The present disclosure relates to an acoustic panels fastening system and support structure thereof wherein the support structure for acoustic panel comprises: one or more fastening beams and one or more fastening elements; wherein the fastening element comprises a rail for attaching to the acoustic panel; a fitting-clip slidably connected to the rail along a first sliding axis; wherein the fitting-clip comprises a clip for slidably fastening to the fastening beam along a second sliding axis and wherein the fastening beam or beams are configured for being fastened to a plane surface.

A building insulation and cladding system wherein a plurality of tracks are securable to a building exterior. A plurality of building structures each have a lower edge groove. A plurality of clips are configured to join two adjacent building structures and to secure the building structures to the tracks. The clips engage one of the plurality of tracks and include a rail to be received in the building structure lower edge groove and to support the building structure.

Covering comprising a structure formed by a plurality of panels provided on their lower face with at least one guide formed by a groove giving access to a cavity and longitudinal profiles perpendicular to said grooves on the panels, said profiles having, in turn, a guide and clips housed simultaneously in the cavities of both guides of the panel and the profile, the clips having a resilient body that is housed, in the expanded position, in the corresponding cavity, said body comprising at least two legs, each leg having, in turn, a shoulder area intended to make contact with the wall of the cavity immediately adjacent to the groove.

A system for dry execution of finishing material comprises a quadrangle bar to fix to an outer wall of a structure, a fixing bracket to install by fixing both ends thereof to the quadrangle bar, and a brick having an engaging groove formed in one surface facing the fixing bracket and being engaged with the fixing bracket in a fitting manner, wherein the fixing bracket comprises an engaging plate for allowing the brick to engage with the fixing bracket by locking engagement operation to the engaging groove, a load supporting plate provided between the engaging plates neighboring in up and down directions to withstand a load, an elastic plate providing an elastic force to push the brick outward after the brick is caught on the fixing bracket, and a connection plate which is respectively provided at upper and lower ends of the fixing bracket and connected to another fixing bracket.

The system for removably securing slats juxtaposed to form a deck, for example for a terrace, includes fasteners disposed in rows on level floor or joist or beam structure supports oriented perpendicular to the axis of the slats. The fasteners have a device for securing the supports to the slats. A plurality of impermeable channels is disposed parallel for a level floor, or at a rate of one impermeable channel for each joist or beam support. The top surface of the support, a device for removable securing and a device for positioning provided on the profiled section are covered. The fasteners are made of a flexible elastic material, and the device for positioning allows clearance in a direction of an axis of the channel.

Provided are a panel construction member and a mounting structure for the same that can be rigidly mounted to a building and for which the panel, after being mounted, has excellent flexural strength and flexural rigidity. A panel construction member 1 has a layered structure in which a core plate 4 is disposed between a pair of metal plates 2, 3, wherein the panel construction member 1 is provided with a groove 5 that extends along at least one pair of edges of the panel construction member 1, and an undercut portion 5a that penetrates between the metal plates 2, 3 from the groove 5. A rail member 6 is mounted in the groove 5 of the panel construction member 1, and the panel construction member 1 is mounted to a ceiling or a wall by means of the rail member 6.

A double return panel system utilizing a perimeter extrusion having an arm terminating in an end portion configured to contact and twice bend a panel. The panel fits into a slot formed adjacent the arm. The perimeter extrusion is held to a facade by a base member.

A surface coating structure adapted to be quickly installed and removed includes a plurality of parallel sections (1), a multiplicity of connecting members (2) and of slats (3) which engage the connecting members (2). Each connecting member (2) is provided with a pair of mutually opposite central angled hooks (4, 4) and a pair of side angled hooks (5, 5). Each slat has an undercut side groove (10) formed in each longitudinal edge (11) of the slat (3) to engage a central angled hook (4) and a bottom prismatic groove (12) in a part opposite to a part in sight near each longitudinal edge (11) of the slat (3). Each bottom prismatic groove (12) has, with respect to the longitudinal edge (11), a proximal side (14) provided with a series of parallel knurls (17) adapted to retain the side angled hook (5) of the connecting member.

A mounting plate for attaching bricks to a wall structure. The mounting plate includes a first mounting area for a first brick; a second mounting area for a second brick; locking grippers arranged on a gripping area between the first mounting area and the second mounting area and separating the first mounting area and the second mounting area from each other. The first mounting area including a first support surface arranged to support the first brick, and a hanger arranged to hang the first brick from a recess behind the first brick, the second mounting area including a second support surface arranged to support the second brick.

The present invention relates to a device for a ventilated facade, comprising a plurality of panels (1) provided with at least two hooking elements (4), at least one upright profile (5) intended to be attached to a building, wherein the U-shaped upright profile (5), a hanger (10) for each hooking element (4) secured with the possibility of sliding and frontally to the upright profile (5), which is configured to hold the panel (1) and wherein the hanger (10) is provided with a central cavity (3), wherein the hooking element (4) is housed in the central cavity (3) in an assembly situation, enabling the hanger (10) to be frontally assembled to the upright profile (5) and access to the connecting element (26). Thus, it is possible to adjust the panels in height without the need for disassembly and at any stage of the installation, even after having finished their installation.