System zum Anordnen von Abschlussprofilen

Die Erfindung betrifft ein System zum Anordnen von Abschlussprofilen an den Stirnseiten von mit einem Belag aus einzeln verlegten Terrassenplatten versehenen Terrassen oder Balkonen. Dabei lagern die Terrassenplatten auf Stelzlagern, bestehend aus einem Fuß, einem Mittelteil und einem Oberteil. Die Abschlussprofile sind jeweils mittels einer spaltbildend ausgeführten Zurückfaltung auf vormontierte Haltemittel aufsteckbar. Die Haltemittel bestehen aus einzelnen, klebetechnisch an der Unterseite der Terrassenplatten befestigten Haltewinkeln.

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

HILFSMITTEL ZUM VERLEGEN ODER BEFESTIGEN VON PLATTENFORMIGEN BAUELEMENTEN AN BZW. AUF EINEM UNTERGRUND

Plate, in particular floor or ceiling panel for a building -

Eine Bodenplatte (1) für ein Bauwerk weist eine Betonplatte (2) mit darin zum Teil eingebetteten Profilträgern (3) mit einem Steg (4) und einem Flansch (5) auf, wobei der Steg (4) in seiner Längsrichtung wenigstens abschnittsweise eine quer zur Längsrichtung ausgerichtete Profilierung aufweist, die sich über die gesamte Höhe des Stegs (4) bis zum Flansch (5) erstreckt. Die Profilträger (3) liegen in Einbaulage der Bodenplatte (1) über der, wie an sich bekannt, vorgespannten Betonplatte (2) Auf den Flanschen (5) liegt ein Systemboden, insbesondere Systembodenelemente (13), oder dergleichen auf.

CARRYING CONSTRUCTION IN PARTICULAR FOR INTERIOR OF FLOOR MATS OR FOR OUTER SURFACE PLASTERS

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

STABILIZING SYSTEMS FOR DECK PEDESTALS

A stabilizing system for a deck system has a plurality of pedestals, a plurality of connection locations on a periphery of the pedestals and at least one stabilizing member secured g between the pedestals. Each of the pedestals supports corner portions of adjacent blocks, pavers or panels a spaced distance above an underlying structure extending generally parallel to the blocks, pavers or panels. The plurality of connection locations on a periphery of the pedestals are located both proximate the supported corner portions and proximate the underlying structure. At least one stabilizing member in the form of a stabilizing bar, elongate wires, wire rope, cable or rods is secured to and extends between the connection locations of at least two of the pedestals.

COMPENSATION ELEMENT

A compensation element for leveling an add-on part (12) relative to a constructional component (13) has a base body (22) in which a curable material is embedded in a dispersed manner and is activated under pressure for changing a deformable condition of the base body (22; 32) to a rigid condition.

STACKABLE PEDESTAL FOR SUPPORTING DECKING ELEMENTS

A pedestal is provided that is matingly engagable with a like companion pedestal in vertically stacked relation to support corner portions of pavers, tiles, or like decking elements in edgewise juxtaposition above an underlying surface. The pedestal has a base, plate, or body, having a plurality of corner support portions and a topside and bottom side that define a predetermined thickness, or height, of the base, plate, or body. An abutment, such as an upstanding wall, flange, post, or the like, projects upwardly from the topside a predetermined distance, or height, that is greater than or equal to the predetermined thickness of the base, plate, or body. An aperture, such as a slot or the like, extends transversely through the base, plate, or body and is offset from the abutment. Accordingly, a like abutment of a companion pedestal can extend through the aperture of an upper stacked pedestal thereby permitting the pedestals to be stacked together in a stable manner.

PEDESTAL FOR BALLAST BLOCK DECKING

A deck system and pedestal for use in forming an elevated surface are provided. The system includes a plurality of ballast blocks, pavers or panels laterally positioned in a pattern to form a deck. Each of the blocks, pavers or panels has corner portions, and the pattern includes intersection areas in which the corner portions of adjacent blocks, pavers or panels extend. The system also includes a plurality of pedestals. The pedestals are located directly beneath the intersection areas and support the corner portions of adjacent blocks, pavers or panels a spaced distance above an underlying structure. Each pedestal has a base at a lower end thereof and a support at an upper end thereof. The support is rotatable relative to the base for altering an overall height of the pedestal. One or more couplers can be added to the pedestal to alter the overall height of the pedestal. The pedestals can include a rubber pad or coating that secures and stabilizes the block, paver, or panel on the pedestals. Brace securement eyelets can be provided in a flange extending circumferentially about the coupler and in the base of the pedestal.

Unterlegplatte zum Verlegen oder befestigen von plattenfoermigen Bauelementen an oder auf einem Untergrund

Vorrichtung zur Verlegung von Bauwerkplatten, insbesondere von Betonsteinplatten auf einer festen Unterlage

Palier amortisseur de chocs pour mobile de mouvement d'horlogerie

[...].

Ein Plattenstelzlager umfasst oder besteht aus einem Fugenelement, welches bei Gebrauch die Fugen zwischen den Platten definiert, und einem oder mehreren ineinander eingreifenden plattenförmigen Stelzlagerelementen (1) mit einer Auflageseite (2) und einer Bodenseite (3). Auf der Auflageseite (2) befinden sich Erhöhungen (5) und Vertiefungen (4) und auf der Bodenseite (3) befinden sich Erhöhungen (8) und Vertiefungen (7) zum Zentrieren und Stapeln der Stelzlagerelemente (1) übereinander. Die sich auf der Auflageseite (2) befindenden Vertiefungen (4) können ferner zur Aufnahme eines Fugenelements dienen. Bevorzugt weist das Stelzlager auflageseitig (2) weitere Vertiefungen (6) auf, die insbesondere derart ausgebildet sind, dass durch die Fugen eintretendes Wasser in Kanälen ablaufen kann, sowie weitere Vertiefungen (10) zur Aufnahme von Ausgleichselementen. Weiterhin werden ein Set aus Stelzlagerelementen sowie der Zusammenbau des Stelzlagers aus den einzeln Bestandteilen beschrieben.

Support for floor or wall panels - has spacer on timber beam, and fastener on holder slide, facing beam

The support for a floor panel or wall panel has a conical body (2) made of wood, metal, or plastics, or a combination of them. The body has an axial through hole with a thread, which receives a threaded rod (9). The lower end of the latter fits in a foot (13), which rests on the underfloor or inner wall. The upper end of the rod has a slot for a screwdriver. A row of bodies support a wooden beam (21), which holds the floor panels, or forms an attachment for the wall panels. A hole (3) in the beam provides access for a screwdriver to enable the height of the beam to be adjusted. ADVANTAGE - Facility for spacer adjustment.

Height adjustable stilt support between a substrate and a support base for use as levelling.

Die Erfindung betrifft ein höhenverstellbares Stelzlager (1), umfassend ein Unterteil (2), ein Mittelteil (3) und ein Oberteil (4), welche entlang einer gemeinsamen vertikalen Hauptachse (5) angeordnet sind, und welche jeweils eine Unterseite (6a, 6b, 6c), eine Oberseite (7a, 7b, 7c) und zumindest eine äussere Radialfläche (8a, 8b, 8c) aufweisen, und welche zumindest an der Unter- oder Oberseite (6a, 6b, 6c, 7a, 7b, 7c) zumindest einen schraubenlinienartig gewundenen, eine Steigung (9) aufweisenden, form- und funktionskomplementären Stützflächenbereich (10) aufweisen, wobei der Stützflächenbereich (10) des Unterteils (2) an seiner Oberseite (7a) mit dem zumindest einen korrespondierenden Stützflächenbereich (10) des benachbart angeordneten Mittelteils (3) zusammenwirkend ausgebildet ist, und der Stützflächenbereich (10) des Oberteils (4) an seiner Unterseite (6c) mit dem zumindest einen korrespondierenden Stützflächenbereich (10) des benachbart angeordneten Mittelteils (3) zusammenwirkend ...

PROFILED MEMBER FOR PLACING RAISED FLOOR AND RAISED FLOOR, CONTAINING SUCH PROFILED MEMBER

Профилированный элемент (10) для укладки фальшпола, содержащий первый плоский участок (11), продолжающийся продольно, и второй плоский участок (12), продолжающийся продольно и в том же направлении, что и первый участок, и расположенный поперечно относительно ориентации первого участка. На втором плоском участке (12) образованы удерживающие выступы (13) для клея для элементов пола или покрытия. Profiled element (10) for laying a raised floor containing the first flat section (11), extending longitudinally, and the second flat section (12), extending longitudinally and in the same direction as the first section, and located transversely relative to the orientation of the first section. In the second flat region (12), glue retaining protrusions (13) are formed for floor or covering elements.

DEVICE FOR SUPPORTING BUILDING CONSTRUCTION SLABS

PAD SUPPORT WITH INTEGRATED SHIMS

La présente invention a pour objet un plot support (1) pour éléments de recouvrement du type dalles, chaque plot (1) étant constitué par au moins deux pièces (3, 4) assemblées entre elles, à savoir une tête (3) fournissant une surface support, une embase (4) formant piétement d'appui et une pièce (6) formant pièce d'assemblage et de réglage, la position en hauteur de la surface support étant ajustable par réglage de la liaison d'assemblage. Plot (1) caractérisé en ce qu'il comprend au moins une partie sécable formée d'un seul tenant avec la troisième pièce intermédiaire (6), la ou chaque partie sécable (5'") étant apte et destinée à coopérer, après séparation, avec la tête de plot (3) pour former une zone de support (7) locale, surélevée ou proéminente d'une hauteur déterminée par rapport à la surface support. The present invention relates to a support pad (1) for slab type covering elements, each pad (1) consisting of at least two pieces (3, 4) assembled together, namely a head (3) providing a support surface, a base (4) forming a support base and a part (6) forming part of assembly and adjustment, the height position of the support surface being adjustable by adjusting the connection link. Plot (1) characterized in that it comprises at least one breakable part formed in one piece with the third intermediate part (6), the or each breakable part (5 '") being adapted and intended to cooperate, after separation with the pad head (3) to form a local, raised or protruding support area (7) of a given height with respect to the support surface.

