A dish treating appliance can include a tub at least partially defining a treating chamber and having an access opening providing access to the treating chamber, a closure selectively closing the access opening, a condenser including an inlet, an outlet, and a condensing passage defining a serpentine path with multiple turns fluidly coupling the inlet and the outlet, with the inlet fluidly coupled to the treating chamber, the outlet fluidly coupled to ambient air, and multiple ambient air inlets provided in the serpentine path, and a blower fluidly coupled to the condenser flowing a volume of air through the serpentine path of the condenser, and at least one separator wall located within the condenser.

A device for drying and polishing items such as glasses and cutlery, the device including an enclosure having apertures through which an end of the items can be inserted; a plurality of movable cleaning elements within the enclosure for drying and/or polishing the items; and a selectively operable steam distribution system for applying steam within the enclosure to at least one of the cleaning elements and/or the items, whereby the cleaning elements dry or polish the items, wherein the steam distribution system is operable on insertion of an end of said items into the enclosure.

A dishwashing appliance includes a tub defining a wash chamber. An inlet is defined in the tub and provides air flow into the wash chamber. A diverter disk is proximate the inlet and upstream of the wash chamber. The diverter disk is rotatable between a first position and a second position. The diverter disk permits air flow into the wash chamber via the inlet in a first direction when the diverter disk is in the first position and in a second direction when the diverter disk is in the second position.

An open loop drying system includes an intake conduit and an exhaust conduit. The intake conduit and the exhaust conduit are each in fluid communication with an ambient environment. The open loop drying system also includes a heat pipe heat exchanger. The heat pipe heat exchanger includes a condenser section in operative communication with the intake conduit upstream of a wet chamber and an evaporator section in operative communication with the exhaust conduit downstream of the wet chamber. The open loop drying system may be provided in a dishwashing appliance.

A drying storage unit for high-use items is provided that, in some embodiments, may comprise a multi-tier storage caddy for dishes meant to be kept on display and on a counter.

A commercial dishwasher includes at least one washing system for washing washware, having at least one rinsing system for rinsing the washed washware, and optionally a drying system for optimal drying of the rinsed washware. The dishwasher includes a camera system configured to capture at least one image of the washware to be treated in the dishwasher. An evaluation device is further provided, which is configured so as to create a pattern relating to the temporal usage behavior of the operator of the dishwasher, in particular in the course of a profiling process based on the captured images.

A dish washer and a control method are disclosed. The dish washer includes a sump and at least one nozzle configured to inject water. The dish washer also includes a distributor configured to receive water of the sump and distribute the water to the at least one nozzle. The dish washer also includes a reservoir configured to receive and store the water of the sump. The dish washer also includes a circulation path configured to connect the sump and the distributor. The dish washer also includes an inflow path configured to branch off from the circulation path to supply the water of the sump to the reservoir. The dish washer also includes a first valve configured to open or close the inflow path and a second valve configured to open or close the outflow path, and the outflow path is configured to flow the water out of the reservoir.

A device for the dehumidification of air in a processing space of a dishwasher is connected in an air-conducting manner to the processing space of the electric appliance. The device includes carbon-based fibres, which are designed as a fibre unit. The fibre unit is arranged between the processing space or an air duct connected thereto and at least one dehumidification chamber of the device. The carbon-based fibres absorb moisture from the air of the processing space, which they then release again in the dehumidification chamber. During this process, the carbon-based fibres are moved backwards and forwards between the processing space or air duct and the dehumidification chamber, preferably by slow rotation on a support.

Disclosed is a control method of a dishwasher (100) including a tub (2) for receiving objects to be washed, a plurality of spray arms (711, 713, 715) for spraying wash water to the objects, and a steam nozzle (42) for spraying steam to the objects, the control method including a main washing cycle of washing the objects, a rinsing cycle of rinsing the washed objects using wash water, and a drying cycle of drying the objects after the rinsing is completed, wherein the drying cycle includes spraying steam, received from a steam source, to the objects to increase a temperature of the objects (a steam spraying step) and resupplying water to the steam source in order to prevent the steam source from being heated after the steam spraying step (a cooling step).

A dishwashing appliance may include a cabinet, a tub, a pump, a spray assembly, a fluid recirculation duct a sorption segment, and an electric heating assembly. The tub may be housed within the cabinet and define a wash chamber. The spray assembly may be housed within the wash chamber of the tub in fluid communication with the pump. The fluid recirculation duct may define a duct path extending from a path inlet to a path outlet to recirculate air. The sorption segment may be disposed along the duct path and include a reversibly dehydratable material. The electric heating assembly may be disposed outside of the wash chamber in thermal communication with the sorption segment to selectively heat the sorption segment.