Abstract:
The method for laying and interlocking the panels uses panels with complementary, formfitting retaining profiles extending over the length of the sides. The complementary edges of the panels allow two adjacent panels to be positively joined such that displacement of the panels away from one another is prevented, while enabling articulation of the panels with respect to one another at the joint location. The method of installation provides for installing a new panel to a first row and a panel in a second row by first joining the new panel to the panel of the second row at its short side, followed by pivoting the new panel upwards out of the plane of the laid panels along its long side, along with at least the adjacent end of the first panel in the second row, into an inclined position, and sliding the new panel into the retaining profile of the panels in the first row. The new panel and the raised end of the panel in the second row are then pivoted down into the plane of the laid panels. Laying of panels continues according to this process until the complete floor assembly has been laid.
Abstract:
The locking element for quadrangular plate-shaped panels having an insertion portion for insertion into a locking groove provided in the longitudinal direction of an edge of a first panel and a locking portion for engagement into a latching recess of an undercut configuration provided in a laid configuration of the panels in an opposite edge of a second panel and extending in the longitudinal direction of the edge and in opposite relationship to the locking groove. The locking portion includes a resilient latching tongue which during assembly of the two panels is automatically latchable into the latching recess into a latching position. The locking element has an anchor and the locking element can be captively anchored by the anchor with its insertion portion in the locking groove. A method for locking the panels and mounting the panels is also enclosed
Abstract:
Rectangular floor panels, a fastening system for joining the panels, and a method for laying and interlocking the panels are disclosed. The panels are provided complementary, form-fitting retaining profiles extending over the length of the sides. The complementary edges of the panels allow two adjacent panels to be positively joined such that displacement of the panels away from one another is prevented, while enabling articulation of the panels with respect to one another at the joint location. The method of installation provides for installing a new panel to a first row and a panel in a second row by first joining the new panel to the panel of the second row at its short side, followed by pivoting the new panel upwards out of the plane of the laid panels along its long side, along with at least the adjacent end of the first panel in the second row, into an inclined position, and sliding the new panel into the retaining profile of the panels in the first row. The new panel and the raised end of the panel in the second row are then pivoted down into the plane of the laid panels. Laying of panels continues according to this process until the complete floor assembly has been laid.
Abstract:
A flooring system comprising a plurality of elongate members (1) secured together along adjacent longitudinal side edges by means of co-operating male and female formations (2, 3). The female formation (3) is a channel with relatively convergent sidewalls and the male formation comprises a hollow rail of complementary shape. An outer sidewall of the channel is resilient to allow the rail to be snapped into the channel in a direction transverse to the length of the members (1) and to return to its original shape to resist removal of the rail. The formations (2, 3) are arranged so that upper surfaces of adjacent members (1) form a panel having a planar support surface (21) and relative rotation of the members (1) about an axis parallel to the longitudinal side edges is resisted. Two panels may be joined together to provide upper and lower planar support surfaces (21, 22).
Abstract:
Floor element (1), which is mainly in the form of a board with triangular, quadratic, rectangular, rhomboidal or polygonal shape as seen from above. The floor element (1) is provided with edges (2), a lower side (7) and a decorative upper layer (3). The floor elements (1), which are intended to be joined via tongue and groove are on at least two opposite edges (2), preferably on all edges (2) provided with holes (4). The holes (4) extends inwards from the edge (2) mainly parallel to the decorative upper layer (3). The holes (4) are arranged on a predetermined distance from the decorative upper layer (3) and on a predetermined distance from a closest corner between two adjacent edges (2), whereby the holes (4) are intended to receive each one part of a guiding means (6).
Abstract:
An interlockable panel for forming a generally planar surface. Each panel includes a first surface positioned substantially in a plane and a second surface facing opposite the first surface and substantially parallel to and displaced from the first surface. Each surface has a perimeter defined by edges extending between the first and second surfaces. The edges may include male or female edges. Each male edge includes a tongue that extends outwardly from the male edge and a longitudinally extending void that extends inwardly of the tongue. Each female edge includes a groove having a protrusion position within the groove and extending outwardly from the groove generally parallel to the first surface. An adjacent panel may be linked to a fixed panel such that the tongue engages the groove and the protrusion engages the void. The invention also includes a method for assembling a generally planar surface using interlockable panels such as the above-mentioned. The method generally includes the steps of placing the first surfaces of adjacent panels within a common plane, and manually linking of the male edge of the first panel with the female edge of a second panel, by relatively moving the panels towards each other while maintaining said panels in a common plane.
Abstract:
A device for connecting and locking structural panels, particularly floor panels, having a groove forming an upper lip and a lower lip over the entire length of at least one lateral border and with a tongue formed on the opposite lateral border corresponding to the groove. To lock panels that have been connected, the tongue is provided with at least one projection and the groove exhibits at least one indentation on the lip that faces the projection, which device is characterized by the indentation being longer than the projection, and on its lateral border (I3, I4) the lip provided with at least one indentation exhibits at least one recess reaching back to the indentation. The length of the recess is at least as great as the length of the projection, and seen in the longitudinal direction, the recess and the projection occupy positions that are staggered, one relative to the other.
Abstract:
Flooring panel or wall panel and a use thereof in a wet room. The panel is provided with a locking means in the form of groove (6) and tongue (7) forming a tongue/groove joint for assembling of the panels. The groove (6) and the tongue (7) are made of water tight material and formed with a snap-together joint.
Abstract:
Building panels having foam cores covered by protective thin sheets of metal are interlocked at abutting edges by mating parts of the metal sheets. In a first embodiment, a first panel has an outwardly projecting tongue formed in an edge wall. The tongue abuts a flat edge wall of a second panel when the respective metal parts of the panels are interlocked. Sufficient play is provided to allow lateral movement of the interlocked panels to facilitate the construction of a structure that employs the panels. One of the interlocking metal plates is in the form of a trough so that if water enters a seam between the panels, such water is directed by the trough to a gutter. In a second embodiment, the tongue is formed in the second panel and channels are provided in the second panel to receive inwardly projecting, curled metal parts that engage complementally formed metal parts of the first panel.
Abstract:
This application discloses a system of construction that uses as its main component, a flat panel member similar to a standard 2.times.8 timber with both edges beveled at a 45.degree. angle in opposite directions with an interlocking female recess in one of the 45.degree. sections and an interlocking male extrusion on the opposing 45.degree. section. These components may be assembled to provide: (1) a straight narrow wall by reversing adjacent panels and sliding male extrusions and female recesses together, (2) assembly of two adjacent panels to form an angle by sliding male extrusion and female recess together without reversing the sections, (3) forming a U channel by sliding three sections together in a similar manner, (4) sliding four sections together in a similar manner to form a square, hollow beam section. For beam assembly purposes, identical matching female type grooves are provided in the outer face of the basic panel toward either edge of the outer face so that the beams, when assembled together, may be locked in alignment by double male splines which are inserted in the adjacent female grooves at assembly. Walls, floors, ceiling and roofs of a building as well as interior walls and drape walls, may thus be fabricated from a single component and the double male spline insert. Horizontal beam section will be used at header and footer levels of vertical wall sections for post stressing and chases for wiring harnesses and plumbing assemblies. Insulated thru wall ducting is provided throughout the structure.