ATTACHMENT UNIT Of a FLAGSTONE FOR TERRACE

DEVICE FOR SUPPORTING BUILDING CONSTRUCTION SLABS

Forming device and construction method using forming device

Provided is a forming device for forming an adhesive composition so that tiles can be reliably laid on a laying surface. A forming device for forming an adhesive composition into a ridged shape in a laying surface on which tiles are laid is characterized by being provided with: a stationary blade (40a) in which a plurality of plate-shaped tongue parts are disposed in a planar fashion, and the respective base ends of the tongue parts are linearly arranged with a gap having a predetermined length therebetween; a graspable main body (21) which secures the stationary blade and is disposed on the stationary blade so as to be movable sideways while pressing the stationary blade from above; a storage space (70) which is defined on the underside of the main body (21) and on the traveling direction side of the lateral movement of the stationary blade (40a); a weir member (81) which is affixed to the main body (21) or the stationary blade (40a) so as to be movable relative to the stationary blade ...

DACHVERSTÄRKUNGSELEMENT, KOMBINATION VON SOLCH EINEM ELEMENT MIT EINEM DACH UND HERSTELLUNGSVERFAHREN SOLCH EINES ELEMENTS

Vorrichtung zur Herstellung einer präzisen ebenen Fläche mit plattenartigem Material

Floor panel

A light transmission floor panel 1 (e.g. for supporting and lighting a motor vehicle for display) has a glass sheet 7 mounted on a plastic sheet 5 and overlapping the edge of the plastics sheet. This allows a light source 8 to provide edge lighting of the sheet 5. As shown, the panel also comprises a second plastics sheet 6 and a base member in the form of a rectangular frame 2 which supports a support structure. The support structure comprises rectangular struts 3A and diagonal struts 3B. Mounted on the support structure is a reflective layer 4, first plastics sheet 5, second plastics sheet 6, and glass sheet 7. A floor may be formed by placing a number of panels 1 together, and the floor panels may be mounted on a matrix of beams (22, Figure 3) which are themselves mounted on height adjustable pedestals (24, Figure 2).

Flooring systems

A ground anchor 1 for use with a modular, interlocking floor system (20, figure 6) comprising multiple interconnecting tiles (10, Figure 4) connectable to define a planar structure, and at least one tile has an aperture for receiving the ground anchor, wherein the anchor has a helical ground penetrating part 8 and a flange part 4 for contacting to the upper surface of a tile when in use. The anchor is screwed into the ground through the recess to secure one or more tiles. The flange may be a circular disc 4 attached to a hollow box section 2 which is welded in position inside the spiral part 8. The anchor may have a recess 6 for receiving a driving tool e.g. a T-bar. Tiles may include a further recess so the flange may lie flush. The floor may be temporary e.g. a marquee base, road or walkway. The tiles may be hexagonal or rectangular.

ROOF REINFORCEMENT ELEMENT, COMBINATION OF SUCH AN ELEMENT WITH A ROOF AND A MANUFACTURING PROCESS SUCH OF AN ELEMENT

Plate, in particular floor or ceiling panel for a building -

Eine Platte (1), insbesondere eine Boden- bzw. Deckenplatte, für ein Bauwerk weist eine vorgespannte Betonplatte (2) und wenigstens einen darin zum Teil eingebetteten Profilträger (3) mit einem Steg (4) und einem Flansch (5) auf. Der Steg (4) weist in seiner Längsrichtung wenigstens abschnittsweise eine quer zur Längsrichtung ausgerichtete Profilierung auf.

AID TO MOVING OR FASTENING PLATTENFORMIGEN ELEMENTS TO AND/OR ON AN UNDERGROUND

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

Chock for paver support

A vertically-adjustable support structure (10) for supporting paving slabs or the like includes a base plate (20) on which four wedge-like support blocks (30) are provided. Each support block (30) has an inclined surface defining a series of teeth/steps, and a horizontal top surface. A chock (40) is placed on top of each support 5 block (30) to support a corner of a paving slab. Each chock includes an upper support surface (70) for supporting the paving slab, and a sloped underside (280) which defines teeth (290) which engage the teeth of the support block and secures each chock against displacement towards the base plate. Moving the chock up or down the inclined surface adjusts the height of the support structure. Additional height adjustment is 10 provided by adjusting the height of the chocks themselves. In particular, each chock includes wings (320) which are hinged to the sides of the chock. In one orientation with the side elements disposed on opposed sides of the chock the chock has a first height. In a second orientation, the side elements (320) are rotated about hinges (330) through 1800 so that the surface which was uppermost in the first orientation is located 15 on top of the upper surface of the chock, with the height of the chock increased by the depth of the side elements. The side elements preferably include means (340, 350; 360, 370, 380, 390) to lock them together and/or to the upper surface of the chock in the second orientation. Fig 4

SUPPORT PEDESTAL FOR SUPPORTING AN ELEVATED BUILDING SURFACE

A method and device for supporting a structure above a fixed surface. The device can include a support pedestal whose height is adjustable through a range of heights without a substantial gap in the obtainable heights. In one embodiment, the support pedestal can include a base member, a support member and a coupling member operatively connecting the base member and the support member. The coupling member can include first and second cylindrical walls, whereby an outer wall of the coupling member bears directly on an outer wall of the base member. Locking members can be utilized to operatively attach the coupling member to at least one of the base member or the support member. The locking members can function to increase the structural stability of support pedestal.

CHOCK FOR PAVER SUPPORT

A vertically-adjustable support structure for supporting paving slabs or the like including a base plate on which four wedge-like support blocks are provided. Each support block has an inclined surface defining a series of teeth/steps, and a horizontal top surface. A chock is placed on top of each support block to support a corner of a paving slab. Each chock includes an upper support surface for supporting the paving slab and a sloped underside which defines teeth which engage the teeth of the support block and secures each chock against displacement towards the base plate. Moving the chock up or down the inclined surface adjusts the height of the support structure. In particular, each chock includes wings which are hinged to the sides of the chock.

UNIVERSAL SLOPE COMPENSATOR FOR USE IN CONSTRUCTING A FLAT SURFACE

A universal slope compensator for use in installing a substantially horizontal surface comprising ballast blocks on a pre-existing surface having a slope, the slope compensator assembly being capable of achieving a wide range of slope compensation.

COATING SYSTEM TYPE SLABS ON PADS COMPRISING ONE OR MORE CONTAINERS

PROCESS AND DEVICE TO HAVE THE PLATES OF BOARDS ABOVE AN UNDERLAYER

Plate support for the installation or the fixing of flagstones or plates on a basis

DISPOSITIF DE MAINTIEN D'UNE PLAQUE DE CONSTRUCTION, PAR EXEMPLE D'UNE DALLE DE BETON, A DISTANCE DE SA SURFACE DE SUPPORT

Hohlraumbodenplatte

Es wird eine erste Platte (6) zur Verbindung mit einer zweiten Platte (5) zur Herstellung eines Hohlraumbodens beschrieben, umfassend: eine erste Ausnehmung (8) zur Aufnahme einer ersten Nase (7) der zweiten Platte (5), wobei durch ein Einschwenken die erste Nase (6) in die erste Ausnehmung (8) einschwenkbar ist, sodass sich eine Verbindung ergibt, die nur durch gegensinniges Herausschwenken auflösbar ist.

Adjusting component for adjusting height level of floor covering surface of terrace, has component parts, where axial distance between support surfaces of parts is determined and/or adjusted by step height of other surfaces of one of parts

The component has a component part (1) provided with a hollow element (20) i.e. sleeve, which includes a support surface (12). Another component part includes a support surface, and is movably formed in an axial direction (70) along an axial axis (35) in the hollow element. The former component part includes other support surfaces (14.1, 14.2, 14.3, 14.4), and an axial distance between the one of the support surfaces of the former part and the support surface of the latter part is determined and/or adjusted by step height of other support surfaces of the former component part. Independent claims are also included for the following: (1) an adjusting system comprising an adjusting plate (2) a method for constructing a flat surface.

Höhenverstellbares Stützelement

Höhenverstellbares Stützelement (1) für die Errichtung einer Unterkonstruktion von erhöhten Flächen, insbesondere von Terrassen, bestehend aus miteinander verbindbaren Modulen in Form eines Standsockels (10) und einem darauf angeordneten höhenverstellbarem Auflageelement mit einer austauschbaren Adapterplatte für die Aufnahme der zu errichtenden Fläche oder Unterkonstruktionsteile, wobei das Auflageelement aus einem Außenring mit einem Innengewinde und einer in den Außenring einsetzbaren Innenhülse mit einem Außengewinde besteht, die beide Teleskopartig miteinander verschraubbar sind, dadurch gekennzeichnet, dass der Standsockel (10) und das Auflageelement (65) sowohl miteinander als auch mit mindestens einer zwischen ihnen einsetzbaren Distanzhülse (40) adaptierbare Verschlussmittel (26) (71, 77) besitzen, und die Distanzhülse (40) mit dem Verschlussmittel (26) des Standsockels (10) und den Verschlussmitteln (71, 77) des Auflageelements (65) sowie denen einer jeweils benachbarter Distanzhülsen ...

SHOCK-ABSORBING BEARING FOR TIME-PIECES AND SMALL MECHANISMS

BASE STRUCTURES FOR BUILDINGS

AID TO MOVING OR FASTENING PLATTENFORMIGEN ELEMENTS TO AND/OR ON AN UNDERGROUND

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

SUPPORT FOR CONSTRUCTIONAL OR BUILDING ELEMENTS

ADJUSTABLE PEDESTAL FOR PARTITION

A pedestal for supporting a partition and a method for a partition. The pedestal includes a base for mounting onto a floor, the base having a peripheral outer surface. The pedestal also includes a body having a first end opposite a second end and an inner surface proximate the first end interfacing with the base peripheral outer surface. A cap is coupled to the body proximate the second end, and a bracket is coupled to the cap for coupling with a partition. The method includes connecting a base to a floor, coupling a body of to the base, coupling a sleeve to the base on which is coupled a bracket, and coupling the partition to the bracket.

