A corner storage device that includes a top piece that includes a left wall side, a right wall side, and a diagonal opening side. The left wall side and the right wall side together substantially form a right angle at a corner of the corner storage device, and the diagonal opening side is not parallel to the left wall side and not parallel to the right wall side. The corner storage device further includes panel guides that are coupled to the top piece and substantially parallel to each other, and storage panels that are slidably coupled to the panel guides. Each of the storage panels is configured to slide between a close position where the storage panel does not extend beyond the diagonal opening side and an open position where the storage panel extends beyond the diagonal opening side.

The nestable and drainable shower niche insert system inserts vertically and is retained within a shower stall. The system includes a water-tight pan having outwardly sloped walls, to insert and retain within and against the shower stall, and a nest pan retained within the water-tight pan. The nest pan has at least one horizontal wall adjacent one of the outwardly sloped walls, to guide and drain liquid running off the horizontal wall into the shower stall.

A corner cabinet drawer (14, 114) includes first and second drawer modules (36a,b, 136a,b) each including drawer frames (38a,b, 138a) having side walls (46a,b 146a), rear walls (52a,b, 152a), and front walls (54a,b, 154a), and wherein the drawer modules are pivotable between a side-by-side closed position and a spread-apart open position. A corner cabinet (10, 110) includes the corner cabinet drawer translatably and pivotably mounted with respect to a cabinet housing (12), and including drawer articulators (40a,b, 41a,b, 60a,b, 140a, 141a, 160a,b) coupled to the cabinet housing and to the drawer, wherein the first and second drawer modules are translatable via the drawer articulators from a stored position with respect to the cabinet housing to the extended closed position and the spread-apart open position. Aspects of individual drawer modules are also disclosed.

A Highly Hung Vertically Moveable Cabinet (HHVMC) comprising a cabinet having a bottom and a top essentially parallel thereto; and an electrical motion system configured to allow movement of the cabinet to a predetermined distance of at least 500 mm in a first direction and in a second opposite direction. Both first direction and second direction being essentially normal to the cabinet bottom and top, and switches electrically coupled to the motion system, wired to allow selection of the movement in the first or second direction.

A basket pullout system for a blind corner cabinet with an orientation bracket and stabilizer for installation of a blind corner pullout with adjustable shelves. The orientation bracket allows for easy installation of a base assembly irrelevant of which side the door opens or whether the cabinet has a face frame. The vertical stanchion assembly also allows for easy adjustment of slide positions to transition between a cabinet with the door on the right to the door on the left, and vice versa.

A shelf or rack includes at least one support plane and having a carcass and a bottom panel. Mutually facing support surfaces of the carcass or a support panel attached to an underside of the carcass and the bottom panel each have at least one groove in which rolling elements are guided. The carcass is movable relative to the bottom panel from a starting position into an intermediate position and further into an open position and back. In the intermediate position, the carcass is rotated in a direction of rotation relative to the bottom panel and is displaced in a predetermined direction. An opening and/or closing mechanism with a force accumulator assisting an opening and/or closing movement of the carcass is arranged on a surface of the bottom panel facing away from the carcass.

A movement device installable in a corner cabinet includes at least one frame, for supporting at least one first containment element and at least one second containment element placeable mutually side by side in horizontal direction, first guide means for translating the at least one first containment element along a first drive direction and second guide means for translating the at least one second containment element along a second drive direction, wherein the first guide means are operatively connected to the frame so as to allow the movement of the at least one first containment element only along the first drive direction.

A cabinet shelving system includes a first set of shelves and a second set of shelves each having an upper shelf. The first and second set of shelves may be mounted on a cabinet mounting frame. The cabinet mounting frame may be installed in an interior cavity of a cabinet. The cabinet mounting frame may be used to slide the second set of shelves within the interior cavity while the first set of shelves is outside the interior cavity. Each of the first set of shelves and the second set of shelves may be independent slid, using a pair of slide out slides, between inside and outside of the interior cavity. The upper shelf of the first set of shelves and the second set of shelves may slide from outside to inside the interior cavity independent of movement of the first shelf frame and the second shelf frame, respectively.

A cabinet (1) with a containment space (2), shelves (9) contained in the containment space (2), an access opening (3) to the containment space (2) and a moving mechanism (4) for moving the shelves (9) through said opening (3); wherein said moving mechanism (4) comprises a first arm (5) and a second arm (6), which are sustained by the cabinet (1), cantilever-style, inside the containment space (2), and rotatably about a vertical line (V), said first arm (5) and second arm (6) in turn sustaining a related shelf (9) in a condition in which it can rotate, turning about at least one vertical line (V); at least the second arm (6) of said arms (5, 6) being provided with two component segments (10, 11), converging at an interposed articulated joint (12); and control and guiding means (13) for coordination of the movement of said first arm (5) and second arm (6) which are designed to allow the shelf (9) to travel along a horizontal trajectory with variable orientation of its positioning, in such a way as to pass through the access opening (3) of said cabinet (1). The control and guiding means (13) comprise a double slider (14) and a double track (16) relative to which said double slider (14) is movable, said sliders (14) and said tracks (16) being constantly coupled to one another, and operatively positioned between said first arm (5) and second arm (6).

A folding hard-wall locker includes a frame, a front door connected to the frame for opening and closing the locker, and accordion-like folding side-walls connected to the frame. Each of the folding side-walls has first and second edges facing away from the frame. For each of the folding side-walls, the length of the first edge plus the length of the second edge is greater than the height of the door (and of the frame). In operation, the locker may be unfolded, assembled, and positioned for use within a shelter. The combined lengths of the first and second edges is greater than any dimension of the locker before the locker is unfolded from its shipping configuration. Among other things, the unfolded, assembled locker is adapted to fit beneath an angled ceiling of a flexible shelter.