Abstract: An Assemblable wardrobe made of a plastic material, comprising a first and at least a second module positioned one above the other, where each module comprises two side panels, a rear panel, at least a shelf and a reinforcing structure, the reinforcing structure comprising an upper cross-member and respectively a lower cross-member arranged along upper and respectively lower sides of the rear panel and a connecting upright joining said cross-members, each module further comprising an L-shaped support having a vertical wing connected along the connecting upright and a horizontal wing for supporting the shelf, the L-shaped support has clamping means of the upper cross-member to the lower cross-member of the overlying module.

Abstract: The invention relates to a modular wardrobe made of plastic material, comprising an assemblable reinforcement structure (15), where said assemblable reinforcement structure (15) comprises a pair of lateral cross-members (24), where each of the aforementioned lateral cross-members (24) is connectable to a connection cross-member (28) to form a stiffening structure (17) for the wardrobe (10) and where an L-shaped support (23) is further provided for sustaining shelves (61, 62) of the wardrobe (10), said L-shaped support (23) comprising a portion for connecting the connection cross-member (28) to a vertical upright (22) for forming said assemblable structure (15). The provision of the L-shaped support (23) allows one or the other shelf portion (61 or 62) to be selectively removed without having to use an upright for supporting the remaining shelf and hence increasing flexibility when using the wardrobe.

Abstract: An Assemblable wardrobe made of a plastic material, comprising a first and at least a second module positioned one above the other, where each module comprises two side panels, a rear panel, at least a shelf and a reinforcing structure, the reinforcing structure comprising an upper cross-member and respectively a lower cross-member arranged along upper and respectively lower sides of the rear panel and a connecting upright joining said cross-members, each module further comprising an L-shaped support having a vertical wing connected along the connecting upright and a horizontal wing for supporting the shelf, the L-shaped support has clamping means of the upper cross-member to the lower cross-member of the overlying module.

Abstract: The invention relates to a modular wardrobe made of plastic material, comprising an assemblable reinforcement structure (15), where said assemblable reinforcement structure (15) comprises a pair of lateral cross-members (24), where each of the aforementioned lateral cross-members (24) is connectable to a connection cross-member (28) to form a stiffening structure (17) for the wardrobe (10) and where an L-shaped support (23) is further provided for sustaining shelves (61, 62) of the wardrobe (10), said L-shaped support (23) comprising a portion for connecting the connection cross-member (28) to a vertical upright (22) for forming said assemblable structure (15). The provision of the L-shaped support (23) allows one or the other shelf portion (61 or 62) to be selectively removed without having to use an upright for supporting the remaining shelf and hence increasing flexibility when using the wardrobe.

Abstract: The modular shelving system with highly flexible use has at least one first module having supporting feet of a bottom shelf and a top shelf connected to one another by uprights, said feet comprising adjustment means for the perfectly horizontal arrangement of said bottom shelf and said top shelf so that each of said uprights is loaded with a peak or axial load so as to obtain a capacity of said shelving system that is substantially equal to the nominal design load thereof.

Abstract: The modular shelving system with highly flexible use has at least one first module having supporting feet of a bottom shelf and a top shelf connected to one another by uprights, said feet comprising adjustment means for the perfectly horizontal arrangement of said bottom shelf and said top shelf so that each of said uprights is loaded with a peak or axial load so as to obtain a capacity of said shelving system that is substantially equal to the nominal design load thereof.

Abstract: A shelf unit having at least one metal shelf having at least one through hole, at least one upright made of plastic and comprising at least one male connecting end and at least one female connecting end, coupling with the male connecting end, and at least one plastic insert exhibiting at least one through hole provided with means for engagement with the upright, the first and second parts of the upright can be slipped into the hole of the insert from opposite sides thereof so as to connect them to each other, the insert interlocking in one end of the shelf in which the hole in the insert is aligned with the hole in the shelf and the engagement means can be tightly fastened between the female connecting end and the male connecting end when the first and second parts of the upright are connected to each other.

Abstract: A support structure (1) of items in general comprises a plurality of uprights (2) supporting a plurality of shelves (3). The structure exhibits connection members (4, 5, 8) arranged between each upright (2) and the shelves (3), and holding members (12, 13) associated to the shelves (3), which allow connecting at least two structures (1) with one another.

Abstract: A modular shelving system has modular members in which upper and lower links along corresponding sides of the rectangle are joined by uprights in the form of pairs of columns whose pins engage in holes of the links. The holes are provided in pairs at each corner so that four equivalent holes are disposed in a row when two modular members lie in the same plane and adjoin at the respective corners. The columns can interconnect the modular members.

Abstract: A damping support, which is particularly intended for reciprocating engines of motor vehicles, comprises a tubular support body intended for fixing to a support structure and closed at one end so as to define a chamber containing a damping liquid, an attachment member intended for fixing to an oscillating member and connected coaxially to the other end of the tubular support body by an annular element of elastomeric material, a transverse disc member connected to the attachment member and immersed in the damping liquid and having holes for the passage of the liquid, and an oburator associated with the disc for varying the area for passage of the liquid through the holes. In particular, the support enables a reduction of the high-frequency vibrations over a wide frequency range.