CLAMPING MECHANISM OF FLAGSTONES

COATING SYSTEM ON THE TILE BOLLARDS COMPRISING AT LEAST ONE CONTAINER

La présente invention a pour objet un système de revêtement du type dalles sur plots comprenant au moins un contenant. Ce système comprenant en lieu et place d'une ou de plusieurs dalle(s), un ou plusieurs contenant(s) du type bac. Système caractérisé en ce que le corps creux de chaque contenant du type bac comprend, d'une part, un cadre rigide (5), dont les dimensions périphériques extérieures sont sensiblement identiques à ou multiple de celles d'une dalle (1) et qui repose au moins au niveau de ses coins sur les plots (2) concernés, d'autre part, un fond sensiblement rigide et destiné à venir reposer directement ou indirectement sur la surface d'appui (3) et, enfin, une structure en soufflet (7) élastiquement déformable, reliant le cadre (5) au fond (6) et formant les parois latérales du corps creux (4), le fond (6) présentant avantageusement des dimensions inférieures à la zone libre (3') de la surface d'appui (3) située entre les plots (2) supportant le contenant (4) considéré. The present invention relates to a slab type coating system comprising at least one container. This system comprises instead of one or more slab (s), one or more container (s) of the tray type. System characterized in that the hollow body of each container-type container comprises, on the one hand, a rigid frame (5), whose external peripheral dimensions are substantially identical to or multiple of those of a slab (1) and which rests at least at its corners on the studs (2) concerned, on the other hand, a substantially rigid bottom and intended to rest directly or indirectly on the bearing surface (3) and, finally, a bellows structure (7) elastically deformable, connecting the frame (5) to the bottom (6) and forming the side walls of the hollow body (4), the bottom (6) advantageously having dimensions smaller than the free zone (3 ') of the surface support (3) between the studs (2) supporting the container (4).

PAD SUPPORT WITH INTEGRATED SHIMS

La présente invention a pour objet un plot support (1) pour éléments de recouvrement du type dalles, chaque plot (1) étant constitué par au moins deux pièces (3, 4) assemblées entre elles, à savoir une tête (3) fournissant une surface support, une embase (4) formant piétement d'appui et une pièce (6) formant pièce d'assemblage et de réglage, la position en hauteur de la surface support étant ajustable par réglage de la liaison d'assemblage. Plot (1) caractérisé en ce qu'il comprend au moins une partie sécable formée d'un seul tenant avec la troisième pièce intermédiaire (6), la ou chaque partie sécable (5'") étant apte et destinée à coopérer, après séparation, avec la tête de plot (3) pour former une zone de support (7) locale, surélevée ou proéminente d'une hauteur déterminée par rapport à la surface support.

A floor support structure

A floor support structure for supporting a floor joist of an adjustable raised floor construction relative to an underlying support surface, the floor support structure comprising a level adjustment screw extending in a direction along a longitudinal axis and a foot; where the foot comprises a lower base part for holding the floor support structure to the underlying support surface and an upper connection part to which a lower end of the level adjustment screw is attachable; wherein the foot has a dampening layer arranged between the lower base part and the upper connection part.

System for installation of decking tiles

Materials for use in installing a deck include a plurality of decking tiles, each of the tiles having an outside corner angle with a hole at a predetermined location with respect to the corner and a plurality of decking tile connectors. Each of the connectors includes a plate, spacer flanges upstanding from the plate arranged to divide the plate into quadrants defined by angles that are the same as the corner angles of the tiles, and Christmas tree fasteners upstanding in the quadrants at locations to align with the holes in the tiles.

DEVICE FOR ADJUSTING THE INCLINATION OF THE SURFACE OF A CONSTRUCTION TO STANDS

PLATE FOR THE GUIDANCE AND STORAGE OF THE CORNER AREAS OF PLASTER PLATES

Structural systems for restraining elevated surface tiles

A system for assembling a building surface and a building surface assembly that include surface tiles and stability members disposed between the surface tiles to restrict relative movement therebetween. The stability members may advantageously be placed between outer edge segments of the building surface tiles to restrict relative movement of adjacent surface tiles, such as due to seismic activity, vibrations, or high winds. The building surface tiles may include structures such as engagement channels for receiving and engaging the stability members.

Support pedestal assembly including a stabilizing collar for stabilizing a support structure

A support structure for elevating a building surface above a fixed surface having stability bracing to provide increased stability to the structure. The support structure includes a plurality of support pedestals that are disposed in spaced-apart relation on a fixed surface. A plurality of braces are attached to adjacent support pedestals to interconnect the support pedestals. Interconnecting the support pedestals in such a manner creates a stable support structure that can be utilized in unstable environments, such as seismically active geographic areas. The support pedestals can be adjustable-height support pedestals.

ADJUSTABLE PEDESTAL ASSEMBLY

A pedestal assembly receivable on a support surface to support at least one flooring element over the support surface, the assembly comprising first and second members which are telescopically interengaged so as to be able to assume an extended state and a retracted state, whereby a height of the pedestal assembly is adjustable to set a spacing between the flooring element(s) and the support surface, the assembly including a locking mechanism operable in the extended state by way of relative rotation of the members such that the first and second members are locked in the extended state. 172.-. (canceled)73. A pedestal assembly receivable on a support surface to support at least one flooring element over the support surface , the assembly comprising:first and second members which are telescopically interengaged so as to be able to assume an extended state and a retracted state, whereby a height of the pedestal assembly is adjustable to set a spacing between the flooring element(s) and the support surface; anda locking mechanism operable in the extended state by way of relative rotation of the members such that the first and second members are locked in the extended state.74. A pedestal assembly according to claim 73 , wherein the locking mechanism comprises circumferentially spaced locking grooves located on one of said members and complementary locking projections located on the other member claim 73 , the locking projections being arranged to be received in the grooves such that the locking condition is assumed.75. A pedestal assembly according to claim 73 , wherein the locking mechanism includes at least one projection arranged on one of said members and resiliently biased in a radial direction so as to abut a respective shoulder on the other of said members in the locking condition to restrain the members from rotation relative to each other in a direction opposite a direction of said relative rotation.76. A pedestal assembly according to claim 73 , further ...

Chock for paver support

A vertically-adjustable support structure ( 10 ) for supporting paving slabs or the like includes a base plate ( 20 ) on which four wedge-like support blocks ( 30 ) are provided. Each support block ( 30 ) has an inclined surface defining a series of teeth/steps, and a horizontal top surface. A chock ( 40 ) is placed on top of each support block ( 30 ) to support a corner of a paving slab. Each chock includes an upper support surface ( 70 ) for supporting the paving slab, and a sloped underside ( 280 ) which defines teeth ( 290 ) which engage the teeth of the support block and secures each chock against displacement towards the base plate. Moving the chock up or down the inclined surface adjusts the height of the support structure. Additional height adjustment is provided by adjusting the height of the chocks themselves. In particular, each chock includes wings ( 320 ) which are hinged to the sides of the chock. In one orientation with the side elements disposed on opposed sides of the chock the chock has a first height. In a second orientation, the side elements ( 320 ) are rotated about hinges ( 330 ) through 180° so that the surface which was uppermost in the first orientation is located on top of the upper surface of the chock, with the height of the chock increased by the depth of the side elements. The side elements preferably include means ( 340, 350; 360, 370, 380, 390 ) to lock them together and/or to the upper surface of the chock in the second orientation.

Flooring Support System

A flooring substrate system that uses one of three substrate components upon which various types of finish flooring may be attached above a deck structure. The deck structure may be open lumber framed or may be a waterproofed planar surface. Affixation of the flooring system may be by direct connection or by gravitational placement. Height and slope adjustable components interlock through a plunge, twist and locking teeth arrangement to form supporting members beneath the substrate components. A special fastening system is utilized between two of the substrate components to compensate for high wind lift load conditions. 1. A fastening system for a securing a flooring structural panel made of an array of open cells each with an interior bottom perimeter flange defining a cell opening , said flooring structural panel to be used as a substrate for the support of finish flooring , comprising:a base mounting plate, said base mounting plate a planar disk with a top face, a bottom face, and post receiving orifices between said top face and said bottom face,an internally threaded post connected to said base mounting plate and extending into said open cell;a bolt engaged with said threaded post, said bolt having a head exceeding the dimensions of the cell opening.2. The fastening system of further comprising:a post block retained within said interior bottom flange, said post block having a central through bore;wherein said internally threaded post extends through said central through bore and into said open cell.3. The fastening system of further comprising:a spacer with a central orifice there through, said spacer contacting said interior bottom flange;wherein said internally threaded post extends through said central orifice, said central through bore and into said open cell.4. The fastening system of further comprising:a compression spring placed around said internally threaded post.5. The fastening system of wherein said threaded post and said bolt are made of a salt ...

Flooring Support System

A flooring substrate system that uses one of three substrate components upon which various types of finish flooring may be attached above a deck structure. The deck structure may be open lumber framed or may be a waterproofed planar surface. Affixation of the flooring system may be by direct connection or by gravitational placement. Height and slope adjustable components interlock through a plunge, twist and locking teeth arrangement to form supporting members beneath the substrate components. A base mounting plate acts as a pivotal point in the system, having recesses and engageable configurations on both its faces for other system components. 1. A height adjustable assembly for the support of paver tiles above a structural deck comprising:a base mounting plate, said base mounting plate a planar disk with a top surface, a bottom surface, and a series of orifices between said top surface and said bottom surface;a paver plate having planar bottom plate with a top face and a bottom face and at least three edges, two of said edges each having a side extending perpendicularly from said top face and at least one locking pin extending perpendicularly from said bottom face; andwherein said pins and said orifices are matingly conformed and said paver plate is connectable to said top surface of said base mounting plate so as to extend normally from a top plane of said base mounting plate.2. The height adjustable assembly of claim 1 , wherein said base mounting plate has a set of evenly radially spaced claim 1 , tabs that form a ring of inward facing teeth and twist lock gaps about an outer perimeter of a bottom face of said base mounting plate.3. The height adjustable assembly of claim 1 , wherein the number of locking pins is three.4. The height adjustable assembly of claim 2 , further comprising:a stanchion top plate,a stanchion bottom plate; anda stanchion post made of a section of nominally sized polymer piping;wherein said stanchion post is connected between said ...

Roof paver locking system and methods for installing pavers

An apparatus and methods lock together pavers on a roof deck to reduce uplift pressure and increase stability and strength in a variety of environmental conditions. More specifically, a paver lock apparatus is placed in grooves on the top side of a multiple of pavers and locked to a stationary object, such as the roof or a pedestal placed on the roof underneath the deck. Roof pavers are manufactured with grooves on the paver surface to hold the paver lock apparatus. The pavers are loose laid on paver pedestals and the paver lock apparatus is laid into the grooves of multiple adjacent pavers and locked into place by connecting the paver lock apparatus to the paver pedestal.

