초록 ▼

A storage structure includes generally rectangular panels arranged in at least one group of panels that are vertically oriented and each hinged about a respective hinge pin to a common connecting structure to pivot between two limit orientations. Each end panel has, on its bottom horizontal edge, a

A storage structure includes generally rectangular panels arranged in at least one group of panels that are vertically oriented and each hinged about a respective hinge pin to a common connecting structure to pivot between two limit orientations. Each end panel has, on its bottom horizontal edge, a support wheel, which rolls on the floor to support the panel cantilever-fashion. Each panel can carry objects, such as works of art, that can be observed from a sufficient distance in a storeroom. Both faces of each panel are accessible and can be used to fix objects, which maximizes the available storage area.

대표청구항 ▼

A storage structure includes generally rectangular panels arranged in at least one group of panels that are vertically oriented and each hinged about a respective hinge pin to a common connecting structure to pivot between two limit orientations. Each end panel has, on its bottom horizontal edge, a

A storage structure includes generally rectangular panels arranged in at least one group of panels that are vertically oriented and each hinged about a respective hinge pin to a common connecting structure to pivot between two limit orientations. Each end panel has, on its bottom horizontal edge, a support wheel, which rolls on the floor to support the panel cantilever-fashion. Each panel can carry objects, such as works of art, that can be observed from a sufficient distance in a storeroom. Both faces of each panel are accessible and can be used to fix objects, which maximizes the available storage area. . A device, according to claim 1, wherein said locking element (11) include a pin. 12. A device, according to claim 1, wherein said locking group (8,18) is made in one integral body. 13. A device, according to claim 1, including at least one pair of protuberances (37), which face each other and are staggered with respect to one another, and are situated along the walls of said groove (7a). 14. A device, according to claim 13, wherein the distance between the opposite protuberances (37) is 1.6 mm and the distance between each protuberance (37) and the opposite surface is 1.72 mm. 15. A device, according to claim 1, wherein said support structure (4) is made in one body. 16. A device, according to claim 1, wherein said support structure (4) includes: a lower portion (F) featuring at one end said base (5); a first coupling element (80) made at the other end of said lower portion (F); a first longitudinal section (83a) of said board guide groove (83) made along said lower portion (F); an upper portion (G) co-operating with said locking group (8,18) and featuring a second longitudinal section (83b) of said board guide groove (83), said transversal cutting (12a), and said guiding seat (9a); a second coupling element (81), which co-operates with said first coupling element (80); with said upper portion (G) movable from a disengaged condition (M), in which it is disengaged from the lower portion F, to an engaged condition (L), defined by the removable joining of said first coupling element (80) and second coupling element (81), so that the corresponding sections, first (83a) and second (83b) of the groove (83) are aligned. 17. A device, according to claim 1, wherein said first coupling element (80) includes a through seat having axis crosswise to the relative groove, and said second coupling element (81) includes a protrusion, whose section is complementary to said seat (80). 18. A device, according to claim 1, wherein said portion (D) includes an extension (81a) which carries said protrusion (81) and whose shape allows it to go in abutment against said lower portion (F), when said portion (G) is in the engaged condition (L).