WO2018015634A1 - Peripheral retention system for a terrace made of slabs - Google Patents

Peripheral retention system for a terrace made of slabs Download PDF

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Publication number
WO2018015634A1
WO2018015634A1 PCT/FR2017/051840 FR2017051840W WO2018015634A1 WO 2018015634 A1 WO2018015634 A1 WO 2018015634A1 FR 2017051840 W FR2017051840 W FR 2017051840W WO 2018015634 A1 WO2018015634 A1 WO 2018015634A1
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WO
WIPO (PCT)
Prior art keywords
strip
support structure
terrace according
decking
support system
Prior art date
Application number
PCT/FR2017/051840
Other languages
French (fr)
Inventor
Wilfried Andres
Eric Jung
Original Assignee
Architecture Du Bois
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
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Publication of WO2018015634A1 publication Critical patent/WO2018015634A1/en

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Classifications

    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F19/00Other details of constructional parts for finishing work on buildings
    • E04F19/02Borders; Finishing strips, e.g. beadings; Light coves
    • E04F19/06Borders; Finishing strips, e.g. beadings; Light coves specially designed for securing panels or masking the edges of wall- or floor-covering elements
    • E04F19/061Borders; Finishing strips, e.g. beadings; Light coves specially designed for securing panels or masking the edges of wall- or floor-covering elements used to finish off an edge or corner of a wall or floor covering area
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00Flooring
    • E04F15/02Flooring or floor layers composed of a number of similar elements
    • E04F15/02044Separate elements for fastening to an underlayer
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00Flooring
    • E04F15/02Flooring or floor layers composed of a number of similar elements
    • E04F15/02177Floor elements for use at a specific location
    • E04F15/02183Floor elements for use at a specific location for outdoor use, e.g. in decks, patios, terraces, verandas or the like
    • EFIXED CONSTRUCTIONS
    • E04BUILDING
    • E04FFINISHING WORK ON BUILDINGS, e.g. STAIRS, FLOORS
    • E04F15/00Flooring
    • E04F15/02Flooring or floor layers composed of a number of similar elements
    • E04F15/02044Separate elements for fastening to an underlayer
    • E04F2015/0205Separate elements for fastening to an underlayer with load-supporting elongated furring elements between the flooring elements and the underlayer
    • E04F2015/02055Separate elements for fastening to an underlayer with load-supporting elongated furring elements between the flooring elements and the underlayer with additional supporting elements between furring elements and underlayer

Definitions

  • Perimeter support system for slab terrace The present invention is in the field of floors forming raised floors for example for terraces, soils for example made by slabs and / or slats resting and if necessary fixed on a support structure.
  • Such a structure comprises support studs of beams on which are placed the slats and / or slabs, said studs being provided with height adjustment means to ensure adaptability to the topography of the field without prejudice to the horizontality of the decking .
  • the beams a good part of which is generally oriented in a single direction, that is to say that they are arranged parallel to each other, form a frame on which the decking is made.
  • This decking is for example made of rectangular slabs arranged to cover all or part of the surface defined by the frame, or alternately wooden slats, both types of decking can also coexist.
  • Special support wedges are provided to achieve the mechanical connection between the slabs and beams of the retaining structure, shims which are mostly arranged at the corners of the slabs where they perform a support function on the one hand, and arrange a spacing constant between the slabs on the other hand. Fastening clips fixed to the beams allow the joining of the slats.
  • the present invention solves, by proposing a peripheral support system for raised decking which is first stable with respect to the support structure, then allows the laying of pre-cut elements of predetermined dimensions, and finally makes it possible at the discretion of the user, the use of the same material as the slabs for the peripheral strip.
  • the system of the invention is based on an upper profile of horizontal holding of the strip and a lower section of vertical support of the strip, said profiles having means for securing to the support structure of the decking.
  • the positioning of the peripheral strip is therefore subject to the support structure slabs or slats, closely depending on the positioning of the latter and providing a specific structure of maintenance / wedging which helps to predetermine the dimensions of the constituent elements of the peripheral strip, at least in the vertical direction.
