Abstract: A high cabinet may be mechanically lowered to within reach of a disabled user. In the second exemplary embodiment, a scissor-jack type mechanism pushes an outer cabinet out from the wall and a sliding mechanism allows an inner cabinet to drop down from within the outer cabinet.

Abstract: A high cabinet may be mechanically lowered to within reach of a disabled user. A single cabinet is mounted between a pair of vertically sliding plates, which are mounted between a pair of horizontally sliding plates, which are mounted within a wall or enclosure. Slidable mounting is achieved by pairs of vertical and horizontal tracks. The cabinet is moved along the horizontal tracks by one or more horizontally oriented linear motors, and moved along the vertical tracks by one or more vertically oriented linear motors.

Abstract: A high cabinet may be mechanically lowered to within reach of a disabled user. In the second exemplary embodiment, a scissor-jack type mechanism pushes an outer cabinet out from the wall and a sliding mechanism allows an inner cabinet to drop down from within the outer cabinet.

Abstract: A high cabinet may be mechanically lowered to within reach of a disabled user. In the first exemplary embodiment, a cabinet is attached to a wall by two sets of rotatable lever arms, which allow the cabinet to be translationally moved between a raised position against a wall and a lowered position out from the same wall, optionally resting on a countertop. In the second exemplary embodiment, a scissor-jack type mechanism pushes an outer cabinet out from the wall and a sliding mechanism allows an inner cabinet to drop down from within the outer cabinet. In the third exemplary embodiment, a single cabinet is mounted between a pair of vertically sliding plates, which are mounted between a pair of horizontally sliding plates.