A wire pan and interlocking top insert component are disclosed. The wire pan's top side is formed by a closed loop wire, which is connected to the parallelly placed bottom of the wire pan by inwardly sloping wires. Attached to the inwardly sloping wires are frictional clamping flanges and bent wires, which connect opposite inwardly sloping wires. The distance between the frictional clamping flanges and bent wire is substantially equal to the top insert edge wires' diameter. Thus, the top insert can be entered into the spaces between the bent wires and frictional clamping flanges, holding it in place during usage. The majority of the bent wires abut the top insert wire, besides for their central depressions which form portals. These portals are sufficiently wide, in some embodiments, to enter a finger into in order ease the process of the detachment of the top rack from the wire pan.

A wire pan and interlocking top insert component are disclosed. The wire pan's top side is formed by a closed loop wire, which is connected to the parallelly placed bottom of the wire pan by inwardly sloping wires. Attached to the inwardly sloping wires are frictional clamping flanges and bent wires, which connect opposite inwardly sloping wires. The distance between the frictional clamping flanges and bent wire is substantially equal to the top insert edge wires' diameter. Thus, the top insert can be entered into the spaces between the bent wires and frictional clamping flanges, holding it in place during usage. The majority of the bent wires abut the top insert wire, besides for their central depressions which form portals. These portals are sufficiently wide, in some embodiments, to enter a finger into in order ease the process of the detachment of the top rack from the wire pan.

An improved tableware stand with a cylindrical base providing vertical elevation of an adapter for use to receive and retain tableware, the cylindrical base including a circumferential sidewall adapted for receiving a removable, reversable tableware adapter which securely engages the food service item with misaligned receiving structure. The receiving structure includes a plurality of concentric channels for securely receiving and retaining different sized, dimensioned, configured, or shaped food service items while providing a substantially planar platform elevated from an underlying support surface.

An improved tableware stand with a cylindrical base providing vertical elevation of an adapter for use to receive and retain tableware, the cylindrical base including a circumferential sidewall adapted for receiving a removable, reversable tableware adapter which securely engages the food service item with misaligned receiving structure. The receiving structure includes a plurality of concentric channels for securely receiving and retaining different sized, dimensioned, configured, or shaped food service items while providing a substantially planar platform elevated from an underlying support surface.

Devices and methods for supporting and moving dishes. The devices include a base, and first and second pairs of arms extending from the base in opposite directions along a longitudinal axis of the device. Each of the first and second pairs of arms is spaced apart in a lateral direction of the device. The device further includes a first recess defined by and between the first pair of arms and a second recess defined by and between the second pair of arms to define first and second receptacles, respectively. Each recess has a perimeter exceeding one-half of a circumference of a circle. Accesses to the recesses are disposed on the longitudinal axis of the device and defined between opposing distal ends of the first and second pairs of arms. The first and second pairs of arms define, respectively, first and second sets of handles of the device.

Devices and methods for supporting and moving dishes. The devices include a base, and first and second pairs of arms extending from the base in opposite directions along a longitudinal axis of the device. Each of the first and second pairs of arms is spaced apart in a lateral direction of the device. The device further includes a first recess defined by and between the first pair of arms and a second recess defined by and between the second pair of arms to define first and second receptacles, respectively. Each recess has a perimeter exceeding one-half of a circumference of a circle. Accesses to the recesses are disposed on the longitudinal axis of the device and defined between opposing distal ends of the first and second pairs of arms. The first and second pairs of arms define, respectively, first and second sets of handles of the device.

An adjustable dish caddy comprising a plurality of partitions that are removably coupled to a base. The relative position of each partition within the caddy is adjusted by the user rotating a cam lever disposed in the top portion of each partition. Rotating the cam lever in turn pushes a cam shaft downwards through the partition which moves a spacer away from and off of the bottom surface of the base. With the spacer moved off of the bottom surface of the base, the user then moves or slides the partition to a new desired position along a pathway it is disposed in. The cam lever is then rotated back downward against the partition which reestablishes contact between the base and the partition, thereby locking the partition into its new position.

An adjustable dish caddy comprising a plurality of partitions that are removably coupled to a base. The relative position of each partition within the caddy is adjusted by the user rotating a cam lever disposed in the top portion of each partition. Rotating the cam lever in turn pushes a cam shaft downwards through the partition which moves a spacer away from and off of the bottom surface of the base. With the spacer moved off of the bottom surface of the base, the user then moves or slides the partition to a new desired position along a pathway it is disposed in. The cam lever is then rotated back downward against the partition which reestablishes contact between the base and the partition, thereby locking the partition into its new position.

An innovative dish stacker and holder. The dish stacker and holder includes a ring and legs connected to the ring, the legs extending downwardly from the ring. The legs are operative to stand flush on a floor surface of a dish below the stacker and holder, and the ring is operative to receive a downwardly extending base of a dish above the stacker. A ledge connected to ring extends below and overlaps a portion of an area circumscribed by the ring. The ledge is operative to engage and support a bottom side of a dish base inserted through an opening in the area circumscribed by the ring.

An innovative dish stacker and holder. The dish stacker and holder includes a ring and legs connected to the ring, the legs extending downwardly from the ring. The legs are operative to stand flush on a floor surface of a dish below the stacker and holder, and the ring is operative to receive a downwardly extending base of a dish above the stacker. A ledge connected to ring extends below and overlaps a portion of an area circumscribed by the ring. The ledge is operative to engage and support a bottom side of a dish base inserted through an opening in the area circumscribed by the ring.