Abstract:
Mounting fixture (1) for construction panels (2), consisting of an H-shaped profile comprised of a bottom plate (3), a midriff (4) and a front plate (5), whose bottom plate (3) and front plate (5) are mutually essentially parallel by the joining midriff (4), and that construction panels are intended to be attached to the space between the bottom plate (3) and the front plate (5). The midriff (4) and the front plate (5) are with evenly spaced intervals recessed so that protruding sections (6) with intermediate recesses (7) are formed in the mounting fixture's longitudinal length, said protruding sections (6) consisting of the remaining sections of the midriff (4) and the front plate (5), and that each respective recess (7) is intended to, after the construction panel's insertion, form a space for joint compound for joining and sealing of the panels.
Abstract:
The knockdown louvered wall system (100) a plurality of spaced-apart blade panels (120) disposed in superposition across an open space (112) between side frames (102). Each blade panel (120) includes a main panel member (122), two traction bars (130), each extending along a corresponding one of minor side edges (126) of the blade panel (120), two tie members (140), each extending along a corresponding one of major side edges (124) of the blade panel (120), and a plurality of blade connector assemblies (170) disposed between the blade panels (120) and the vertical rails (114). Each blade connector assembly (170) has an outer end slidingly connected to corresponding ones of the vertical rails (114) and an inner end removably attached to a corresponding one of the traction bars (130).
Abstract:
A mounting system for prefabricated wall elements for mounting wall elements against a guide block, which is designed for attachment to a foundation in the wall element's longitudinal direction. The guide block includes an upper and an oppositely located lower surface having an installation against the foundation, as well as lateral faces, connecting the upper and lower surfaces. An element bottom plate designed for fastening to the wall element's lower bottom plate. The mounting system includes a bottom rail with a top part comprising an upper face which is designed to turn toward the wall element's bottom plate and cover this when the wall element is installed, and a lower surface, which is designed to face toward the guide block's upper surface. The bottom rail's side walls, which extend from its top part in direction towards the guide block's upper surface, are designed to cover the guide block's side walls.
Abstract:
A support framework (101) for building casings (200) using pultruded uprights, a building casing (200) and a building structure (300). Also described are a process for realizing and installation of the building structure (300), as well as manufacturing processes of the various components of the framework.
Abstract:
An interior partition system for a structural frame building is disclosed. The structural frame building has a ceiling line that defines a ceiling height of occupiable space within the structural frame building. The interior partition system includes a first, or upper, modular partition assembly and a second, or lower, modular partition assembly. A receptor structure is configured to connect the first modular partition assembly to the second modular partition assembly. The first modular partition assembly has a vertical dimension that exceeds the ceiling height.
Abstract:
A multilayer panel for partition walls comprises first (2) and second (3) panes of an optically transparent material, each having longitudinal edges (4; 5) and transverse edges (6, 7; 8, 9), the panes being in mutually facing relationship with at least the longitudinal edges (4; 5) substantially aligned. The panel further comprises a third pane (10) of an optical transparent material interposed between the first (2) and second (3) panes and having at least one end portion (11) that projects out of the aligned longitudinal edges (4; 5) of the first (2) and second (3) panes, and defining an anchoring portion for a finishing member (15) whereby said multilayer panel further comprises said finishing member (15), said finishing member (15) comprises a hollow section which is coupled to said end portion (11) of said third pane (10) to define a peripheral finishing edge (16) at least partially coplanar with at least one of the outer faces (24; 25) of at least one of said first and second panes (2; 3).
Abstract:
A building board for mounting on a support structure including a set of studs (150). The building board comprising a framing element (101 essentially shaped as a rectangular cuboid including two opposite main sides having relatively large delimitation surfaces and four edge sides having relatively small delimitation surfaces. A first type of snap-in means (A1) are arranged along a first edge side and a second type of snap-in means (A2) are arranged along a second edge sides opposite to said first edge side. The snap-in means of the first type (A1) is, after mounting of the building board against the support structure, configured to receive a snap-in means of the second type (A2) of another building board so that this building board is connected to the mounted building board. Either the snap-in means of said first or second type (A1, A2) includes a groove (111S; 112S) for receiving at least one clamping element (151S) for fixing and holding the first and the second building boards against a stud (150) of the support structure.
Abstract:
A wall module (4) comprising a lower rail (8) having a base plate (12) and a pair of lateral portions (16) bent in relation to the base plate (12) so as to assume an overall "U" configuration defining a first seat (20); an upper rail (24), defining an upper base of the module (4), and having at least one base plate (12) and a pair of lateral portions (16) bent in relation to the base plate (12) so as to assume an overall "U" configuration defining a second seat (28). The module (4) comprises a pair of cover panels (52), joined on opposite sides to the lower and upper rails (8,24) at the bent lateral portions (16), so as to enclose between them said rails. The lateral portions (16) terminate with appendages (32) recessed towards a centreline (M-M) of the rails so as to delimit an entrance of the first and of the second seat (20,28) in a recessed position in relation to the bent lateral portions (16). The module (4) comprises a structural panel (40) which extends from a lower rim (44) to an upper rim (48), wherein the lower rim (44) is inserted in the first seat (20) and the upper rim is inserted in the second seat (28).
Abstract:
A fire resistant membrane (10) comprising a plurality of regularly spaced elongated parallel sheet metal framing elements (11), a first layer of fire rated wallboard (24) attached directly to the framing elements with screws, a side of the framing elements opposite a side bearing the first wallboard layer being substantially free of any directly attached covering layer, a grid of elongated parallel sheet metal shafts (26) overlying the first wallboard and secured to the studs with screws extending through the first wallboard layer, the shafts being oriented at right angles to the studs, and a second layer of fire rated wallboard (34) overlying the shafts and being spaced from the first layer by the shafts, the second layer of wallboard being attached to the shafts with screws having a length insufficient to fully penetrate the first wallboard layer.