  • the upper profile is T whose cross member, interposed between the edge of the decking and the strip, is limited at one outer end by a lateral holding partition of the strip, the amount of the T having means for fixing to beams of the support structure.
  • This profile has as a primary function to block the band elements in a horizontal direction, by means of the existence of an outer stop constituted by the lateral holding wall.
  • said lateral holding partition protrudes above the cross member so as to border the periphery of the decking, which contributes to the overall maintenance of the decking, the slabs of which are sometimes only placed on the specific supports of wedge type arranged on the support beams.
  • a peripheral support slabs, implemented concomitantly with that of the strip and provided by the same means provides controlled peripheral alignment of the contours of the terrace.
  • the fastening means consist of a horizontal slide opening towards the inside of the support structure, adapted to cooperate by bolting with at least one square, that it being for example bolted in a lateral slide of the beams of the support structure.
  • the slide offers an absolute freedom in the choice of the location of attachment of the end of the beams of the support structure, the latter not being restricted to discrete fixing locations but allowing on the contrary an infinity of locations for the link. The corollary of this is obviously that a fine adjustment of the location of the connections is possible in situ, at the time of installation of the terrace.
  • each bracket has an inner cut conferring a U - shaped structure, the other arm having a plurality of orifices. Fixing the brackets is easily adjustable even when the bolt is in place.
  • each bracket has a lug protruding from its median fold edge, adapted to fit into the groove of a slide (when one of the branches of the bracket is pressed against the profile), said lug having a width substantially equal to but less than the width of the groove. At the moment of its bolting in the groove, the bracket is thus kept locked in rotation, facilitating its clamping in the fixing position.
  • the system of the invention is based, as we have seen, on two profiles, an upper profile which has been discussed so far and a lower profile supporting the strip.
  • the latter is in L, the amount of which comprises means for fixing to the pads of the support structure and whose base comprises a lateral retaining end flange of the strip.
  • the two sections together define the dimensioning of the peripheral structure in a vertical direction.
  • the lower profile is also used for lateral support, made by said rim, formed in practice under the form of an outer partition which is the pendant of that of the upper profile.
  • the means for fixing the studs comprise a horizontal slide s Opening inwards, towards the support structure, adapted to cooperate by bolting with at least one ring surrounding the barrel of a stud. It is this ring which makes the connection with the stud, in a manner adaptable to all the configurations of the ground since it rests on the base of the stud but is free in translation around the barrel of the stud, providing a first possibility of adjustment in a vertical direction relative to said pad, the slide also allowing fine adjustment in a horizontal direction as has been explained for the upper profile.
  • the ring is provided with at least one radial protuberance whose free end is bent at right angle with at least one hole for passing a bolt, for bolting into the slide of the lower profile. Fixing is then performed in the same manner and with the same characteristics as for the brackets cooperating with the upper profiles.
  • Fixing the brackets and rings to the slides by bolting is preferably carried out, according to the invention, by means of bolt screws which have a parallelepiped-shaped head of which a first dimension allows the introduction into the groove of a slider and a second dimension taken perpendicular to the first allows the blocking in the slide after a rotation of 90 °, two corners of said head placed diagonally being rounded to allow the rotation of 90 °.
  • the brackets also allow the profiles to be fixed to each other at right angles or not.
  • FIG. 1 is a sectional view of the two profiles up and down;
  • FIG. 2 represents a sectional view of the edge of a terrace equipped with a system for holding a peripheral strip according to the invention;
  • Figure 3 shows a partial perspective view a corner of a paved terrace provided with a strip of the same material as the slabs;
  • FIG. 4 shows a perspective view a bracket according to the invention, with the screws used in the bolts used for fixing;
  • FIG. 5 is a partial perspective view of a stud connected by a ring to the lower section of the system
  • Figure 6 shows in perspective view two superposed rings whose end brackets are oriented perpendicularly, said rings equipping a stud located at a corner of a decking support structure;
  • Figure 7 shows a partial perspective view a beam surmounting a stud and connected to an upper profile.
