A tool for supporting tiles on a wall being applied to the wall while drying between two countertops. The tile support device includes an elongated body and two longer side pieces that can balance on each countertop. The tile support device includes a ledge or ridge that couples to an angled surface or sloped surface. The tile support device can be positioned beneath a last level or row of drying tiles without having to fasten the tool to a wall surface or other surface therefore preventing damage to the wall surface or other surface from fasteners. The tile support device can be easily positioned and removed from beneath the last level or row of drying tiles that are drying on the wall.

A revolving shelf system including first and second side plates configured to be mounted on opposite side walls of a cabinet, a drive track configured to extend from an inner front face to an outer back face of each of the first and second side plates, at least one shelf member having first and second ends connected to the drive track, and a drive mechanism located on the outer back face of at least one of the first and second side plates, the drive mechanism configured to move with a rotation motion the at least one shelf member about the drive track.

A revolving shelf system including first and second side plates configured to be mounted on opposite side walls of a cabinet, a drive track configured to extend from an inner front face to an outer back face of each of the first and second side plates, at least one shelf member having first and second ends connected to the drive track, and a drive mechanism located on the outer back face of at least one of the first and second side plates, the drive mechanism configured to move with a rotation motion the at least one shelf member about the drive track.

A method includes providing a kitchen assembly that includes one or more supports, one or more side counters, which are supported by the one or more supports, a central counter, and a front panel positioned sideways relative to the one or more supports. There is a space adjacent the one or more side counters and behind the front panel for receiving therein a cooking appliance. The kitchen assembly is used in one of two modes: a storage mode and a usage mode. In the usage mode the central counter is placed above the space and is adjacent the one or more side counters and the front panel, and the cooking appliance is not in the space. In the storage mode the central counter is moved away from the space and the cooking appliance is positioned in the space.

A method includes providing a kitchen assembly that includes one or more supports, one or more side counters, which are supported by the one or more supports, a central counter, and a front panel positioned sideways relative to the one or more supports. There is a space adjacent the one or more side counters and behind the front panel for receiving therein a cooking appliance. The kitchen assembly is used in one of two modes: a storage mode and a usage mode. In the usage mode the central counter is placed above the space and is adjacent the one or more side counters and the front panel, and the cooking appliance is not in the space. In the storage mode the central counter is moved away from the space and the cooking appliance is positioned in the space.

A revolving shelf system including side plates to be mounted on opposite side walls of a cabinet, a drive track on a face of each of the side plates, a plurality of guide tracks on the faces of the side plates, a plurality of shelves, a drive pin arranged on each end of the shelves, and configured to extend respectively into each of the drive tracks, a plurality of guide pins arranged on each end of the shelves, and configured to extend respectively into corresponding ones of the guide tracks, a drive chain arranged in each of the side plates to respectively drive the drive pins, and a motor to transmit driving power to the drive chains, wherein the shelves move with a rotation of the drive chains, and the drive and guide pins remain extended into the respective drive and guide pin tracks at any position of the shelves.

A cabinet system arranged to allow access to floor space underneath, the system including two side walls having front and rear edges, at least one door arranged proximate the front edges of the side walls and configured to be openable to access an area between the side walls; and a bottom panel arranged between the two side walls and configured such that at least a portion of the bottom panel is selectively movable to at least partially expose a floor space extending back from the front edges of the side walls.

A modular cabinet system including a cabinet shell configured with an open front space, a cabinet insert configured to be selectively installed in, and removed from, the cabinet shell by being passed through the open front space, a pair of first slide members respectively provided to each inner side surface of the cabinet shell, and a pair of second slide members respectively provided to each outer side surfaces provided proximate each side of the cabinet insert, wherein the respective first slide members are configured to interact with the corresponding second slide members to guide the cabinet insert into, and out of, the cabinet shell.

A modular cabinet system including a cabinet shell configured with an open front space, a cabinet insert configured to be selectively installed in, and removed from, the cabinet shell by being passed through the open front space, a pair of first slide members respectively provided to each inner side surface of the cabinet shell, and a pair of second slide members respectively provided to each outer side surfaces provided proximate each side of the cabinet insert, wherein the respective first slide members are configured to interact with the corresponding second slide members to guide the cabinet insert into, and out of, the cabinet shell.

A workstation including a frame panel having a first inset and cap beams. An inner skirt is connected at least partially around the frame panel, and has a stepwell portion including a kickplate. A first mount plate is connected to the kickplate and extends inwardly. An outer skirt is disposed at least partially around the inner skirt. The outer skirt is slidable with respect to the inner skirt. A first mounting brace is connected to at least two of the cap beams. A second mount plate is connected to the first mounting brace and disposed inwardly. A first actuator is disposed between the first mount plate and the second mount plate, and through the first inset. The first actuator is configured to change in length and hence to change a distance between the first mount plate and the second mount plate. A work surface is connected to the outer skirt.