along its perimeter to permit passage of water from a treating chamber into the interior and one or more water outlets along its perimeter to permit passage of the water out of the interior. A removable cylindrical brush assembly is provided, that, when installed to the filtration agitator, extends along the vertical length of the agitator and defines a sequence of filtration elements through which a water flow passes from the water inlets to the water outlets. The water flow is configured to pass over the sequence of filtration elements in a predefined order to remove particulates from the water flow during a wash cycle.

A filter assembly and method of filtering wastewater from a washing machine. The filter has a framework for supporting a first filter stage and a second filter stage, a connection on a top of the filter assembly for connecting to a wastewater stream, a diffuser positioned to extend into the first filter stage and configured to rotate about a vertical axis of installation within the first filter stage, and a second filter stage below the first filter stage and configured to receive overflow from the first filter stage. The filter assembly does not include a motor or motorized parts and wherein the diffuser is rotatable by way of the force of the wastewater stream fed into the first filter stage to diffuse the wastewater stream and to spray the wastewater onto and through the filter media allowing the filter media to catch debris within the first filter stage.

A door of a washing machine may comprise a main body having an inner section, a side section and an outer section, wherein the side section connects the inner section and the outer section, the side section forms at least sectionally a conical or cylindrical or curved wall, and the main body is preferably transparent for at least visible light. The door may further comprise a connection means for attaching the door to a washing machine, wherein the connection means is arranged at the outer section of the main body, and a locking member for coupling with the washing machine. Furthermore, the side section and/or the outer section comprises at least one fluid channel for guiding pressurized fluid, wherein the fluid channel comprises at least or exactly one input opening and at least or exactly one output opening.

A cleaning appliance and method for operating a cleaning appliance with a rotatable, non-ribbed drum for the pre-treatment and main treatment of textiles. The method comprises a step of supplying a feed signal for feeding a cleaning liquid into a suds container until a predetermined initial fill level is reached. A saturation action causes the textiles to be pre-treated to be saturated with the cleaning liquid. The method includes reading in a fill level signal that represents a fill level of the cleaning liquid, and supplying a further feed signal for feeding the cleaning liquid into the suds container until a target fill level is reached. A motion signal causes a rocking rhythm of the drum for pre-treating the textiles to be pre-treated. After the pre-treatment, an unlocking of a drum door takes place in order to allow additional textiles to be added for a main treatment of the textiles.

A washing machine and method for operating a washing machine having a suds container for holding water, a non-ribbed drum rotatably mounted in the suds container for holding laundry, a motor for driving the drum, and an open or closed loop control device. The method allows the execution of a washing program (Wp) having a washing phase (Wa) and/or at least one rinsing phase (Sp), and includes feeding water into the suds container in a first region of the drum in at least one of these phases (Wa, Sp) up to a predetermined water level (h) that is selected such that the laundry floats in the water, and rotating the drum at a predetermined rotational speed such that water is released from a second region of the drum and falls onto the laundry.