Abstract:
The present invention relates to an arrangement for fastening visible elements and in particular an arrangement for mounting sidings. According to the present invention, rapid and precise installation is ensured, together with extended durability of the siding with invisible fastenings.
Abstract:
Placa de acabado exterior para fachadas ventiladas con sistema de plegado y montaje mejorado, simple o composite, que consiste en un cuerpo laminar (1) metálico rectangular, cuyos lados, superior, inferior como laterales están doblados hacia un mismo lado conformando una bandeja (2), en que el doblado de dichos lados consiste en un pliegue en forma de "Z", determinado a partir de sendas lineas de doblez, una interior (3) y otra exterior (4), paralelas al borde (5) del citado cuerpo (2), dando lugar a correspondientes zonas intermedia (6) y externa (7), que, realizado el doblado, quedan oblicuas y paralelas respecto al plano del cuerpo de la bandeja (2). Las zonas externas (7) del pliegue en "Z" son aptas para la fijación, mediante tornillos (8), directamente al perfil de anclaje (9) de la fachada, al quedar paralelas a este.
Abstract:
External finishing panel for ventilated facades with a pleated system and improved assembly, of the single or composite type, consisting of a rectangular, metallic, sheet-like body (1), the top, bottom and lateral sides of which are folded towards a same side forming a tray (2), whereby folding of said sides forms a Z-shaped pleat, obtained by means of respective folding lines, i.e. an inner line (3) and outer line (4), which are parallel to the edge (5) of the said body (2), resulting in a corresponding middle zone (6) and outer zone (7) which, after folding has been performed, remain oblique and parallel relative to the plane of the body of the tray (2). The outer zones (7) of the Z-shaped pleat are suitable for fixing, by means of screws (8), directly to the fastening profile (9) of the facade, remaining parallel thereto.
Abstract:
A device (1) in glass wall claddings for mounting insulating-glass sheets (12), each glass sheet (12) comprising at least two glass slabs (13, 14), which are joined together by means of a jointing substance (16), said device (1) having a first position, wherein said device (1), upon mounting of said insulating-glass sheet (12), allows the insulating-glass sheet to be placed in the desired position, and a second position, wherein the device (1) grips at least one (13) glass slab of said insulating-glass sheet (12). The device (1) comprises a retainer member (3) and an anchoring member (2). A portion of one part (4) of the anchoring member (2), which part upon mounting of an insulating-glass sheet (12), i.e. as the anchoring member (2) of the device is guided from said first position to said second position, is arranged to penetrate into said jointing substance (16) of an insulating-glass sheet (12) in response to the anchoring member (2) being tilted to said second position.
Abstract:
An elongated generally rectangular ceiling plank is formed of wood or plastic composition and has opposite elongated side edges with a length that is between nine and ten times the width of the opposite end edges. The ceiling plank includes complementary tongue and groove engagement portions formed at the sides and ends for side-by-side or end-to- end engagement with other similar planks. In a ceiling plank installation a ceiling plank securement clip secures the side groove portion of one plank to a ceiling. The secured plank can be joined to another plank in side-by-side or end-to-end engagement at a ceiling by interengagement with the tongue portion at the side or end of the other plank. The ceiling plank is approximately forty-eight inches long and five inches wide and can thus be easily handled and installed by one person.
Abstract:
A heat insulation economic decorative board and frame thereof. The board is made of a faceplate (1), a bottom plate (2) and a heat insulation core (3). On the cross section of the board side, a profiled frame (6) is connected. The profiled frame is a composite profiled frame which is made of a lower profiled plastic (61) and an upper profiled metal (62). The profiled metal and the profiled plastic are engaged with each other by an interference fit between the protuberances and the concaves (62c). The interior sidewall of the profiled metal (62a) is adhered to the faceplate (1) and the upper heat insulation core near the faceplate. The interior sidewall of the profiled plastic (61a) is adhered to the bottom plate (2) and the lower heat insulation core near the bottom plate. The bottom of the profiled frame is provided with a profiled plastic soleplate (61b), folded inward by 90° and adhered to the bottom plate (2).
Abstract:
A wall system (110) is disclosed which is mounted onto girts (114) on a building. Rectangular foam blocks (126) are installed between the outer flange of the girts, and the inside surfaces of the wall panel (112). Some vertically spaced apart blocks are located behind the wall seams, and other blocks are located intermediate the seams. The spacing created by the blocks allows for a blanket of insulation (118) between the blocks and the support members to be expanded, improving the system's insulative properties.
Abstract:
The invention relates to a method for vertically laying a sandwich panel (42), said method comprising the following steps: securing at least one horizontal profiled rail (28); vertically laying the sandwich panel (42) against the horizontal profiled rail (28); inserting, onto the profiled rail (28), a linking device having a supporting surface extending substantially parallel to the profiled rail (28) when the device is inserted on the profiled rail (28); sliding the linking device and fitting the same into the sandwich panel (42) until full the supporting surface is fully inserted into the sandwich panel (42).
Abstract:
An improvement in an upright for a partition (2) and a fastener for connection of the upright to a panel plate (2). The fastener comprises insertion sections (6, 7, 24) for insertion in the panel plate (2) and a hook section (11) which is arranged for insertion into a hole in the upright. The hole's through axis extends substantially perpendicular to the panel plate plane and its cross section is slightly larger than the projection of the hook section (11) in this direction. The hook section (11) has a hook edge (12), which faces the side (3) of the panel plate (2) which faces the upright, the hook edge (12) extending downwards and away from this plate side when the fastener is connected to the panel plate (2).