PAVER LOCKDOWN SYSTEMS AGAINST WIND UPLIFT THAT WORK WITH REGULAR PEDESTALS

The present disclosure provides a paver lockdown system that prevents strong wind from uplifting pavers from pedestals installed on rooftops. 1. An apparatus for locking down pavers to pedestals to prevent pavers from being lifted by wind , and for allowing pavers to be easily removed from the pedestal when necessary , comprising:a. a paver and a solid sheet that is glued to the back of the paver, where the solid sheet has at least two tabs on edges of the solid sheet, and said tabs extend beyond the edges of the pavers;b. one mechanism for each tab, where the mechanism is attached to a pedestal, or is built as a part of a pedestal, and where the mechanism has a screw hole to allow the tab to be screwed down by a screw, or the mechanism has a part that can be moved to a position on top of the tab in order to lock down the tab or can be moved away from the tab in order to unlock the tab.2. The apparatus according to the claim 1 , wherein the mechanism is a lock which consists of a lock body that is attached to the pedestal claim 1 , and a sliding bolt that can be moved to the position on top of the tab in order to lock down the solid sheet or can be moved away from the tab in order to unlock the solid sheet.3. The apparatus according to the claim 1 , wherein the mechanism consists of:a modified spacer disk, which has slots that allow a sliding spacer to move back and forth;at least one sliding spacer, which consists of a base that is wider than the width of the slots and stays beneath the modified spacer disk, and a latch attached to the base. The latch can be moved to the position on top of the tab in order to lock down the solid sheet or can be moved away from the tab in order to unlock the solid sheet.4. The apparatus according to the claim 1 , wherein the solid sheet is galvanized steel sheet.5. The apparatus according to the claim 1 , wherein the solid sheet is a stainless steel sheet.6. The apparatus according to the claim 1 , wherein the solid sheet is a ...

Flooring Support System

A flooring substrate system that uses one of three substrate components upon which various types of finish flooring may be attached above a deck structure. The deck structure may be open lumber framed or may be a waterproofed planar surface. Affixation of the flooring system may be by direct connection or by gravitational placement. Height and slope adjustable components interlock through a plunge, twist and locking teeth arrangement to form supporting members beneath the substrate components. A special fastening system is utilized between two of the substrate components to compensate for high wind lift load conditions. 1. A fastening system for a securing a flooring structural panel made of an array of open cells each with an interior bottom perimeter flange defining a cell opening , said flooring structural panel to be used as a substrate for the support of finish flooring , comprising:a base mounting plate, said base mounting plate a planar disk with a top face, a bottom face, and post receiving orifices between said top face and said bottom face,an internally threaded post connected to said base mounting plate and extending into said open cell;a bolt engaged with said threaded post, said bolt having a head exceeding the dimensions of the cell opening.2. The fastening system of further comprising:a post block retained within said interior bottom flange, said post block having a central through bore;wherein said internally threaded post extends through said central through bore and into said open cell.3. The fastening system of further comprising:a spacer with a central orifice there through, said spacer contacting said interior bottom flange;wherein said internally threaded post extends through said central orifice, said central through bore and into said open cell.4. The fastening system of further comprising:a compression spring placed around said internally threaded post.5. The fastening system of wherein said threaded post and said bolt are made of a salt ...

ADJUSTABLE PEDESTAL FOR PARTITION

A pedestal for supporting a partition and a method for a partition. The pedestal includes a base for mounting onto a floor, the base having a peripheral outer surface. The pedestal also includes a body having a first end opposite a second end and an inner surface proximate the first end interfacing with the base peripheral outer surface. A cap is coupled to the body proximate the second end, and a bracket is coupled to the cap for coupling with a partition. The method includes connecting a base to a floor, coupling a body of to the base, coupling a sleeve to the base on which is coupled a bracket, and coupling the partition to the bracket. 1. A pedestal for supporting a partition comprising:a base for being mounted onto a horizontal floor of a dwelling, wherein the base comprises an opening;a body having a first end opposite a second end;a cap coupled to the body proximate the second end;a bracket coupled to the cap for coupling with a partition;a pin for being attached to the horizontal floor and for penetrating the base opening; andwherein the base opening has at least one dimension having a length greater than the outer surface diameter of the pin, wherein the pin is capable of sliding transversely relative to the base opening along said length.2. The pedestal as recited in claim 1 , wherein the body is cylindrical and has an outer surface diameter of at least 0.5 inch.3. The pedestal as recited in claim 1 , wherein the pin has a threaded outer surface; anda fastener for fastening to the threaded outer surface of the pin for urging the base against the horizontal floor.4. The pedestal as recited in claim 1 , wherein the base can be fixed into a position relative to the pin.5. The pedestal as recited in claim 1 , wherein the base opening is an elongated.6. The pedestal as recited in claim 1 , wherein the base is capable of sliding relative to the pin.7. The pedestal as recited in claim 1 , wherein the base can be fixed in a position relative to the pin.8. The ...

DECK PEDESTAL

A method of fabricating a plate for a support pedestal used to support a building surface component above a fixed surface includes forming one or more ribs into a sheet of material adjacent a periphery of the sheet so that the rib extends substantially continuously about a central axis of the sheet that is perpendicular to first and second opposite surfaces of the sheet and creating a series of spacer tabs out of the sheet between the central axis and the rib that are configured to space adjacent building surface components placed over the sheet. 1. A method of fabricating a plate for a support pedestal used to support a building surface component above a fixed surface , comprising:forming a rib into a sheet of material adjacent a periphery of the sheet so that the rib extends substantially continuously about a central axis of the sheet that is perpendicular to first and second opposite surfaces of the sheet to stiffen the sheet of material; andcreating a series of spacer tabs on the sheet between the central axis and the rib that are configured to space adjacent building surface components placed over the sheet.2. The method of claim 1 , wherein the creating includes creating each of the series of spacer tabs over at least one reference axis along the sheet and that is perpendicular to the central axis.3. The method of claim 2 , wherein the creating includes folding a plurality of portions of the sheet along a plurality of respective fold lines to form the series of spacer tabs.4. The method of claim 3 , wherein each of the plurality of respective fold lines is non-collinear and non-parallel to the at least one reference axis over which the corresponding spacer tab is formed.5. The method of claim 4 , wherein each of the plurality of respective fold lines is disposed at a 45 angle to the at least one reference axis over which the corresponding spacer tab is formed.6. The method of claim 2 , wherein the at least one reference axis includes a first reference axis ...

Wood block module capable of horizontally adjusting and absorbing impact

本发明涉及一种木块模块，更具体地，涉及一种可水平调节和吸收冲击的木块模块。为了实现上述的目的，根据本发明的实施例的木块模块可以包括：木块，在长度方向上的两侧侧面形成有台面槽；以及台面底座，设置在所述木块的下部，并且安装有所述木块，其中，所述台面底座包括：四边形框架形状的边框；芯部，位于所述边框的中央；连接桥，从所述芯部径向延伸，并且连接所述芯部和所述边框；延伸部，从所述边框的外侧面向与所述连接桥正交的方向延伸；以及突出部，从所述延伸部的末端向平行于所述连接桥的方向突出，并且对应于所述木块的所述台面槽。

Stabilizing System For Deck Pedestals

A stabilizing system for a deck system has a plurality of pedestals, a plurality of connection locations on a periphery of the pedestals and a stabilizing bar secured between the pedestals. The stabilizing bar includes a first half, a second half, a fastener, and a first securing member. The first half and the second half connect to each other and are extendable between at least two of the pedestals. The second half is sized to receive the first half therein in a telescoping manner. The fastener connects the first half with the second half, while the first securing opening extends from a bottom surface and is located near a respective end face opposite a juncture between the halves.

Pedestal for ballast block decking

A deck system and pedestal for use in forming an elevated surface are provided. The system includes a plurality of ballast blocks, pavers or panels laterally positioned in a pattern to form a deck. Each of the blocks, pavers or panels has corner portions, and the pattern includes intersection areas in which the corner portions of adjacent blocks, pavers or panels extend. The system also includes a plurality of pedestals. The pedestals are located directly beneath the intersection areas and support the corner portions of adjacent blocks, pavers or panels a spaced distance above an underlying structure. Each pedestal has a base at a lower end thereof and a support at an upper end thereof. The support is rotatable relative to the base for altering an overall height of the pedestal. One or more couplers can be added to the pedestal to alter the overall height of the pedestal. The pedestals can include a rubber pad or coating that secures and stabilizes the block, paver, or panel on the pedestals. Brace securement eyelets can be provided in a flange extending circumferentially about the coupler and in the base of the pedestal.

Support for supporting an elevated surface

The present invention is directed to a support comprising a base part for being positioned on an underlying surface and a carrier part for carrying an elevated surface, characterized in that the base part comprises a resilient contact layer for making contact with the underlying surface. Further, the present invention is directed to method for manufacturing such support, comprising obtaining a composition of granulated rubber and a polymer and moulding the composition to form the resilient contact layer.

Pedestal for ballast block decking

A deck system and pedestal for use in forming an elevated surface are provided. The pedestal for supports blocks, pavers, tiles, or panels a spaced distance above an underlying surface. The pedestal for supporting blocks, pavers, tiles, or panels a spaced distance above an underlying surface, includes a support, a sound-deadening pad, and a bosses and recess arrangement positioned between the support plate and pad. The support includes a support plate having an upper surface and a plurality of upstanding walls that define quadrants on the support plate. The sound-deadening pad is positioned on the support plate and is non-movable within the support to prevent any relative movement between the support plate and the pad. The bosses and recess arrangement includes a plurality of bosses are received by the plurality of recesses.

Improved support system for raised floorings.

A support system (1) for raised floorings comprising: a base (2) suitable for being placed on a surface, a spacer (3) coupled to the base (2), a head (4) coupled to the spacer (3) and suitable for supporting floor elements, and a ball joint disposed between the spacer (3) and the head (4), in such manner that the head (4) is coupled to the spacer (3) with spherical coupling, and locking teeth (72) protruding in lower position from a lower surface (52) of the head to engage in seats (82A, 82B) obtained in an upper wall (30) of the spacer.

