Abstract:
A composite floor panel comprises a top layer (1), a bottom layer (3) and an insulation layer (2) between the top and bottom layers (1, 3). The top layer (1) acts mainly in compression and the bottom layer (3) acts mainly in tension when the floor is under load.
Abstract:
Floor element of the type which, at least at two opposite edges (5-6), comprises coupling means (9-10) allowing that two of such floor elements (1) can cooperate with each other at the respective edges (5-6), characterized in that the floor element (1) comprises at least two components (2-3), as well as comprises at least entity-forming means (14), which, starting from the aforementioned components (2-3), can effect an entity (4), wherein said components (2-3) can adopt at least two mutual positions (P1-P2), whether or not by- means of the disruption of the entity (4) effected by said entity-forming means (14).
Abstract:
A locking system 10 for mechanically joining a plurality of panels 16, 18 or components 12, 14 of an article of construction without the need for glue or other adhesive is provided Each panel 16, 18 includes first and second locking members 26,28 spaced beneath its outer surface 20 The first locking member 26 is at one side edge 22 of the panel and has two spaced-apart flexible arm portions 34, 36 at least one arm portion including a first latching member 54. The second locking member 28 is at another side edge 24 and includes a channel 70 recessed within the side edge. The channel 70 is sized to receive the arm portions 34, 36 without them having to contact th channel 70 unless deflected within the channel 70. The second latching member 56 is preferably a slot 72,74 abutting the channel 70.
Abstract:
A raised combination fallow lawn also used as an artificial golf green comprises two or more splice panels (1), connecting elements (3) for connecting the splice panels to each other, and turfs (4) with each having a coordinate size to that of the splice panel and fixed on the surface thereof.
Abstract:
There is disclosed herein a fastening element (18) including a first arm (19) extending parallel to a fastening element axis (XX), the first arm terminating at a first end (20), an opposing second arm (21) extending parallel to the fastening element axis. The second arm terminates at a second end (22), the first arm having a first curved edge (23) adjacent to the first end, and the second arm having a second curved edge (25) adjacent to the second end. The first curved edge and the second curved edge being located on opposing sides of the fastening element axis, the first and second arms meeting at a central region, a stem (202) having a proximal end and a distal end. The proximal end extending from the central region, the stem extending perpendicularly to the fastening element axis along a pivot axis of the fastening element; and a base member (208), the base member being mounted at or adjacent the distal end of the stem, the base member extending parallel to the fastening element axis.
Abstract:
A portable floor panel (12) and a portable floor system comprising a plurality of such portable floor panels (12) , each panel comprising a planar portion (14) including a top surface (26) , a core (20) , a bottom surface (22) , and complementary edge portions (30, 32) . The panel further comprises a panel locking assembly (40) along each edge, the locking assembly having a lock device (42, 44) extending from an edge into the core (20) , connectors (46) , and an anchor element (48) abutting the lock device (42, 44) . The anchor element has a connector receiving portion (52) , wherein the connectors engage the lock device (42, 44) and the anchor element (48) to attach the anchor element (48) to the lock device (42, 44) . In order to ease its manufacture, insertion and replacement, the anchor element extends through the bottom surface (22) .
Abstract:
Floor panels (1, 1’) are shown, which are provided with a mechanical snap locking system with a locking element (15) made of a separate material in order to reduce snapping resistance and/or increase locking strength. A method is provided to unlock mechanical locking systems horizontally.
Abstract:
A modular enclosure, such as a shed, may include a floor constructed from one or more floor panels.. The floor panels, which may be constructed from blowmolded plastic, may include a pattern disposed on the upper surface. The floor panels may also include depressions that are formed in the lower surface and extend towards the upper surface. If desired, the depressions may be generally aligned with a portion of the pattern in the upper surface and the depressions may have a length that is less than the distance separating the upper surface and the lower surface. Advantageously, the depressions may be sized and configured to increase the strength of the floor panels. In addition, the floor panels may include a pattern disposed on the lower surface and the depressions may be at least partially disposed in the pattern. The patterns on the opposing sides of the panels may be generally offset and/or have different orientations.
Abstract:
El revestimiento comprende múltiples listones de madera fijados mediante grapas u otros elementos sobre un armazón de soporte fijado a la superficie a recubrir y se caracteriza porque los bordes de los lados mayores de los listones son parcialmente asimétricos presentando una disposición de salientes y entrantes conjugados, siendo susceptibles de encajar uno en otro dejando un intersticio intermedio y de manera que el borde superior saliente de uno de los perfiles se solapa con salientes conjugados del listón adyacente, situados por debajo, impidiendo la visión del fondo sobre el que está colocado el revestimiento o los accesorios de fijación del mismo desde la cara vista del propio revestimiento.
Abstract:
A wooden floor of the present invention comprises a plurality of plates (100a,b,c) each of which respective sides are tapered and formed with coupling grooves in longitudinal directions thereof; and at least one elastic coupling assembly including a plurality of elastic coupling members (204,206) which are connected with one another and arranged in the form of a lattice. Each of the elastic coupling members (204,206) includes at least one body standing upright from the ground (430) coupling jaws that protrude bilaterally from and are integrally formed with an upper end of the body, and a reinforcing/supporting portion that extends horizontally from a lower end of the body. Further, the plates (100a,b,c) are fixed to the elastic coupling assembly by causing the coupling jaws of the elastic coupling members (204,206) to be fitted into the coupling grooves formed on the sides of the plates (100a,b,c). Therefore, the plates (100a,b,c) can be easily assembled to and/or disassembled from the wooden floor.