Abstract: A shelf stand for goods is proposed which has individually rotatable shelves, which are substantially circular and located one above the other. At the periphery of each shelf there is a driving device adapted to cooperate with driving means on the peripheral part of the shelf for turning or rotating the shelf. The shelves are divided into sections provided with impulse generators cooperating with impulse counters for determining the rotational position of the shelf.

Abstract: A shelf stand for goods is proposed which has individually rotatable shelves, which are substantially circular and located one above the other. At the periphery of each shelf there is a driving device adapted to cooperate with driving means on the peripheral part of the shelf for turning or rotating the shelf. The shelves are divided into sections provided with impulse generators cooperating with impulse counters for determining the rotational position of the shelf.

Abstract: A shelf stand for goods has individually rotatable shelves, which are substantially circular and located one above the other. At the periphery of each shelf there is a driving device adapted to cooperate with driving motors on the peripheral part of the shelf for turning or rotating the shelf. The shelves are divided into sections provided with impulse generators cooperating with impulse counters for determining the rotational position of the shelf.

Abstract: A tray stand includes a vertical column (1, 12) and a plurality of circular trays (3, 14), rotatably carried by the column and situated one above the other. Each such tray includes a plurality of substantially circle sector-shaped sections (4, 22), which are carried by a common holder or hub (5, 16) rotatably mounted on the column, so that together they form a circular tray. The circle sector-shaped tray sections (4, 22) are arranged on arms (56, 18) radially projecting from the holder (5, 16) so that substantially the whole surface of each section in the tray (3, 14) is accessible without obstruction by the overlying tray (3, 14).

Abstract: An elongate drawer (2), (FIG. 1) is slidably mounted in a chest of drawers (1) and has compartments for storing small objects, particularly packed goods for drugstores and the like. The bottom of the drawer is formed from two longitudinal halves (3a,3b), which are united along the longitudinal central line (4) of the drawer bottom, to slope from there towards the longitudinal sides (5,6) of the drawer, there being a vertical spinal wall (7) attached to the longitudinal halves (3a,3b) along the longitudinal central line (4) to divide the drawer (2) in its longitudinal direction into two spaces with vertical compartment walls (8).

Abstract: A clamping device (FIG. 1) is provided for joining together boards (1,2) lying edge to edge in the same plane, and comprises a fixing rail (20) with upwardly directed flanges (21,22) at a mutual angle of about 90.degree., a pair of trough-like members (12,13) each bearing against the inside of one of said flanges (21,22), the side surface of one side (14) of said members (12,13) each bearing against the under side of a board (1,2) with its other side edge (15) engaging in a groove (16,17) in each board (1,2), there being a tensioning rail (9) with outwardly directed flanges engaging in slots (7,8) in the edge surfaces (3,4) of the boards (1,2), and clamping bolts (23) between the fixing rail (20) and tensioning rail (9) for urging the fixing rail towards the members (7,8) serving to support the boards (1,2) and press their edges (3,4) towards each other.