  • the peripheral support system of the invention is based on two peripheral profiles, respectively upper (1) and lower (2), designed to support and maintain a strip (3) (see FIG. can be made of the same material as slabs, for example porcelain stoneware.
  • a decking (4) whose slabs and the peripheral strip (3) are in the same material appears for example in Figure 3.
  • the upper profile (1) has a T-shape whose crosspiece (11) has, at its right end, a partition (12) for lateral support of the strip (3) on the one hand, and slabs on the periphery of the decking (4) on the other hand.
  • This crossbar (11) is placed between the strip (3) and the decking slabs (4).
  • the left end (13) of the crossbar (11) is lowered, separated from the rest of said crossbar (11) by a shoulder (14). It is intended to rest on the beams (18) of the support structure (see Figure 2), preserving a space for the bracket (5) between the end (13) and the upright (15) of the profile (1).
  • the amount (15) of the upper profile (1) comprises a slide (16) provided with a groove (17) provided for its attachment, by means of a bracket (5) visible in Figure 4, the beams (18) which are provided with side grooves (16 ') with grooves (17') for this purpose.
  • This slide (16) is therefore on the side of the support structure of the decking (4), in order to perform the operations of fixing the profile (1) to it.
  • the fastening brackets (5) comprise two branches (51) and (52) provided with through-holes for the screws (53) of the bolts.
  • a lug (54) protruding from said ridge (obtained by cutting in the sheet used to make the brackets (5)) has dimensions making it suitable for inserting for example in the groove (17, 17 ') of the slide (16, 16') when one of the branches of the bracket (5) is pressed against said slide (16, 16 '), such as that ( 16) of the upper profile (1) in Figure 2.
  • the lug (54) has for this purpose a substantially equal width but slightly less than the width of the groove (17), which has the effect of preventing its rotation when the bolts are being tightened.
  • the operation of the bracket (5) can be "inverted” by cooperation with the lateral grooves (17 ') of the rails (16') of the beams (18), if any.
  • one of the branches (51) of each bracket has an inner cutout (55) conferring a U-shaped structure, the other leg (52) having a plurality of orifices (56).
  • the cutout (55) allows a position adjustment of the bracket during the attachment operation to another element of the support structure, such as for example a beam (18) (see Figures 2 and 7).
  • the screws (53) of the bolts for example associated with the support structure may have a parallelepiped-shaped head (57) of which a first dimension (the smallest) allows its introduction along the axis of the groove for example (17, 17 ') of the slide (16, 16') and whose second dimension perpendicular (the largest) allows blocking in said slide after a rotation of 90 °.
  • the two corners (58) of the diagonally placed head are rounded to allow said 90 ° rotation without blockage by the upper and lower interior walls of the slideway. It then becomes possible to easily tighten the nut of the bolt on the screw (53), since the latter is now locked in rotation.
  • the lower profile (2) visible in particular in Figures 1, 2, 5 and 6, is L whose upright (21) is also provided with a groove (22) groove (23), placed in the vicinity of the upper end of this amount (21) and oriented inwardly, that is to say towards the support structure of the decking (4) to cooperate with him.
  • the base (24) of the L has an end flange (25) for lateral support of the strip (3), which also appears in FIG. 3, just like the side wall (12) of the upper section (1).
  • parts of the upper (1) and lower (2) profiles fulfill, in addition to their purely technical function, an aesthetic function by enhancing the sandstone slabs by a "hem" for example brushed metal.
  • the base (24) has a stop (26) for positioning the base (61) of the pads (6). This abutment (26) which rests on the base (61) of the stud (6) serves moreover to postpone the load exerted on the lower section (2), in particular by the elements forming the band (3), on the studs (6).
  • the slideway (22) is provided to cooperate with a bracket ending a protrusion (71) protruding radially a ring (7) whose free end comprises a folded branch (72), in the manner of brackets (5) above used for example in cooperation with the upper profile (1).
  • the folded branch (72) comprises two oblong orifices (73) of which only one is traversed by a bolt fixed in the slideway (22) by means of a screw (53) of the same type than those of Figure 4, in particular with an identical self-locking head or the like.
