A dishwasher having a treating chamber with one or more sprayers through which liquid is recirculated into the treating chamber, whereby the impact of the spray emitted from the sprayers impacts the structure forming the treating chamber to generate noise. Damping material is applied to structure forming the treating chamber to reduce the sound level of the impact exterior of the dishwasher.

The present disclosure relates to a dishwasher. The dishwasher of the present disclosure includes a tub forming a washing chamber washing a washing target, a first circulation duct in which an air discharged from the tub flows, an outside air inflow duct in which an air from the outside flows, a fan assembly discharging the air thereto, passes through the first circulation duct and the outside air inflow duct, a second circulation duct heating and supplying a part of the air discharged from the fan assembly to the tub, an exhaust duct discharging a remaining part of the air discharged from the fan assembly to the outside.

A bracket is provided that may be configured to attach a structure to a wall inside a wash tub of a dishwasher. The bracket may be arranged to be attached to the structure and may include a first protrusion and at least a second protrusion arranged to attach the bracket and the attached structure to the wall by extending through a respective aperture in the wall. A dishwasher and a method of attaching a structure to a wall inside a wash tub for a dishwasher may also be provided.

A dishwasher includes a dishwashing compartment having a front side with a charging opening for allowing the dishwashing compartment to be charged with washware. The dishwashing compartment includes a U-shaped metal shroud to define a right-hand side wall, a ceiling and a left-hand side wall, a hollowed metal floor produced from a deep-drawn part, and a metal rear wall fitted to a rear side of the metal shroud and of the hollowed metal floor. The right-hand and left-hand side walls of the metal shroud are connected along their respectively lower wall edges to the hollowed metal floor via external interfaces, with each of the external interfaces having a form-fitting connection. A compartment door is provided to close the charging opening, at least temporarily.

A dishwasher includes a dishwasher interior for washing items to be washed with washing liquor. Arranged at a lower end of the dishwasher interior is a pump sump for collecting the washing liquor, and a sensor is arranged in the pump sump for outputting a sensor signal as a function of a presence of washing liquor at the sensor. A control apparatus configured to carry out a washing program selected from a number of washing programs is designed to determine a malfunction of a component of a hydraulic assembly as a function of the sensor signal and of a current operating state of the dishwasher.

A dishwasher and method for operating the same utilize a rack-mounted rotatable conduit with a return mechanism that positions the rotatable conduit to a predetermined rotational position when the conduit is disconnected from a docking arrangement on a wall of a wash tub.

A dishwasher and method for operating the same utilize a diverter valve to control via rotation the flow of fluid such as wash fluid or pressurized air to a rotatable conduit supported in the rack of a dishwasher. A valve member may be disposed at a predetermined rotational position about an axis of rotation of the conduit such that a fluid inlet on a rotatable valve body may be rotated to the predetermined rotational position to restrict fluid flow to the conduit.

The present invention relates to a water inlet assembly (T) and a washing device (C) comprising same, particularly a dishwasher. Said water inlet assembly (T) comprises at least one body (1) having a first opening (1a) on a side thereof; a connection area (1b) located on a surface of the body (1), and including a hole; and a cover assembly (2), at least a part of which is inserted into the body (1) through the first opening (1a), and including a cover body (2a) closing the first opening (1a), a water inlet section (2b) extending from one side of the cover body (2a), a second opening (2d) located on the water inlet section (2b) and allowing air to enter the interior of the water inlet section (2b), a condensation section (2e) in the form of a chamber, extending into the body (1) from the other side of the cover body (2a), and located on the other part of the cover body (2a), and a third opening (2f) located on a part of the cover body (2a) where the condensation section (2e) is situated.

A dishwasher appliance includes a sump that collects wash fluid and defines a mounting port for receiving a sensor assembly. The sensor assembly includes an adapter that defines a plurality of sensor ports for receiving different sensors, such as a pressure sensor, a temperature sensor, and a turbidity sensor. The adapter is translucent to facilitate turbidity sensing without introducing leak points. In addition, the adapter defines an internal chamber for receiving the wash fluid and an air chamber defined above the internal chamber to prevent direct contact between the wash fluid and the pressure sensor.

A dishwashing appliance includes a tub defining a wash chamber therein for receipt of articles for washing, a heating element, a sump positioned at a bottom of the wash chamber for receiving fluid from the wash chamber, a drain pump in communication with the sump, and a temperature sensor. Methods of operating the dishwashing appliance may include filling the sump with a liquid and heating the liquid by activating the heating element. Such methods also may include measuring a temperature of a liquid in the sump with the temperature sensor and comparing the measured temperature of the liquid to a minimum drain temperature threshold. Such methods may include draining the liquid from the sump after the measured temperature is equal to or greater than the minimum drain temperature threshold, such as immediately after heating the liquid.