Abstract:
The invention provides a raised access flooring arrangement comprising floor tiles mounted at different heights to create recessed spaces within which lighting elements may be mounted. The floor tiles are supported by a plurality of pedestal elements, each adapted for supporting tiles at the different heights.
Abstract:
A modular access flooring system (100) comprising a plurality of reversible floor panels (103), each panel having a first and second surface suitable for orientation in an uppermost facing direction to provide the floor surface of the modular system. A plurality of support pillars (101) provide elevated support of the floor panels via respective pillar heads (102). Correct alignment of the floor panels is achieved via a spacer projection (106) extending upwardly from each pillar head and about which the floor panels may be arranged to form a tessellated modular flooring system.
Abstract:
An articulating corner raised access floor panel [10] of the type for interchangeable fit on a pedestal support system having a plurality of vertically extending pedestal support members each having an upper end connected to a pedestal support head [143] and a lower end connected to a pedestal support base [141], the pedestal support heads [143] each connected in a matrix orientation with a plurality of horizontal stringers [1418], [1419], is provided. The floor panel [10] includes a floor panel plate having an upper working surface [12], a lower plenum surface [14], and four side wall structural frame members [15] connected to the lower plenum surface [14]. The four side wall frame members [15] define four lower open corner portions [16]. Each of the corner portions [16] include a clear slot [13] positioned along a diagonal vector with respect to the side walls [15]. The clear slots [13] are cut to a predetermined length and width. An open channel member [17] is connected, in horizontal alignment along the diagonal vector, to the lower plenum surface [14] at each of the corner portions [16] so as to extend downwardly in vertical alignment with the clear slots [13]. A bar member [20] is slidably received in each open channel member [17] so that the bar slides [20] in the channel [17] a distance which varies linearly along the diagonal vector. The bar member [20] includes at least one hole [21]. At least one set screw [22] is received in the hole [21]. The set screw [22] has an upper tool receiving end which is accessible through the clear slot [13] so that the set screw [22] adjusts a vertical height of the floor panel [10] in relation to the pedestal head [143].
Abstract:
Verfahren zur Sanierung einer Vorrichtung (1) zum Belegen eines Bodens, insbesondere eines Doppelbodens, wobei eine Trägerplatte (2) mit einem Trägerbelag (3) derart in einem oberen Bereich abgesetzt wird, insbesondere abgefräst wird, dass eine entsprechend negativ geformte Abdeckkassette, die zumindest eine obere Fläche der Trägerplatte (2) abdeckbar ausgebildet ist, auf die Trägerplatte in dem oberen Bereich aufgesetzt wird, so dass eine vorbestimmte Außenkontur gebildet wird, insbesondere die Abmessungen der vorbestimmten Außenkontur der Trägerplatte (2) mit dem Trägerbelag (3) wieder erreicht werden.
Abstract:
Non-cementitious infill platform floor systems involve one or more floor panels (100) and an understructure. A non-cementitious infill platform floor panel includes a gusset plate (1 10) located at each corner of the panel and a tubular frame (120) arranged over the gusset plates forming a base surface that delineates the shape of the panel. Arranged over the base surface in the shape and area of the panel is an under skin (130), and a layer of plywood (140) is arranged over the under skin. A top skin surface (150) composed of a high strength to weight metal is arranged over the layer of plywood.
Abstract:
The present invention relates to a freelay covering floor tile especially designed for raised access floors. The peculiarity of the invention consists in the fact that it comprises a tile (11, 111) of ceramic, stoneware or similar material, either natural or recomposed, whose lower side is coupled with a protection layer (13, 113) used to absorb the vibrations caused by walking, being the said layer (13, 113) flattened to optimise planarity and stability of the walking surface obtained by laying a plurality of the said floor tile (10, 110) in adjacent position.