  • the second oblong orifice serves in particular when two lower profiles (2) are abutted axially: they are then connected to each other by bolts passing through each oblong orifice (73), whose heads (57) are locked in the slides (22) of the two profiles (2) at their ends in butted contact.
  • the ring (7) is placed on the base (61) of the stud (6), it serves to fix the lower profile (2) in a plane of horizontal shape.
  • the ring (7) is not constrained in the vertical dimension, and a positional adjustment can be made in this direction, especially because of the existence of oblong holes (73).
  • the same remark applies, of course, to the superimposition of rings (7, 7 ') appearing in FIG. 6, whose radial protuberances (71, 71') with folded branches (72, 72 ') are oriented perpendicularly, and which cooperate with a stud (6) (not shown) located in one of the corners of a decking (4) according to the present invention.
  • two lower sections (2) are connected perpendicularly, their ends being held together abutting by a bracket (5) according to the invention and two bolts operating exactly as described above.
  • the bracket (7) which emerges from Figure 7, this time at the upper section (1), for connecting to a beam (18) of the support structure.
  • the bracket (7) is bolted on the one hand in the slide (16) of the upper profile (1) by means of a bolt passing through the branch (52) with four holes (56), and on the other hand in the slide (16 ') of the beam (18) via the branch (51) with U-shaped inner cutout (55). In this way, the end edge of the beam (18) can easily be fixed in full support against the outer wall of said slide (16).

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  • Engineering & Computer Science (AREA)
  • Architecture (AREA)
  • Civil Engineering (AREA)
  • Structural Engineering (AREA)
  • Floor Finish (AREA)

Abstract

Disclosed is a peripheral retention system for a deck (4) consisting of slabs or planks that are arranged on a support structure comprising blocks (6) for supporting cross-beams (18) on which the slabs or planks are arranged. Said system comprises a top profiled section (1) for horizontally retaining a peripheral strip (3), and a bottom profiled section (2) for vertically supporting the strip (3), said profiled sections (1, 2) comprising means for securely connecting same to the support structure of the deck (4).

Description

Système de maintien périphérique pour terrasse à dalles . La présente invention se trouve dans le domaine des platelages formant des sols rehaussés par exemple pour des terrasses, sols par exemple réalisés au moyen de dalles et/ou de lattes reposant et le cas échéant fixées sur une structure support .  Perimeter support system for slab terrace. The present invention is in the field of floors forming raised floors for example for terraces, soils for example made by slabs and / or slats resting and if necessary fixed on a support structure.
Une telle structure comporte des plots de soutènement de poutrelles sur lesquelles sont placées les lattes et/ou les dalles, lesdits plots étant munis de moyens de réglage en hauteur pour assurer une adaptabilité à la topographie du terrain sans porter préjudice à l'horizontalité du platelage. Les poutrelles, dont une bonne partie est en général orientée selon une unique direction, c'est-à-dire qu'elles sont disposées parallèlement les unes aux autres, forment une ossature sur laquelle le platelage est réalisé. Ce platelage est par exemple constitué de dalles rectangulaires disposées de manière à couvrir toute ou partie de la surface définie par l'ossature, ou alternativement de lattes en bois, les deux type de platelage pouvant d'ailleurs coexister.  Such a structure comprises support studs of beams on which are placed the slats and / or slabs, said studs being provided with height adjustment means to ensure adaptability to the topography of the field without prejudice to the horizontality of the decking . The beams, a good part of which is generally oriented in a single direction, that is to say that they are arranged parallel to each other, form a frame on which the decking is made. This decking is for example made of rectangular slabs arranged to cover all or part of the surface defined by the frame, or alternately wooden slats, both types of decking can also coexist.
