A cleaning device according to the present disclosure includes a first infinite belt assembly and a second infinite belt assembly disposed along a first plane and a second plane, respectively, where each plane is parallel to a longitudinal plane of the cleaning device. The second infinite belt assembly is disposed proximal to the first infinite belt assembly such that a gap is defined therebetween to receive a kitchen tool. Each of the first infinite belt assembly and the second infinite belt assembly includes bristles extending from respective outer surfaces to contact the kitchen tool. A water supply manifold of the device supplies water onto at least one of the kitchen tool, the infinite belts assemblies, and the gap. A drive unit counter rotates the first infinite belt assembly with respect to the second infinite belt assembly.

The present invention relates to a dishwasher for washing fruits and vegetables with less water and minimum energy use. The dishwasher (M) comprises main body; first basket (S); bottom area (1) in which there are provided two-way valve (1a), first channel (1b) and second channel (1c); washing compartment (2) comprising third channel (2a), first water outlet (2b), second water outlet (2c) and drainage connection unit (2d); fruit and vegetable washing apparatus (F) located on the first basket (S) and comprising chamber (4) in which fruits and vegetables are washed, carrying member (2) providing connection to the first basket (S) and one side of which is connected with lower side of the chamber (4), first water inlet (7) through which water reaching the first water outlet (2b) is transmitted into the carrying member (2), second water inlet (8) transmitting water from the second water outlet (2c) into the chamber (4); and control unit which controls operation of the valve (1a) such that water is transmitted to the second channel (1c) for washing fruits and vegetables or to the first channel (1b) for washing dishes inside the dishwasher (M), in response to the user-selected washing program of the dishwasher (M).

A cleaning method includes sensing at least one trigger, where the at least one trigger is chosen from sensing a presence of a first liquid within a wash compartment of an appliance with a liquid sensor and sensing an elapsed time from activation of a faucet of the appliance with a timer. The cleaning method also includes draining the first liquid from the wash compartment of the appliance. Additionally, the cleaning method includes rinsing the wash compartment with a second liquid. The draining of the first liquid from the wash compartment of the appliance and the rinsing of the wash compartment with a second liquid are both performed prior to initiating a wash cycle of the appliance.

A method of controlling a dishwashing appliance may include determining that a cooking operation has been input to the dishwashing appliance via a mobile device, receiving an input option for the cooking operation via the mobile device, and activating the pump to supply a predetermined volume of fluid to the container at a predetermined temperature.

A dishwashing appliance includes a tub defining a wash chamber, a pump configured to deliver a liquid into the wash chamber, a spray assembly provided within the wash chamber, conduit in fluid communication with the spray assembly, a rack slidably provided within the wash chamber, container attached to the rack and in fluid communication with the conduit, and a controller in communication with the pump and the spray assembly. The controller is configured to perform a series of operations, including determining that a cooking operation has been input to the dishwashing appliance, activating the pump to supply the liquid to the container at a predetermined temperature for a predetermined amount of time such that an amount of liquid within the container is above a first predetermined amount, and deactivating the pump after the predetermined amount of time.

A system and method for cleaning a reusable dish, comprising: picking a dirty dish from a load module disposed to contain at least one dirty dish with a robotic arm, wherein said dirty dish is stained with material that needs to be removed prior to reuse; transporting said dirty dish from said load module to a wash module with said robotic arm; cleaning said dirty dish in said wash module having the means to transform said dirty dish into a clean dish, wherein said clean dish does not exhibit any material that needs to be removed prior to reuse; transporting said clean dish from said wash module to a store module with said robotic arm; and dropping off said clean dish in said store module, wherein said store module is disposed to contain at least one clean dish, whereby each dirty dish is cleaned thoroughly and efficiently with individual attention in real time.

A laundry treating appliance comprising a combination washer/dryer having a cabinet defining an interior, a tub located within the interior with a first access opening, a rotatable drum located within the tub and having a rear wall defining a fan, a closure moveably mounted to the cabinet and selectively movable between open/closed positions to open/close at least one of the first and second access openings; an air recirculation conduit having an inlet fluidly coupled to a first portion of the treating chamber and an outlet fluidly coupled to a second portion of the treating chamber, which is different than the first portion, and a condenser fluidly coupled to the recirculation conduit.

A laundry treating appliance comprising a combination washer/dryer having a cabinet defining an interior, a tub located within the interior with a first access opening, a rotatable drum located within the tub interior and defining a treating chamber with a second access opening, aligned with the first access opening, an air recirculation conduit, and a condenser fluidly coupled to the recirculation conduit and having at least two fluidly connected condensing chambers.

A household appliance includes a water inlet configured to connect the appliance to an external water supply; a pressure control device configured to prevent water entering the appliance from the water inlet from exceeding atmospheric pressure; a treatment container configured to treat household items with water; and a seal between the pressure control device and the treatment container configured to prevent gas flowing from the treatment container to the pressure control device.

There is provided a cooking system capable of providing novel cooking experiences, the cooking system including: a top plate unit including a first top plate and a second top plate; a top plate drive unit that lowers the first top plate; a cooking assistance unit provided in a side surface of a cooking space formed by lowering of the first top plate; an arm movement unit that moves a cooking arm including an attaching/detaching portion capable of attaching/detaching an attachment having a cooking function along a movement mechanism; and an arm control unit that drives the cooking arm in accordance with a cooking process. The present technology can be applied to a system kitchen having a robotic function.