A dish rack (1) for dishwashers (2), the dish rack (1) having a grid-shaped rack base (4), which is formed from base webs (3), and side walls (5), the side walls (5) together with the rack base (4) surrounding a rack interior space (6) of the dish rack (1), and the rack base (4) and/or the side walls (5) having standing surfaces (8) on an underside (7) of the dish rack (1). These standing surfaces end in a standing plane (9) of the dish rack (1), and the base webs (3) have angled web regions (10) which, as seen in a sectional plane (11) orthogonal to the standing plane (9), are arranged at least in regions at an acute angle (12) to the standing plane (9).

A dish washer includes: a basket; a first supporting member coupled to the basket in such a way to be rotatable between a first position of being folded to the basket and a second position of being unfolded from the basket; a second supporting member positioned below the first supporting member and coupled to the basket in such a way to be rotatable between a third position of being folded to the basket and a fourth position of being unfolded from the basket; and a connecting member rotating the second supporting member from the third position to the fourth position when the first supporting member rotates from the first position to the second position, wherein one end of the connecting member is connected to the first supporting member and the other end of the connecting member is connected to the second supporting member.

A dishwashing apparatus for washing dishes having a circular rim or lip is disclosed The apparatus comprises a spray nozzle configured to spray a liquid onto a target zone; a first rod; a second rod; and a third rod; the first rod, second rod and third rod each having a screw thread on an outer surface and each being rotatable about a respective longitudinal axis; the first rod, second rod and third rod being arranged in a parallel configuration, at equal distances from a central axis, wherein the separation of each of the first rod, second rod and third rod from the central axis is configured or configurable to receive a plurality of dishes such that the screw thread on each of the rods engages with the circular rim or lip of the dishes and when the rods are rotated about their respective axes, the dishes are caused to move relative to the spray nozzle in the direction of the central axis and rotate as they pass through the target zone. A dish drying apparatus having an analogous arrangement of rods is also disclosed.

A dishwasher, including: a dishwashing compartment having a loading opening; a door configured to close the loading opening; a bottom washware rack configured for movement out of and into the dishwashing compartment; a middle washware rack configured for movement out of and into the dishwashing compartment; and a top washware rack configured for movement out of and into the dishwashing compartment. The top rack is formed of wire thereby to hold washware including cutlery and to enhance drying performance. The spacing between an inner surface of a top wall of the dishwashing compartment and an upper surface of a deepest portion of the top rack is in a range of 79.0 mm to 83.0 mm. The top rack is formed with a notch section along at least one side in a bottom portion thereof, and include an angled portion to hold bowls at a slight tilt with respect to horizontal.

A system for conveying dishware through a cleaning cycle. The system includes a conveyance assembly having a receiving surface to receive and retain dishware. The conveyance assembly rotates the receiving surfaces about an axis to convey the dishware to each of at least two unique locations. A corresponding system and method are also disclosed and claimed herein.

A system for conveying dishware through a cleaning cycle. The system includes a conveyance assembly having a receiving surface to receive and retain dishware. The conveyance assembly rotates the receiving surfaces about an axis to convey the dishware to each of at least two unique locations. A corresponding system and method are also disclosed and claimed herein.

A ware-washer includes a cabinet assembly. An over-shelf includes opposing side supports extending from the over-shelf. A translation mechanism is operably coupled to the side supports and the cabinet assembly and allows the over-shelf to be moved from a storage position to a maintenance position.

A silverware pre-washing and washing system made up of a unitary basin with one to five, and preferably three, vertically movable porous baskets arranged radially around a central vertical lifting and lowering mechanism. The base with unitary basin contains a quantity of washing fluid(s) into which each of the vertically movable porous baskets may be repeatedly immersed. The base cover defines cylindrical ports through which the baskets are raised and lowered. The porous baskets include perforation arrays to allow washing fluid to flow in non-linear paths through the silverware contained in the basket, thereby washing all sides of the silverware and beneficially re-arranging the silverware in the basket as the washing process proceeds.

Disclosed are a rack for a dishwasher, a dishwasher having the same and a manufacturing method thereof. The rack for dishwasher includes a rack body that accommodates therein objects to be cleaned and is disposed within a washing space of the dishwasher, and a fluorine-combined layer formed by molecular binding of fluoride onto a surface of parts formed of a plastic member, enabling the wetting property on the surface of plastic member to be increased to enhance the wetting performance, and friction on the motion parts to be reduced.

A ware rack for holding wares, such as long trays, to be washed includes a wire form unit configured with multiple tray loading stations. At least one tray loading station includes: an upper wire support extending laterally in a first rack direction from one side toward an opposite side of the rack; a first lower wire support extending laterally in the first direction and at a height that is lower than a height of the upper wire support; and a second lower wire support extending laterally in the first direction and at a height that is lower than the height of the upper wire support. At least one of the first lower wire support or the second lower wire support is offset, in a second rack direction from the upper wire support to form a tray receiving region, the second rack direction being perpendicular to the first rack direction.