Des cales supports particulières sont prévues pour réaliser la liaison mécanique entre les dalles et les poutrelles de la structure de soutènement, cales qui sont pour la plupart disposées aux coins des dalles où elles réalisent une fonction de support d'une part, et organisent un écartement constant entre les dalles d'autre part. Des attaches de fixation fixées aux poutrelles permettent la solidarisation des lattes .  Special support wedges are provided to achieve the mechanical connection between the slabs and beams of the retaining structure, shims which are mostly arranged at the corners of the slabs where they perform a support function on the one hand, and arrange a spacing constant between the slabs on the other hand. Fastening clips fixed to the beams allow the joining of the slats.
L'un des problèmes rencontrés lorsque les sols des terrasses sont surélevés par des plots, comme c'est le cas avec les structures de soutènement concernées, est que la finition périphérique dans une direction verticale, typiquement par un bandeau qui masque la structure support sur tout le pourtour, n'est pas simple à réaliser. La pose d'un tel bandeau nécessite en effet de réaliser un positionnement correct - et stable dans la durée - d'éléments disposés selon une orientation verticale en bordure du platelage . En l'absence d'un aménagement particulier du sol en périphérie de la terrasse, du type dalle de béton ou équivalent, la pose du bandeau est problématique car les éléments le constituant ne rencontrent pas de support stable dans leur zone de pose, ce qui rend leur installation compliquée et souvent inégale, nuisant dès lors à l'esthétique de la périphérie du platelage. En fait, il n'est tout simplement pas envisageable que le bandeau repose directement sur le sol sur lequel sont placés les plots de la structure support, qui est en général constitué d'un matériau meuble de type gravier ou ce qu'il est convenu d'appeler « concassé ». Cela poserait de multiples problèmes pratiques, notamment d'appui et/ou de dimensionnement des éléments de bandeau pour s'adapter à leur emplacement d'installation, rendant de fait la réalisation d'un bandeau périphérique longue et fastidieuse, au surplus sans aucune garantie de résultat en matière esthétique. One of the problems encountered when the floors of the terraces are raised by studs, as is the case with the support structures concerned, is that the peripheral finish in a vertical direction, typically by a strip that masks the support structure on all around, is not easy to achieve. The installation of such a strip requires in fact to achieve a correct positioning - and stable over time - of elements arranged in a vertical orientation at the edge of the decking. In the absence of a particular ground arrangement on the periphery of the terrace, concrete slab type or equivalent, the installation of the strip is problematic because the elements constituting it do not meet a stable support in their laying area, which makes their installation complicated and often uneven, thus damaging the aesthetics of the periphery of the decking. In fact, it is simply not conceivable that the headband rests directly on the ground on which are placed the studs of the support structure, which is generally made of a loose material type of gravel or what is agreed to call "crushed". This would pose many practical problems, including support and / or sizing of the strip elements to fit their installation location, making the realization of a long and tedious peripheral strip, moreover without any guarantee result in aesthetic matter.
Or, le développement des sols surélevés par exemple constitués de dalles en grès cérame suit une courbe dont la croissance est actuellement importante, ces sols rencontrant un succès grandissant dû aux possibilités esthétiques variées et réussies que ces dalles offrent. Dans la foulée de cette croissance notable, une réflexion sur la faisabilité d'une périphérie convenable s'imposait, pour former une paroi sur le pourtour du sol surélevé dont l'apparence puisse être d'une part conforme aux exigences esthétiques élevées de l'ensemble du platelage, et qui puisse d'autre part être posée sans difficultés particulières .  However, the development of raised floors for example consisting of porcelain stoneware slabs follows a curve whose growth is currently significant, these soils meeting a growing success due to the varied and successful aesthetic possibilities that these slabs offer. In the wake of this significant growth, a reflection on the feasibility of a suitable periphery was needed to form a wall on the perimeter of the raised ground, the appearance of which may be partly in line with the high aesthetic requirements of the decking, and can be installed without any particular difficulties.
C'est ce problème que résout la présente invention, en proposant un système de maintien périphérique pour platelage surélevé qui soit d'abord stable par rapport à la structure support, permette ensuite la pose d'éléments prédécoupés de dimensions prédéterminées, et rende enfin possible, au gré de l'usager, l'utilisation du même matériau que les dalles pour le bandeau périphérique.  It is this problem that the present invention solves, by proposing a peripheral support system for raised decking which is first stable with respect to the support structure, then allows the laying of pre-cut elements of predetermined dimensions, and finally makes it possible at the discretion of the user, the use of the same material as the slabs for the peripheral strip.