Support profile for a device to fasten an element

PURPOSE: A bottom supporting structure of a profile connector is provided to obtain a firm supporting force with impact without being hindered by inserting the fastening part of a support into an uneven groove. CONSTITUTION: A bottom supporting structure of a profile connector comprises a fixing plate (10), a fastening hole (20), a support, and a rotation preventive unit. The fixing plate includes a through-hole (11) with a stepped part (11a) inside. The fixing plate is fixed to the central groove of a profile using a fastening bolt. The fastening hole vertically penetrates the fixing plate. The inside of the fastening hole is formed with a screw thread. The support is fastened to the screw thread of the fastening hole. The rotation preventive unit is accepted in the uneven groove or accepting groove of the profile on the fixing plate to prevent rotation.

Floor laying and leveling system

A system for laying and leveling a tile walking surface, i.e. indoor floor or outdoor patio or pathway, where the system relies upon the use of inserts embedded within the adhesive for securing the tile. A preferred insert is a single plastic member, preferably circular in configuration, and contains plural through openings for receiving and securing the insert into the adhesive. Optionally, removable space dividers may be provided where the space dividers are initially positioned in the openings for spacing adjacent tiles, then removed to allow grouting of the spaces. Alternately, the insert may be a two-piece member that can be vertically adjusted where needed to ensure a level substrate and hence a level walking surface.

Decorative slab for use on e.g. block, has stoneware based upper decorative layer fixed on concrete lower support layer, where lower support layer is realized by hydraulic cement based construction material

The slab (10) has a stoneware based upper decorative layer (11) fixed on a concrete lower support layer (12) by latex based adhesive intermediate layer. The lower support layer is realized by hydraulic cement based construction material, where the hydraulic cement has quartz based adhesive cement. The adhesive intermediate layer is arranged between the upper decorative layer and the support layer. Rigid reinforcement is downed in the support layer. An independent claim is also included for a method for fabricating a decorative slab.

DEVICE FOR A TERRACE PLOT, PLOT COMPRISING SUCH A DEVICE AND INSTALLATION OF TERRACE ON PLOTS COMPRISING FLOOR ELEMENTS SUPPORTED BY SUCH PLOTS

L'invention concerne un dispositif (8) pour un plot (6) de terrasse. Ce dispositif comprend des pièges à colle (16) pour la fixation d'un élément d'habillage (18) d'une contremarche de la terrasse et ces pièges à colle (16) sont conformés de façon que, lorsque l'élément d'habillage (18) est positionné au contact des pièges à colle (16) et que les pièges à colle sont remplis de colle, la colle, en se solidifiant, forme des organes de fixation qui sont collés, d'une part, à l'élément d'habillage (18) et ancrés mécaniquement, d'autre part, à l'intérieur des pièges à colle (16), permettant ainsi de fixer l'élément d'habillage contre le dispositif. The invention relates to a device (8) for a terrace stud (6). This device comprises glue traps (16) for fixing a covering element (18) of a riser of the terrace and these glue traps (16) are shaped so that, when the element covering (18) is positioned in contact with the glue traps (16) and that the glue traps are filled with glue, the glue, on solidifying, forms fixing members which are glued, on the one hand, to the covering element (18) and mechanically anchored, on the other hand, inside the glue traps (16), thus making it possible to fix the covering element against the device.

SUPPORT PLOT FOR FLOOR TILES

LE PLOT COMPORTE UNE PASTILLE CENTRALE 11, UNE COURONNE EXTERIEURE 12 ENTOURANT LA PASTILLE CENTRALE ET ESPACEE DE CELLE-CI, ET DES ELEMENTS DE LIAISON 13 RELIANT LA PASTILLE CENTRALE PRESENTANT DES SURFACES SUPERIEURES DE SUPPORT SENSIBLEMENT COPLANAIRES ET LA COURONNE EXTERIEURE PRESENTANT UN MODULE APPARENT SUPERIEUR A CELUI DE LA PASTILLE, CHAQUE DALLE SUPPORTEE PAR LE PLOT ETANT AINSI EN APPUI SUR LA COURONNE ET, DANS SON ANGLE, SUR LA PASTILLE. THE PLOT INCLUDES A CENTRAL PELLET 11, AN OUTER CROWN 12 SURROUNDING THE CENTRAL PELLET AND SPACE THEREOF, AND CONNECTING ELEMENTS 13 CONNECTING THE CENTRAL PELLET HAVING SUPERIOR SUPPORT SURFACES SUBSTANTIALLY COPLANAR AND SUPERIOR MODERN CROWN WITH THAT OF THE PELLET, EACH SLAB SUPPORTED BY THE PLOT BEING THUS SUPPORTED ON THE CROWN AND, AT ITS ANGLE, ON THE PELLET.

Patent FR2524515B1

Patent FR2229835B1

Adjustable floor panel

An interlocking floor panel has a predetermined array of adjustable support assemblies positioned near the perimeter of the panel. Each support assembly is securely press-fit into a channel extending through the panel, so that an adjustable base under the panel may be vertically adjusted within the channel by a driver on the top of the panel. The support assembly includes a threaded hollow core in a housing. The adjustable base extends from a threaded cylinder having the driver at its opposite end. The position of the base is adjusted to support the panel on an uneven surface or increase the gap below the panel. The outer surface of the housing is securely nested in the channel and the outer surface is configured to inhibit the movement of the assembly within the channel. An adjustable support assembly may be provided in various panels made from resilient fibrous materials.

Flat roof type open jointed panels mounting - has spherical segment on support in cup and inclined bearing box underside

The height adjustable bearing for plates being laid- open-jointed on flat roofs, has a base plate on the substructure, blocks with internal threads, bolts for these with two counter running thread sections and end activating unit, pedestal for blocks to slide on, bearing box on the blocks, and support. At the points where they meet the blocks the bearing pedestal or bearing box underside are in the form of inclined planes. The support incorporates a spherical segment, rotatably mounted in a spherical cup in the upper side of the bearing box. This ensures flat mounting and fixed support point when panel height is adjusted.

Support pillar for supporting and securing in place profiles

The present invention concerns a support pillar comprising a base structure (6), one or more middle structures (7) and a top structure (3) comprising top support surface (1b) for supporting a profile (10), which is provided with a first and a second guiding plates (2a, 2b) standing upright on either side of a first imaginary straight line (X1) crossing the centroid of said top surface (1b), and wherein the interface between each of the first and second guiding plates and the second main surface (1 b) define a first and a second coupling lines (21a, 21b), respectively, each having a first and second end points, characterized in that each of the first and second coupling lines (21a, 21b) are curved, forming a concavity facing away from said first imaginary straight line (X1) and in that, the ratio, Dmax / dmin, of the length, Dmax, of the longest straight segment joining two points belonging to the first and the second coupling lines (21a, 21b) without crossing any coupling line to the length, dmin, of the shortest segment joining two points belonging to the first and the second coupling lines (21a, 21b) without crossing any coupling line is higher than the same ratio obtained with two rectilinear coupling lines (21r, 21s) sharing the same end points than the non- rectilinear coupling lines.

PLATE FOR ASSEMBLING FLOOR ELEMENTS SUCH AS SLABS, FLOOR SYSTEM SAFELY COMPRISING SAME, AND METHOD OF IMPLEMENTING THE SAME

L'invention concerne un plot d'aide à la pose (1) d'éléments de plancher (2) comprenant : un socle stabilisateur (3) ayant une surface d'assise (3a) destinée à être appliquée sur le sol, et une surface de réception opposée (3b), une partie de réception femelle (30) étant formée dans la surface de réception (3b) ; et, un ensemble pion (4) réglable en hauteur positionné au-dessus du socle stabilisateur (3), l'ensemble pion (4) comprenant une partie mâle (40) destinée à être reçue dans la partie de réception femelle (30) et déplaçable par rapport à la partie femelle (30) dans la direction verticale ; caractérisé par le fait que l'ensemble pion (4) comprend en outre une partie temporaire (41) positionnée dans l'alignement vertical de la partie mâle (40), la partie temporaire (41) étant apte à s'effacer après la pose des éléments de plancher (2). The invention relates to a support pad for laying (1) floor elements (2) comprising: a stabilizing base (3) having a seat surface (3a) intended to be applied to the ground, and a opposite receiving surface (3b), a female receiving portion (30) being formed in the receiving surface (3b); and, a height-adjustable pin assembly (4) positioned above the stabilizer base (3), the pin assembly (4) comprising a male portion (40) to be received in the female receiving portion (30) and displaceable relative to the female portion (30) in the vertical direction; characterized in that the pin assembly (4) further comprises a temporary portion (41) positioned in the vertical alignment of the male portion (40), the temporary portion (41) being able to fade after laying floor elements (2).

Roof paver locking system

An apparatus and methods for locking together pavers on a roof deck to reduce uplift pressure and increase stability and strength in a variety of environmental conditions. More specifically, a paver lock apparatus is placed in grooves on the top side of a multiple of pavers and locked to a stationary object, such as the roof or a pedestal placed on the roof underneath the deck. Roof pavers are manufactured with grooves on the paver surface to hold the paver lock apparatus. The pavers are loose laid on paver pedestals and the paver lock apparatus is laid into the grooves of multiple adjacent pavers and locked into place by connecting the paver lock apparatus to the paver pedestal.

Method and apparatus for selectively adjusting the elevation of an undulating or planar surface

An adjustable support piece is provided which can selectively raise or lower the level of a building surface or industrial component such as a mechanical pump, etc. A base member, crown member, and threaded tubular stem which can be cut with a hand saw are provided and which can be selectively adjusted in height to raise or lower the height of the building surface. In one embodiment, a coupling may be used to interconnect two tubular stems together. Further, a crown coupling spacer may be used to moderately increase the total length of the adjustable support jacks.

Systems and support assemblies for restraining elevated deck components

A system for restraining relative lateral and/or vertical movement between adjacent support tiles of an elevated building surface assembly. The system is usable with a support structure including a plurality of support pedestals that are disposed in spaced-apart relation on a fixed surface and that are disposed beneath corner portions of surface tiles to vertically support and elevate the tiles above the fixed surface. The system includes stability members that may be inserted into predetermined gaps between adjacent surface tiles so as to be fit between adjacent surface tiles to restrict lateral and/or vertical movement of the tiles. Fasteners may be placed through apertures in inner portions of the stability members into the top surface of the support pedestals to further secure the stability members to the support pedestals.

