A container cabinet has a box-like structure and a door connected to the box-like structure by an articulated quadrilateral. The box-like structure has a first side shoulder and a second side shoulder, an upper panel, a lower panel, and a front part. The articulated quadrilateral, supporting and guiding the door from a door closing position to a door maximum opening position, has a crank having a first crank end and a second crank end, and a rocker arm. The crank is hinged with the first crank end to the door and with the second crank end to the upper or lower panel to rotate about a crank vertical rotation axis. The rocker arm is connected, on one side, to the door and, on an opposite side, to the first side shoulder and has a movable side panel having a movable side panel front end and a movable side panel rear end, respectively hinging the movable side panel to the door and to the first side shoulder.

A lift wall for covering a large opening between an indoor and outdoor space, such as a veranda or lanai. The lift wall comprises several vertically arranged panels that are at least partially transparent. Each of the panels is mounted in in a vertical side channel for movement between a closed position and an opening position. In the closed position, the panels are spread vertically with overlapping and interlocking horizontal edges to seal the opening. In the open position, the panels are positioned in side-by-side stacked arrangement, which may be at the top or the bottom of the opening. Top stacking is ideal for spaces where foot traffic traverses the threshold of the opening. Bottom stacking is advantageous for upper levels; the stacked panels provide a safety railing while not obscuring the view. A mesh screen panel may be added for use when the panels are retracted.

A stacking screen door has two rails and multiple door panels. Each one of the rails has a groove, a conductive bar, and an elastic assembly. The conductive bar is movably located in the groove. The elastic assembly is connected to the conductive bar and the groove, and is configured to push the conductive bar out of the groove. The door panels selectively move along the two rails and are sequentially connected vertically to each other in the rail. Each one of the door panels has two electric assemblies and multiple display screens. Each one of the display screens is electrically connected to the two electric assemblies. When each one of the door panels moves along the two rails, each one of electric assemblies is respectively connected to the conductive bar. Therefore, power can be supplied to the display screens.