En substance, le système de l'invention est basé sur un profilé supérieur de maintien horizontal du bandeau et un profilé inférieur de support vertical du bandeau, lesdits profilés comportant des moyens de solidarisation à la structure support du platelage. In essence, the system of the invention is based on an upper profile of horizontal holding of the strip and a lower section of vertical support of the strip, said profiles having means for securing to the support structure of the decking.
Le positionnement du bandeau périphérique est donc assujetti à la structure support des dalles ou lattes, dépendant étroitement du positionnement de cette dernière et offrant une structure spécifique de maintien/calage qui aide à prédéterminer les dimensions des éléments constitutifs du bandeau périphérique, au moins dans la direction verticale.  The positioning of the peripheral strip is therefore subject to the support structure slabs or slats, closely depending on the positioning of the latter and providing a specific structure of maintenance / wedging which helps to predetermine the dimensions of the constituent elements of the peripheral strip, at least in the vertical direction.
Selon une configuration possible, le profilé supérieur est en T dont la traverse, interposée entre la bordure du platelage et le bandeau, est limitée à une extrémité extérieure par une cloison de maintien latéral du bandeau, le montant du T comportant des moyens de fixation aux poutrelles de la structure support .  According to a possible configuration, the upper profile is T whose cross member, interposed between the edge of the decking and the strip, is limited at one outer end by a lateral holding partition of the strip, the amount of the T having means for fixing to beams of the support structure.
Ce profilé a de fait comme fonction première de bloquer les éléments de bandeau dans une direction horizontale, au moyen de l'existence d'une butée externe constituée par la cloison de maintien latéral.  This profile has as a primary function to block the band elements in a horizontal direction, by means of the existence of an outer stop constituted by the lateral holding wall.
De préférence, ladite cloison de maintien latéral dépasse au-dessus de la traverse de manière à border la périphérie du platelage, ce qui contribue au maintien global du platelage, dont les dalles ne sont parfois que posées sur les supports spécifiques de type cales disposées sur les poutrelles de soutènement. Un maintien périphérique des dalles, mis en œuvre concomitamment à celui du bandeau et assuré par le même moyen procure un alignement périphérique maîtrisé des contours de la terrasse .  Preferably, said lateral holding partition protrudes above the cross member so as to border the periphery of the decking, which contributes to the overall maintenance of the decking, the slabs of which are sometimes only placed on the specific supports of wedge type arranged on the support beams. A peripheral support slabs, implemented concomitantly with that of the strip and provided by the same means provides controlled peripheral alignment of the contours of the terrace.
Pour assurer une adaptabilité maximale des profilés supérieurs au reste de la structure support du platelage, les moyens de fixation consistent en une glissière horizontale s 'ouvrant vers l'intérieur de la structure support, apte à coopérer par boulonnage avec au moins une équerre, celle-ci étant par exemple boulonnée dans une glissière latérale des poutrelles de la structure support . La glissière offre une liberté absolue dans le choix de l'emplacement de fixation de l'extrémité des poutrelles de la structure support, celui-ci n'étant pas restreint à des emplacements de fixation discrets mais permettant au contraire une infinité de localisations pour la liaison. Le corollaire de cela est évidemment qu'un réglage fin de la localisation des liaisons est possible in situ, au moment de l'installation de la terrasse . To ensure maximum adaptability of the upper profiles to the rest of the support structure of the decking, the fastening means consist of a horizontal slide opening towards the inside of the support structure, adapted to cooperate by bolting with at least one square, that it being for example bolted in a lateral slide of the beams of the support structure. The slide offers an absolute freedom in the choice of the location of attachment of the end of the beams of the support structure, the latter not being restricted to discrete fixing locations but allowing on the contrary an infinity of locations for the link. The corollary of this is obviously that a fine adjustment of the location of the connections is possible in situ, at the time of installation of the terrace.