Patent FR2329822B1

Outdoor floor structure

【要約】 【課題】 工事や床のエリア変更が容易な屋外床構造を 提供することを目的とする。 【解決手段】 平面視で格子状に配置されるジョイント ３、４群と、ジョイント群上に４つの角部が載置され、 かつタイル状に水平配置される床面ユニット１群とを備 え、床面ユニット群のそれぞれは、少なくともその４辺 の周縁部に沿って配置され、かつ厚さ方向に貫通する複 数の貫通孔を有し、ジョイント群から上方へ突出する係 止部が貫通孔に係合することにより、床面ユニット群が ジョイント群に連結される。 An object of the present invention is to provide an outdoor floor structure in which construction and floor area change are easy. SOLUTION: A group of joints 3 and 4 arranged in a lattice shape in plan view, and four corners are placed on the joint group, And a group of floor units horizontally arranged in a tile shape, wherein each of the floor unit groups has a plurality of through-holes that are arranged along at least four peripheral edges thereof and penetrate in the thickness direction. The floor unit group is connected to the joint group by engaging the locking portion projecting upward from the joint group with the through hole.

SUPPORT PLOT FOR FLOOR TILES

Wood block module with height level adjustable and shock absorbing type

본 발명은 우드블럭 모듈에 관한 것으로, 보다 구체적으로는 레벨조절이 가능한 우드블럭 모듈에 관한 것이다. 상기의 목적을 달성하기 위해 본 발명의 실시예에 따른 우드블럭 모듈은 길이 방향으로 양쪽 측면에 데크홈(Groove)이 형성된 우드 블록(Deck Block) 및 상기 우드 블록의 하부에 배치되고, 상기 우드 블록이 안착되는 데크 베이스(Deck Base)를 포함하고, 상기 데크 베이스는 사각틀 형상의 테두리(Frame), 상기 테두리의 중앙에 위치하는 코어(Core), 상기 코어로부터 방사형으로 연장되며, 상기 코어와 상기 테두리를 연결하는 연결다리(Connection Bridge), 상기 테두리의 외측면으로부터 상기 연결다리와 직교하는 방향으로 연장되는 연장부(Extended Part) 및 상기 연장부의 끝단으로부터 상기 연결다리와 나란한 방향으로 돌출되며, 상기 우드 블록의 상기 데크홈에 대응되는 돌출부(Protruded Part)를 포함할 수 있다. 이에 의해, 종전대비 낮은 비용으로 시공이 가능하며 시공시간을 혁신적으로 단축시키며 보수가 매우 간편한 효과를 제공하고, 충격흡수를 통한 편안한 보행감과 패턴시공으로 투박한 테크 시공의 미를 보강할 수 있는 효과를 제공한다.

PLATE FOR ASSEMBLING FLOOR ELEMENTS SUCH AS SLABS, FLOOR SYSTEM SAFELY COMPRISING SAME, AND METHOD OF IMPLEMENTING THE SAME

Profiled element for laying raised floors, and raised floor comprising such profiled element

A profiled element (10) for laying raised floors, which comprises a first flat portion (11) that extends longitudinally and a second flat portion (12) that extends longitudinally in the same direction as the first portion and is arranged transversely with respect to the arrangement of the first portion (11), grip protrusions (13) for an adhesive for coverings or floors being defined on the second flat portion (12).

Height-adjustable panel storage

A floor support structure

A floor support structure (1) for supporting a floor joist of an adjustable raised floor construction relative to an underlying support surface, the floor support structure comprising a level adjustment screw (2) extending in a direction along a longitudinal axis and a foot (3); where the foot comprises a lower base part (4) for holding the floor support structure to the underlying support surface and an upper connection part (5) to which a lower end of the level adjustment screw is attachable; where the foot has a dampening layer (9) arranged between the lower base part and the upper connection part; where the upper connection part has a connection recess (12) for the level adjustment screw, wherein the foot has at least one flexible attachment member (7) arranged to engage at least one connection member (8) on the lower end of the level adjustment screw, so that the flexible attachment member and the connection member are arranged to prevent separation of the level adjustment screw from the foot in a direction along the longitudinal axis.

Adjustable pedestal for partition

A pedestal for supporting a partition and a method for a partition. The pedestal includes a base for mounting onto a floor, the base having a peripheral outer surface. The pedestal also includes a body having a first end opposite a second end and an inner surface proximate the first end interfacing with the base peripheral outer surface. A cap is coupled to the body proximate the second end, and a bracket is coupled to the cap for coupling with a partition. The method includes connecting a base to a floor, coupling a body of to the base, coupling a sleeve to the base on which is coupled a bracket, and coupling the partition to the bracket.

Height-adjustable plate storage

Höhenverstellbares Plattenlager (100, 200) zur Lagerung von Platten auf einem Untergrund, umfassend: – ein Basisteil (110, 210) mit mindestens einer Trägeraufnahme (114, 214); – mindestens einen Träger (120, 220), welcher über eine Schraubverbindung zur Höhenverstellung mit der Trägeraufnahme (114, 214) verbunden ist; gekennzeichnet durch Arretiermittel (116, 123, 215), über welche bestimmte Drehpositionen des Trägers (120, 220) relativ zur Trägeraufnahme (114, 214) fixiert werden können. Height-adjustable plate bearing (100, 200) for supporting plates on a substrate, comprising: - a base part (110, 210) with at least one carrier receptacle (114, 214); - At least one support (120, 220) which is connected via a screw connection for height adjustment with the support receptacle (114, 214); characterized by locking means (116, 123, 215) via which certain rotational positions of the carrier (120, 220) relative to the carrier receptacle (114, 214) can be fixed.

Device for adjusting inclination when building on blocks

The invention concerns a device for adjusting the inclination of a surface for building (2) on blocks (1) characterised in that it comprises two mutually co-operating adjusting elements (11, 12), consisting in a first element (12) for establishing an initial angle α and a second adjusting element (11) which is moved between an initial position and operational position selected by the user depending on the slope to be given to said building surface. The second adjusting element (11) is selectively adjustable relative to the first (12) for producing the slope required for the building surface (2) by positioning the second element (11) with respect to the first (12) by mutual rotation. Adjusting means (119; 129) for making each mutual position correspond to an adjusting angle α are provided.

Lighting panel

A floor panel ( 20 L) or ( 20 R) comprises a first plastics sheet ( 5 ) edge lit by a light source in a space ( 8 ), a second plastics sheet ( 6 ) being provided above the first sheet and below an upper sheet ( 7 ) of glass. A floor may be formed by placing a number of panels together, and the floor panels may be mounted on a matrix of beams ( 22 ) which are themselves mounted on height adjustable pedestals.

Universal slope compensator for use in constructing a flat surface

A universal slope compensator for use in installing a substantially horizontal surface comprising ballast blocks on a pre-existing surface having a slope, the slope compensator assembly being capable of achieving a wide range of slope compensation.

Integrated bathroom base plate and manufacturing method thereof

本发明公开了一种整体卫浴间底盘，包括盘体，所述盘体由轻质蜂窝复合材料制成，所述盘体包括蜂窝中间层、粘胶层、表层、防水层和面层，所述表层通过所述粘胶层粘接紧贴在所述蜂窝中间层两侧，所述粘胶层的一部分深入所述蜂窝中间层的芯材孔格内并与之粘接，所述蜂窝中间层一侧的所述表层粘接有防水层，所述蜂窝中间层另一侧的所述表层粘接有面层，所述盘体上设置有导水槽和贯通的地漏孔，所述盘体下表面设置有支撑部；同时，本发明提高了一种整体卫浴间底盘的制造方法。本发明的整体卫浴间底盘整体强度高、刚性好、运输安装便捷和轻质牢固；本发明的制造方法工艺简单，无须大型设备，操作方便，生产效率高，有效降低制造成本。

Device for adjusting inclination when building on blocks

Dispositif de réglage de l'inclinaison d'une surface de construction (2) sur plot (1) remarquable en ce qu'il comprend deux éléments de réglage (11, 12). Ceux-ci coopèrent entre eux. Ils consistent en un premier élément (12) d'établisseme nt d'angle initial .alpha. et en un deuxième élément de réglage (11) qui est déplacé entre une position initiale et une position opérationnelle choisie par l'utilisateur en fonction de la pente à conférer à ladite surface de construction. Le deuxième élément de réglage (11) est orientable sélectivement par rapport au premier (12) de façon à créer une pente voulue pour la surface de construction (2) en positionnant l e deuxième élément de réglage (11) par rapport au premier (12) par rotation mutuelle. Des moyens de réglage (119; 129) sont prévus, lesquels font correspondre à chaque position mutuelle un angle de réglage .alpha..

Prefabricated floor

A supporter of floor panels is provided to support the floor panels securely by sustaining the floor panel with the supporter comprising lower and upper supporters which are assembled to each other through bolts. A supporter of floor panels(40) comprises a lower supporter(20), an upper supporter(10), and level bolts(30). The lower supporter has a plurality of level bolt holes(28,28݆) on the top. The upper supporter has a number of level bolts through-holes(18) and lateral tongues(42,42݆) to be fit to lateral grooves of the floor panel. The lower supporter is anchored to a concrete floor. The upper supporter is fixed to the lower supporter, separated from the lower supporter. The level bolts penetrate the level bolts through-holes of the upper supporter and are fixed to the level bolt holes of the lower supporter, with the upper supporter balanced.

Supporting block for floor panels - has layer of plastic mesh laid beneath panels to give projection in case of panel breaking

The supporting block for floor panels laid on a concrete or masonary surface, e.g. of a terrace, consists of a head (17) of adjustable height, equipped with four spacers (18) for adjacent panels (5), and a layer (19) of a plastic material which joins the blocks together and takes the weight of a person walking on the floor if one of the panels should break. The plastic material can be in the form of a mesh of polyethylene or polypropylene with a high strength resistance, anchored onto spikes (22) projecting from the heads of the blocks. Each supporting block is in the form of a cylindrical base (9) with a collar (10) and a nut (12) engaging with the head (17). ADVANTAGE - More convenient to use, with greater safety.

