A dishwasher including: a cleaning chamber; a water tank which stores water in order to supply water to the cleaning chamber; a water softener which is connected to the water tank and to which a filter is mountable; and a regenerator which is connected to the water softener in order to regenerate the filter while the filter is mounted to the water softener, wherein the water tank comprises a softened water chamber that is supplied with water that has been softened in the water softener and stores same, and a recycled water chamber which receives softened water from the softened water chamber and is connected to the regenerator in order to supply water to the regenerator.

A dishwasher minimizes the flow of wash water, being scattered in a washing stage or a rinsing stage, into an airflow guide through a discharge opening and the remaining wash water in the airflow guide, and prevents the reverse inflow of wash water having passed through the airflow guide to a dry air supply part.

The invention relates to a seal for a dishwasher adapted to be interposed between a peripheral edge of an opening of a tub for cookware and a door for closing said opening. The seal comprises a metal part adapted to be connected to the peripheral edge of the opening, a first part, made of polymeric material, integrally connected to the metal part and a second part, made of polymeric material, associated with the first part and adapted to be contacted by the door when the door is arranged in a position for closing the opening.

A check valve assembly for a drain pump configured to transfer fluid from a sump, through a volute having a pump discharge passageway extending from the volute, includes a seat assembly and a flapper assembly. The seat assembly has a body with a first distal end and a second distal end, and a fluid passage extending through the body. The body defines a valve seat having a sealing surface about the fluid passage. The flapper assembly is operably coupled to the seat assembly. The flapper assembly has a moveable portion configured to selectively move between a closed position where the moveable portion seals against the sealing surface and an opened position where the moveable portion raises to allow liquid through the fluid passage. The check valve assembly is configured to be located within the pump discharge passageway.

A household appliance includes a receiving region and an insulation element attached to the receiving region for acoustic and/or thermal insulation of the receiving region. The insulation element is manufactured from a viscoelastic polyurethane foam and pressed against the receiving region in such a manner that the insulation element is sealed off in relation to the receiving region in a fluid-tight manner.

Disclosed herein is a dishwasher. The dishwasher includes a tub forming a washing chamber and a water tank mounted on an outer circumferential surface of the tub to communicate with the tub. The water tank includes a reservoir provided to store washing water and including a washing water outlet, a partition wall forming one side surface of the reservoir, an outside air inlet provided to maintain an internal pressure, a flow path connecting the reservoir to the outside air inlet, and an inclined rib having an inclination with respect to a water surface of the washing water in the reservoir and provided to form an air pocket.

A household dishwasher includes a washing tub, a main body, a door portion configured to open and close an upper surface of the washing tub, a first washing water spray nozzle configured to spray washing water supplied from a door portion water supply pipe to an inside of the washing tub, a second washing water spray nozzle configured to spray the washing water to the inside of the washing tub, a steam generator configured to supply steam to the inside of the washing tub, an ultrasonic vibration part configured to apply ultrasonic vibration to the washing water inside the washing tub such that an ultrasonic washing is performed, and a controller configured to receive a washing command signal of a user and control internal components of the household dishwasher.

A modular housing is provided. The modular housing includes a compartment body, a compartment door, a tube mount, a flat mount, and a screw hole. The compartment body defines a compartment volume for holding circuitry therein. The compartment body includes a bottom section and a set of side sections. The set of side sections includes a first side section, a second side section, and a third side section. The tube mount includes a tube mount comprising a snap curved to accept a circular tube, the tube mount extending from the first side section. The flat mount includes a snap configured to accept to a flat rail, the flat mount extending from the third side section. The screw extension defines a screw hole to accept a screw, the screw extension extending from the second side section in the set of side sections.

A dishwasher (100) for washing dirty articles comprising: a rotating rack (1) configured to rotate counter-clockwise at a user-defined speed of 1 round per minute or 1/2 round per minute; a spray system (104) configured to dispense a jet stream of high speed water using a plurality of nozzles (106a-106n) from the bottom as well as top of the dirty articles placed on the rotating rack (1); a washing chamber (1b) that may be designed to enable washing of the dirty articles placed upon the rotating rack (1) using the spray system (104), wherein the washing chamber (1b) uses recirculating water; and a rinsing chamber (1c) that may be designed to rinse the washed articles with clean water supplied directly from a house water source; wherein a partition wall (29) between the washing chamber (1b) and the rinsing chamber (1c) prevents splash of water used in the respective chamber.

Dishwashing machine comprising: a controller; a spray arm assembly comprising a spray arm having one or more spray holes for spraying a washing load with water, and a pipe for delivering water to the spray arm; a pump for pumping water through the pipe and to the spray arm; the pipe being constructed and arranged to at least partially restrict flow of water from the pump to at least a part of the spray arm dependent on spray arm orientation relative to the pipe, a power consumption of the pump thereby being dependent at least in part on the spray arm orientation relative to the pipe; and the controller being configured to monitor the power consumption of the pump in order to determine rotational information of the spray arm.