A device for recovering energy from hot wares includes a standalone cabinet structure having a housing that defines an internal rack receiving space and an energy recovery system associated with the cabinet structure. The rack receiving space is sized to receive and hold multiple racks of hot wares at the same time. The energy recovery system is configured to transfer heat from the hot wares to a fluid passing through the cabinet structure. A method of recovering heat from wares, and a warewash machine that includes an energy recovery system are also described.

A dishwasher is disclosed. When the dishwasher performs a drying process, the dishwasher increases a temperature of a washing space before air inside the washing space is discharged, thereby maintaining the temperature of the washing space at an appropriate drying temperature and increasing efficiency of the drying process.

Provided is a dual-mode water inlet dishwasher, comprising a shell, and an inner container, a spraying arm, a washing pump, a heating washing pump, and a respirator water tank which are provided in the shell. A water trough is provided in the inner container. A water inlet of the water trough is connected to the respirator water tank. A water outlet of the water trough is connected to the heating washing pump. The heating washing pump is connected to the spraying arm. The spraying arm sprays water to the inner container. The dishwasher integrates the functions of breathing, dual-mode water channel, anti-overflow and drainage. Also, the dishwasher has the features of simple structure, multi-function, and easy and convenient installation to facilitate the use by users.

A dishwasher (1) for cleaning washware items (2) in the form of drinking vessels is configured as a counter module of a counter system and includes at least one treatment zone (3) having a placement area (4) associated with the treatment zone (3) and a removal area (5) associated with the treatment zone (3), wherein the washware item (2) can be placed into the treatment zone (3) via the placement area (4) and the cleaned washware item (2) can be removed from the treatment zone (3) via the removal area (5), wherein the placement area (4) and the removal area (5) are disposed opposite one another with the interposition of the treatment zone (3). At least one bracket (15) is provided in the treatment zone (3) for in releasably securing and/or positioning the washware item (2) placed onto a placement surface (20) in the treatment zone (3).

A dishwasher system for cleaning dishes may include a dishwasher tub configured to house dishes therein and run a dishwasher cycle, a door assembly configured to selectively seal the dishwasher tub, the door assembly including an inlet nozzle arranged on the inside of the door assembly, the inlet nozzle extending across the width of the door at the top of the door assembly to receive hot and moist air post wash from the dishwasher tub, and a duct fluidly connected to the inlet nozzle and configured to transfer the air through the door assembly and out an outlet nozzle during a drying phase of the dishwasher cycle prior to the door assembly being opened post-cycle.

A dish treating appliance includes a tub at least partially defining a treating chamber with an access opening. A door is movable relative to the tub between closed and opened positions to selectively close and open the access opening. The dish treating appliance further includes an air supply circuit. The air supply circuit includes an air inlet and an air outlet with an opening that faces an upper portion of the access opening. An air channel fluidly couples the air outlet to the air inlet.

A household dishwasher includes a dishwasher cavity for receiving items to be washed for treatment, and a structural unit sized to extend over at least half of a width of the household dishwasher. The structural unit includes an air outlet for blowing air out of the dishwasher cavity, an extensive slotted blow-out opening in an upper region of the structural unit, and a collecting tank in a lower region of the structural unit for collecting condensate.

A dishwasher includes a dishwasher cavity for treatment of items to be washed and an air outlet for blowing out air from a dishwasher cavity. The air outlet is arranged in a lower quarter of a height of the dishwasher and extends as a slotted outlet across at least two thirds of a width of the dishwasher. The air outlet includes a first air-guiding element designed for a targeted removal of air into a region in front of a front face of the dishwasher, with the first air-guiding element applying a downward component to outflowing air.

A household dishwasher includes a dishwasher cavity for processing items to be washed, a front panel attached to a front side of the household dishwasher, and an air discharge unit arranged in a lower quarter of a height of the household dishwasher and including an air outlet designed to discharge air from the dishwasher cavity and arranged in the lower quarter of the height of the household dishwasher. The air outlet extends as a slotted outlet over at least two thirds of a width of the household dishwasher. The air discharge unit is designed to be held indirectly or directly on the front panel via a retaining connection in such a way that the air discharge unit is detachable from the front panel when the front panel is dismantled.

A method of assembling a dishwashing appliance includes selecting one fan cover from a plurality of fan covers. Each fan cover of the plurality of fan covers is configured to be removably mounted in a vent conduit. The plurality of fan covers are each interchangeable with every other fan cover of the plurality of fan covers. The method also includes mounting the selected fan cover removably in the vent conduit. Such mounting results in the formation of a flow path for air from an ambient environment outside of the dishwashing appliance through the vent conduit and the fan cover. The flow path for air from the ambient environment is partially defined by a wall of the fan cover.