Load-bearing floor heating assembly and installation method

本发明公开了一种承重地暖总成及安装方法。承重地暖总成，包括：中空设置的石塑板，石塑板的背面设置有第一支撑筋，第一支撑筋沿着石塑板的长度方向延伸设置，石塑板的正面设置有加强筋，加强筋垂直于第一支撑筋；保温板，保温板铺设在石塑板的正面，保温板铺设在石塑板的正面，保温板上背向石塑板的一侧开设有用于设置地暖管线的安装槽，安装槽沿平行于石塑板的方向贯穿加强筋。承重地暖总成的安装方法用于安装承重地暖总成。本发明提供的承重地暖总成及安装方法，在稳定支撑地暖管线的基础上，降低地暖管线的热损失，增加地暖管线对地板的保温效果，减少占用的层高，减小自重，降低施工难度，减少安装难度。

Tile spacer

A dual purpose tile spacer and packing shim includes a body having a plurality of arms of equal width, wherein each arm extends radially from a common intersection, and each arm has a bottom edge and a top surface, wherein the respective bottom edges all reside in a common plane and the respective top surfaces do not all reside in a common plane.

Plate for guiding and supporting the corner areas of paving slabs

Forming apparatus and construction method using the forming apparatus

Device for removing loose bored material

The disclosure relates to an apparatus for the removal of drilling debris on drilling in concrete, brick or similar material at the bottom of a sleeve (2). The apparatus has a screening device (10) which retains the drilling debris in a limited area. The screening device (10) includes a spacer (12) which cooperates with the sleeve (2) and a guide member (11) for sealingly surrounding the drill bit (15) which extends axially through the screening device (10). The apparatus also displays an extraction section (13) which is in flow communication with the interior of the screening device (10). The extraction section (13) is disposed in association with a source of suction for the removal of the drilling debris. The apparatus also has an air inlet (17) which generates an air current into the screening device (10). The extraction section (13) is disposed between the guide member (11) and the drilling area in the bottom of the sleeve (2).

Support for a tiled floor.

A kind of assembled makes somebody a mere figurehead levelling floor heating module and its production method and installation method

本发明涉及建筑工程技术领域，具体涉及一种装配式架空找平地暖模块及其生产方法和安装方法，包括承重铺装面板和可调支撑组件；承重铺装面板自上至下依次为纳米碳晶层、反射导热层和基体层，纳米碳晶层喷涂在反射导热层表面，反射导热层匹配压制在基体层表面，侧面设置有拼接机构，表面开设有用于容纳地暖管线的凹槽，可调支撑组件包括基座和支撑柱，支撑柱底部与基座固定连接，顶部开设供调节使用的槽口支撑柱侧面设置螺纹，支撑柱与所述通孔螺纹连接。本发明实现了地面找平和管线开槽的一体化实现，模块重量轻、强度大、稳定性强，安装操作简单，有效提高热交换效率和温度均一性。

CONNECTION SYSTEM BETWEEN ADJACENT TILES FOR RAISED FLOORS.

A floor support structure

DEVICE AS FLOOR SUPPORT.

Support for upper layer of double plank floor

Through an opening between the lower (2) and upper (1) layers of the floor, a bearer support (5,8,9), adjustable in length and equipped with an elastic foot component (8), is fixed with an insert (9) in the upper layer. The bearer support is so adjusted in its length that the elastic foot supports on the lower layer and the upper layer is adjusted to the required height. Available filling material (3) in the area of the opening is removed, and a material (7) is introduced through openings (12) in the area of the bearer support. It expands in the hollow spaces around the bearer support and hardens to form elastic material.

Fabricated overhead leveling ground and production method and installation method thereof

本发明涉及建筑装饰技术领域，具体涉及一种装配式架空找平地面及其生产方法和安装方法，包括块状承重面板和可调支撑组件；所述块状承重面板开设有贯穿表面的排气导槽以及若干贯穿通孔，通孔内壁设置有螺纹，通孔相邻设置有注胶口；可调支撑组件包括基座和支撑柱，所述支撑柱底部与基座固定连接，顶部开设供调节使用的槽口支撑柱侧面设置螺纹，所述支撑柱与所述通孔螺纹连接。本发明实现了快速拼装、便捷找平，制备的块状承重面板重量轻、强度大、稳定性强，承载能力好，安装操作简单，具有较好的找平、架空、隔音、隔湿和保温效果。

Wooden floor panel

본 발명은 목재건물바닥재에 관한 것으로 원목의 결(나이테)과 기공이 직각으로 유지되게 절단하여 일정 높이를 갖는 바닥재를 구성하고 하부에는 높이조절이 가능한 지지수단을 부착하여 강도가 높고 통풍효과가 높으며 보존시간도 연장할 수 있으며 시공도 간단하게 하고자 한 것이다. The present invention relates to a wooden building flooring material is cut so that the grain (knite) and the pores of the wood are maintained at a right angle to form a flooring material having a certain height, and the lower part is attached to the support means capable of adjusting the height is high strength and high ventilation effect The retention time can be extended and the construction is simple.

Integral bathroom floor and manufacturing method thereof

本发明涉及的是一种整体卫浴间底盘，包括由轻质蜂窝复合材料制成的盘体，所述盘体包括：蜂窝芯材的中间层，通过粘胶剂层粘接在所述中间层外表面的玻璃钢表层，所述盘体向上的玻璃钢表层上还通过粘胶剂层粘接有面层。同时，本发明还提供了一种整体卫浴间底盘的制造方法。本发明采用铝芯蜂窝复合板制成一种整体卫浴间底盘，具有轻质、强度、刚性好、面层材料可在陶瓷、人造石、天然石、铝合金、不锈钢、镀锌钢板、防火板、SMC、塑料等材料自由选择的优点，其机构简单，易于安装和施工；本发明的整体卫浴间底盘制作方法，无须大型设备，易于操作，能有效降低制造成本。

Floor panel assembly

There is described a panel assembly for use in making a floor. The assembly comprises a plane or panel member having a number of length adjustable supporting members passing through and lockably mounted in the panel. The supporting members allow the panel to be fitted to a supporting surface in an adjustable manner. The supporting members are mounted within the panel in a resilient manner thus to absorb vibrations. There is also described a method of laying floor panels and also a laminate panel for use in making up the panel assembly. The laminate is in the form of a first lead foil sheet which is spaced from a second lead sheet by a core member.

Device for adjusting the inclination of the surface of a construction on supporting feet

Return stop height adjustable stilt support for open joint slabs

Device for adjusting inclination when building on blocks

A device for adjusting the inclination of a building surface, the device having two mutually cop-operating adjusting elements. The first element is for establishing an initial angle alpha and the second adjusting element is moved between an initial position and operational position selected by the user depending on the slope to be given to the building surface. The second adjusting element is selectively adjustable relative to the first adjusting element and thereby produces the slope required for the building surface by positioning the second element with respect to the first by mutual rotation. The device also has an adjusting means for making each mutual position corresponding to an adjusting angle alpha.

RING-SHAPED DISK, INTENDED AS A SPACER BETWEEN TILES OR SUCH BUILDING PLATES AND UNDERSTANDING A SUPPORT.

Roof paver locking system

An apparatus and methods for locking together pavers on a roof deck to reduce uplift pressure and increase stability and strength in a variety of environmental conditions. More specifically, a paver lock apparatus is placed in grooves on the top side of a multiple of pavers and locked to a stationary object, such as the roof or a pedestal placed on the roof underneath the deck. Roof pavers are manufactured with grooves on the paver surface to hold the paver lock apparatus. The pavers are loose laid on paver pedestals and the paver lock apparatus is laid into the grooves of multiple adjacent pavers and locked into place by connecting the paver lock apparatus to the paver pedestal.

Systems and support assemblies for restraining elevated deck components

A system for restraining relative lateral and/or vertical movement between adjacent support tiles of an elevated building surface assembly. The system is usable with a support structure including a plurality of support pedestals that are disposed in spaced-apart relation on a fixed surface and that are disposed beneath corner portions of surface tiles to vertically support and elevate the tiles above the fixed surface. The system includes stability members that may be inserted into predetermined gaps between adjacent surface tiles so as to be fit between adjacent surface tiles to restrict lateral and/or vertical movement of the tiles. Fasteners may be placed through apertures in inner portions of the stability members into the top surface of the support pedestals to further secure the stability members to the support pedestals.

Head for a support of raised floors

A head for supports of raised floors includes a support body having an upper surface shaped as a cavity partially counter-shaped to receive a spherical cap; a protrusion emerging from the upper surface of the support body and having a threaded side wall; a tilting element having in its upper part a flat surface for supporting building elements and in its lower part a portion partially shaped like a spherical cap configured to be laid on the support body, the tilting element having a through hole configured to receive the protrusion; and a ring nut having an inner surface and an outer lateral surface, the inner surface being threaded to mesh with the threaded portion of the side walls of the protrusion, the outer lateral surface being shaped to abut against the inner surface of the through hole in the tilting element.

Compensating element

Height adjustable stilt bearing

Spacer disk for the production of a floor covering

A spacer disk for the laying of construction plates on a rigid base has an upper surface and a lower surface and formed with radial running raised portions arranged on the upper surface thereof and defining a joint width of the plates. The spacer disk is of ring form, having a center opening and formed on the lower surface at a region thereof lying and following opposite the raised portions, respectively, two linear running recesses extending across the width of the ring.

