Abstract:
Support stand for holding an item (11) at a distance from an underlying surface (10), said support being elongated extending from a proximal end to a distal end along a first axis (Z), (a) the proximal end comprising a base portion (2) for holding in place on an underlying surface said support stand in upright position with said first axis (Z) substantially normal to said underlying surface, said base portion being coupled to, (b) a mid portion (3) comprising coupling means (4a) for coupling to, (c) a moveable coupling head (4), located at the distal end of the stand, and being suitable for contacting and carrying said item at a distance from said underlying surface, said moveable head being coupled to the mid portion (3) such as to have at least one degree of freedom in rotation about a first rotation axis transverse to said first axis (Z), whereby, said at least one degree of freedom in rotation of the moveable coupling head is provided by a hinge assembly defining said first rotation axis.
Abstract:
A support device (4) for a floor panel (1) has a foot member (5) having a support surface. The support device (4) also has an elongate member (9) extending from the foot member (5), an engagement member (12) adapted to be engaged with the elongate member (9) and movable along the elongate member (9), and a mounting means (13) adapted to enable the support device (4) to be mounted on a floor panel (1). An engagement formation (10) is formed on one of the engagement member (12) and the elongate member (9) and movement of the engagement formation (10) enables the engagement member (12) to be moved along the elongate member (9) when the support device (4) is mounted on a floor panel (1). The engagement formation (10) is accessible from the opposite side of the mounting means (13) from the side on which the foot member (5) is located.
Abstract:
A bar system for building constructions, comprising bars and a level adjustment means, said bars (1, 20, 40) being formed with through holes (6, 22) extending transversely in relation to the lengthwise extension of the bars and, at least adjacent said holes, with engagement parts (10, 23, 42), said level adjustment means being adapted for attachment in the bars (1, 20, 40) so as to project in the shape of load-carrying legs from the bars (1, 20, 40) against the support structure and comprising hollow rods (4), the end face of which in the attached position of the rods projects from the bar being provided with an opening (7) for attachment of said rod to the support structure by means of a fastener (5) and, at the opposite end, with external threads. In accordance with the invention, said level adjustment means also comprise internally threaded sleeves (3, 21, 41) the threads of which match those of the rods (4), in that the sleeves (3, 21, 41) are manually applicable to the bars (1, 20, 40) by engagement with the engagement parts (10, 23, 42) of the bars and in that the rods (4) are attachable to the sleeves (3, 21, 41) by thread engagement as they are being screwed into the bar, during which operation also the length by which the rods (4) project from the bar (1, 20, 40) is adjustable.
Abstract:
A terrace comprising joists (11) and terrace floor (17) has joists (11) at their ends dismountably connected to height adjustable connecting element (1). Connecting element (1) comprises joining elements (8) arranged in mutually perpendicular directions corresponding to joining elements (12) arranged at the ends of the joists (11). To the joists (11) the supports (15, 16) of the terrace floor grate and/or terrace floor (17) are attached. The connecting element (1) allows connecting of the joists (11) in mutually perpendicular directions for creating basic module of the terrace.
Abstract:
La presente invención se refiere a un sistema de suelo técnico que comprende uno o más módulos de suelo técnico, y uno o más soportes configurados para soportar dichos módulos de suelo técnico sobre el suelo original donde se desea instalar el sistema. Preferentemente, los módulos y los soportes comprenden medios cooperantes de acoplamiento, configurados para la fijación de los módulos de suelo técnico sobre los soportes; y cada soporte comprende dos cuerpos cooperantes, donde uno de dichos cuerpos es un cuerpo superior que comprende uno o más de los medios de acoplamiento con los módulos de suelo técnico, y el otro cuerpo es un cuerpo inferior soportable sobre el suelo original en el que se desea instalar el sistema.
Abstract:
Estructura soporte para suelo técnico en Ia que participan una pluralidad de rastreles destinados a fijarse por atornillamiento al forjado, en disposición paralela, a los que son acoplables vastagos roscados dotados cerca de su extremidad inferior de un cuello perimetral para acoplamiento de Ia embocadura estrangulada de los rastreles, en Ia posición límite en Ia que dichos vastagos descansan por su extremidad superior sobre el fondo de los rastreles, recibiendo cada vastago roscado por su extremidad superior a una tuerca- soporte para los perfiles constitutivos de Ia retícula sustentadora de las losetas, contando cada vastago roscado en su extremidad superior con una ranura o cualquier otra configuración acorde para su accionamiento con un destornillador a través de Ia propia tuerca-soporte, de manera que Ia regulación en altura se lleva a cabo mediante giro del vastago roscado.
Abstract:
The present invention provides a supporting bolt, and a supporting system for a raised access floor with the same, having advantages of improved fluidity of an adhesive. The supporting bolt for a supporting system for a raised access floor includes a bolt body having a screw thread for combining with a nut on an exterior surface thereof, a central penetration hole in which an adhesive flows along a length direction of the bolt body, and an air hole communicating with the central penetration hole.
Abstract:
A connecting member (1) of a floor panel (2) clamps the corner (2a) of each floor panel between its integral flange portion (1b) and leg portion (1C) and has a rise portion (1d) meshed with an anchor groove of each floor panel. Since the connecting member connects mutually a plurality of floor panels, it prevents the floating of the floor panels when a horizontal load act on them. A fixing metal (8) has slits (9) having the shape capable of meshing with support legs (6) of a plurality of floor panels laid down on the floor surface. Accordingly, positioning and fixing can be made easily while laying down the floor panels. Furthermore, the pheripheral portions of the upper surface sheets of the floor panels are pressed while encompassing the pheripheral portions of the lower surface sheets and a plurality of caulking are made there. Moreover, the lower surface sheets and the upper surface sheets are coupled at predetermined positions inside the plane and an inorganic filler is packed into the hollow portions between the upper and lower surface sheets. Accordingly, the floor panels are light in weight but have sufficient strength.
Abstract:
The invention is an adjustable support (S) for raised floors, comprising a base (1) suited to rest on the ground and a head (2) on which the elements making up the floor can be rested, said head (2) being superimposed and constrained to said base (1). Said base (1) and said head (2) comprise opposite inclined surfaces (12, 22), wherein the rotation of said base (1) with respect to said head (2) causes the respective inclined surfaces (12, 22) to mutually slide with respect to each other, which results in the lowering/lifting of said head (2) with respect to said base (1).