Method for laying a floor covering and supporting device

Bei einem Verfahren zur Verlegung eines aus mehreren Flächenelementen bestehenden Bodenbelags im Abstand zu einem Untergrund, wobei beabstandet zueinander Stützelemente auf dem Untergrund angeordnet und anschließend die Flächenelemente auf den Stützelementen verlegt werden, weist jedes Stützelement (3) jeweils einen im Verarbeitungszustand plastisch verformbaren aushärtbaren Materialbatzen (6) auf, auf dem ein Distanzelement (17) aufgesetzt wird, wobei das Flächenelement auf dem Stützelement (3) relativ zu dem Untergrund (5) ausgerichtet wird, bevor der Materialbatzen (6) aushärtet. Das Distanzelement (17) ist ein verformbares Gebilde, dessen Formgebung an den aushärtbaren Materialbatzen (6) und an ein aufliegendes Flächenelement oder an ein aufliegendes Auflageelement angepasst wird. Auf mehreren Stützelementen wird (3) ein Auflageelement angeordnet und ausgerichtet und die Flächenelemente werden auf den Auflageelementen verlegt. Eine Stützvorrichtung zur Abstützung eines aus mehreren Flächenelementen bestehenden Bodenbelags im Abstand zu einem Untergrund mit beabstandet zueinander angeordneten Stützelementen, auf denen die Flächenelemente angeordnet sind, wobei jedes Stützelement (3) einen im Verarbeitungszustand plastisch verformbaren aushärtbaren Materialbatzen (6) und ein darauf aufsetzbares Distanzelement (17) aufweist. In the case of a method for laying a floor covering consisting of several surface elements at a distance from a substrate, wherein support elements are arranged at a distance from one another on the substrate and then the surface elements are laid on the support elements, each support element (3) has a batch of material that can be plastically deformed in the processing state ( 6) on which a spacer element (17) is placed, the surface element on the support element (3) being aligned relative to the substrate (5) before the material billet (6) hardens. The spacer element (17) is a deformable structure, the shape of which is adapted to the ...

Chock for paver support

A vertically-adjustable support structure ( 10 ) for supporting paving slabs or the like includes a base plate ( 20 ) on which four wedge-like support blocks ( 30 ) are provided. Each support block ( 30 ) has an inclined surface defining a series of teeth/steps, and a horizontal top surface. A chock ( 40 ) is placed on top of each support block ( 30 ) to support a corner of a paving slab. Each chock includes an upper support surface ( 70 ) for supporting the paving slab, and a sloped underside ( 280 ) which defines teeth ( 290 ) which engage the teeth of the support block and secures each chock against displacement towards the base plate. Moving the chock up or down the inclined surface adjusts the height of the support structure. Additional height adjustment is provided by adjusting the height of the chocks themselves. In particular, each chock includes wings ( 320 ) which are hinged to the sides of the chock. In one orientation with the side elements disposed on opposed sides of the chock the chock has a first height. In a second orientation, the side elements ( 320 ) are rotated about hinges ( 330 ) through 180° so that the surface which was uppermost in the first orientation is located on top of the upper surface of the chock, with the height of the chock increased by the depth of the side elements. The side elements preferably include means ( 340, 350; 360, 370, 380, 390 ) to lock them together and/or to the upper surface of the chock in the second orientation.

Load-bearing structure particularly for indoor flooring or outdoor paving

A load-bearing structure (1) for supporting panels or coverings (2) or for use as outdoor paving constituted by a modular body (3) provided with leveling elements (8) which can be activated from the upper surface (4). Furthermore, the body (3) is internally provided with a grid-like structure (15) with connected compartments for laying ducting. The structure also comprises locking elements (17) for the removable locking of a plurality of bodies (3) and/or panels (2) arranged side by side which can be activated from the upper surface (4) of the body (3).

Flooring structure and construction method using it

본 발명은 바닥구조물 및 이를 이용한 시공방법에 관한 것으로, 상기 바닥면(100)에 콘크리트 몰탈을 시공하여 양생시키는 1단계(S1)와; 레이저 또는 먹줄을 이용하여 기준면을 설정하는 2단계(S2)와; 상기 기준면 및 상기 바닥재의 규격에 맞게 가로 및 세로로 상기 높이조절부재(4)를 상기 바닥면(100)에 접착 설치하는 3단계(S3)와; 상기 바닥면(100) 및 높이조절부재(4)의 상면에 접착제(200)를 도포하는 4단계(S4)와; 상기 바닥재(2)의 단턱부(22)에 상기 높이조절부재(4)의 메인지지대(42)가 삽입되고, 상기 보조지지대(44)가 상기 바닥재(2)의 저면에 지지되도록 안착시켜, 다수의 바닥재(2)를 접착 시공하는 5단계(S5)와; 압착기로 상기 바닥재(2)를 압착하여 양생시키는 6단계(S6)로 구성됨으로써, 줄눈이 없이 시공될 수 있어 외관이 미려한 바닥구조물의 시공이 가능하고, 바닥재들 사이에 틈새가 없어 먼지가 끼이지 않고, 오염될 염려가 없게 된다. The present invention relates to a floor structure and a construction method using the same, the first step (S1) for curing by constructing concrete mortar on the bottom surface (100); Step 2 of setting the reference surface using a laser or ink line (S2); A third step (S3) of adhesively installing the height adjusting member (4) to the bottom surface (100) horizontally and vertically in accordance with the standard of the reference surface and the flooring material; Step 4 (S4) for applying the adhesive 200 to the top surface of the bottom surface 100 and the height adjustment member (4); The main support 42 of the height adjusting member 4 is inserted into the stepped portion 22 of the flooring material 2, and the auxiliary support 44 is seated to be supported by the bottom surface of the flooring material 2. Step 5 (S5) and the adhesive construction of the flooring material 2; Composed by six steps (S6) for pressing and curing the flooring material (2) by a compactor, it can be installed without joints, so that the construction of the beautiful floor structure is possible, there is no gap between the flooring material is not caught dust And there is no fear of contamination. 바닥, 타일, 판재, 줄눈, 높이조절 Floor, tile, board, joint, height adjustment

Method and device for the manufacture! len lying layers in particular floor layers made of plastic hardened mass

Adjustable pedestal assembly

A pedestal assembly receivable on a support surface to support at least one flooring element over the support surface, the assembly comprising first and second members which are telescopically interengaged so as to be able to assume an extended state and a retracted state, whereby a height of the pedestal assembly is adjustable to set a spacing between the flooring element(s) and the support surface, the assembly including a locking mechanism operable in the extended state by way of relative rotation of the members such that the first and second members are locked in the extended state.

Stackable pedestal for supporting decking elements

A pedestal is provided that is matingly engagable with a like companion pedestal in vertically stacked relation to support corner portions of pavers, tiles, or like decking elements in edgewise juxtaposition above an underlying surface. The pedestal has a base, plate, or body, having a plurality of corner support portions and a topside and bottom side that define a predetermined thickness, or height, of the base, plate, or body. An abutment, such as an upstanding wall, flange, post, or the like, projects upwardly from the topside a predetermined distance, or height, that is greater than or equal to the predetermined thickness of the base, plate, or body. An aperture, such as a slot or the like, extends transversely through the base, plate, or body and is offset from the abutment. Accordingly, a like abutment of a companion pedestal can extend through the aperture of an upper stacked pedestal thereby permitting the pedestals to be stacked together in a stable manner.

COATING ELEMENT, IN PARTICULAR FOR ROOF AND TERRACE

Stabilizing systems for deck pedestals

A stabilizing system for a deck system has a plurality of pedestals, a plurality of connection locations on a periphery of the pedestals and at least one stabilizing member secured g between the pedestals. Each of the pedestals supports corner portions of adjacent blocks, pavers or panels a spaced distance above an underlying structure extending generally parallel to the blocks, pavers or panels. The plurality of connection locations on a periphery of the pedestals are located both proximate the supported corner portions and proximate the underlying structure. At least one stabilizing member in the form of a stabilizing bar, elongate wires, wire rope, cable or rods is secured to and extends between the connection locations of at least two of the pedestals.

Corner support element for paving slabs

A corner support element for paving slabs has stackable plate elements to facilitate transport and for height adjustment. The guide and support elements for corner parts of paving slabs, namely plate elements, have cruciform upright support and distance providing projections. The projections are shaped as upwardly tapering elements with open cavities downwards for accommodating corresponding underlying projections. The elements are modular and can be separated along radial rows of projections to form semicircular segments for supporting two adjoining slab corners or quarter segments for supporting only a single corner. The elements are stacked in columns without turning each of the modular parts mutually between them.

Forming device and construction method using forming device

Provided is a forming device for forming an adhesive composition so that tiles can be reliably laid on a laying surface. A forming device for forming an adhesive composition into a ridged shape in a laying surface on which tiles are laid is characterized by being provided with: a stationary blade (40a) in which a plurality of plate-shaped tongues are disposed in a planar fashion, and the respective base ends of the tongues are linearly arranged with a gap having a predetermined length therebetween; a graspable main body (21) which secures the stationary blade and is disposed on the stationary blade so as to be movable sideways while pressing the stationary blade from above; a storage space (70) which is defined on the underside of the main body (21) and on the traveling direction side of the lateral movement of the stationary blade (40a); a weir member (81) which is affixed to the main body (21) or the stationary blade (40a) so as to be movable relative to the stationary blade (40a), and is able to define the upper ends of the gaps (42) formed in the stationary blade (40a), and characterized in that in the ridged shape, the volume filling factor between the tiles and the laying surface is adjusted in consideration of the pressure-bonding margin of the tiles.

Pedestal for ballast block decking

A deck system and pedestal for use in forming an elevated surface are provided. The system includes a plurality of ballast blocks, pavers or panels laterally positioned in a pattern to form a deck. Each of the blocks, pavers or panels has corner portions, and the pattern includes intersection areas in which the corner portions of adjacent blocks, pavers or panels extend. The system also includes a plurality of pedestals. The pedestals are located directly beneath the intersection areas and support the corner portions of adjacent blocks, pavers or panels a spaced distance above an underlying structure. Each pedestal has a base at a lower end thereof and a support at an upper end thereof. The support is rotatable relative to the base for altering an overall height of the pedestal. One or more couplers can be added to the pedestal to alter the overall height of the pedestal. The pedestals cm include a rubber pad or coating that secures and stabilizes the block, paver, or panel on the pedestals. Brace securement eyelets can be provided in a flange extending circumferentially about the coupler and in the base of the pedestal.

Support structure especially for indoor flooring or for exterior surface paving

A load-bearing structure (1) for supporting panels or coverings (2) or for use as outdoor paving constituted by a modular body (3) provided with leveling elements (8) which can be activated from the upper surface (4). Furthermore, the body (3) is internally provided with a grid-like structure (15) with connected compartments for laying ducting. The structure also comprises locking elements (17) for the removable locking of a plurality of bodies (3) and/or panels (2) arranged side by side which can be activated from the upper surface (4) of the body (3). <IMAGE>