La possibilité d' ajustement est encore renforcée par le fait que l'une des branches de chaque équerre comporte une découpe intérieure lui conférant une structure en U, l'autre branche comportant une pluralité d' orifices . La fixation des équerres est donc facilement réglable même lorsque le boulon est en place .  The possibility of adjustment is further enhanced by the fact that one of the branches of each bracket has an inner cut conferring a U - shaped structure, the other arm having a plurality of orifices. Fixing the brackets is easily adjustable even when the bolt is in place.
Par ailleurs, chaque équerre comporte un ergot dépassant de son arête de pliage médiane, apte à s'insérer dans la rainure d'une glissière (lorsqu'une des branches de l' équerre est plaquée contre le profilé) , ledit ergot présentant une largeur sensiblement égale mais inférieure à la largeur de la rainure . Au moment de son boulonnage dans la rainure, l' équerre est ainsi maintenue bloquée en rotation, facilitant son serrage en position de fixation.  Furthermore, each bracket has a lug protruding from its median fold edge, adapted to fit into the groove of a slide (when one of the branches of the bracket is pressed against the profile), said lug having a width substantially equal to but less than the width of the groove. At the moment of its bolting in the groove, the bracket is thus kept locked in rotation, facilitating its clamping in the fixing position.
Le système de l'invention est basé, comme on l'a vu, sur deux profilés, un profilé supérieur dont il a été question jusqu'ici et un profilé inférieur supportant le bandeau. Selon une configuration possible, ce dernier est en L dont le montant comporte des moyens de fixation aux plots de la structure support et dont la base comporte un rebord d'extrémité de maintien latéral du bandeau.  The system of the invention is based, as we have seen, on two profiles, an upper profile which has been discussed so far and a lower profile supporting the strip. According to a possible configuration, the latter is in L, the amount of which comprises means for fixing to the pads of the support structure and whose base comprises a lateral retaining end flange of the strip.
C'est la base qui supporte le poids du bandeau, remplissant ainsi une fonction primordiale du système de l'invention. Les deux profilés définissent ensemble le dimensionnement de la structure périphérique dans une direction verticale. Il est à noter que le profilé inférieur sert également au maintien latéral, réalisé par ledit rebord, constitué en pratique sous la forme d'une cloison extérieure qui est le pendant de celle du profilé supérieur. This is the base that supports the weight of the band, thus fulfilling a primary function of the system of the invention. The two sections together define the dimensioning of the peripheral structure in a vertical direction. It should be noted that the lower profile is also used for lateral support, made by said rim, formed in practice under the form of an outer partition which is the pendant of that of the upper profile.
A nouveau, les moyens de fixation aux plots comportent une glissière horizontale s Ouvrant vers l'intérieur, vers la structure support, apte à coopérer par boulonnage avec au moins un anneau entourant le fût d'un plot. C'est cet anneau qui réalise la liaison avec le plot, d'une manière adaptable à toutes les configurations du terrain puisqu'il repose sur le socle du plot mais est libre en translation autour du fût du plot, procurant une première possibilité d'ajustement dans une direction verticale par rapport audit plot, la glissière permettant par ailleurs une adaptation fine dans une direction horizontale comme cela a été expliqué pour le profilé supérieur .  Again, the means for fixing the studs comprise a horizontal slide s Opening inwards, towards the support structure, adapted to cooperate by bolting with at least one ring surrounding the barrel of a stud. It is this ring which makes the connection with the stud, in a manner adaptable to all the configurations of the ground since it rests on the base of the stud but is free in translation around the barrel of the stud, providing a first possibility of adjustment in a vertical direction relative to said pad, the slide also allowing fine adjustment in a horizontal direction as has been explained for the upper profile.
Plus précisément, l'anneau est doté d'au moins une excroissance radiale dont l'extrémité libre est recourbée en équerre percée d'au moins un orifice de passage d'un boulon, en vue du boulonnage dans la glissière du profilé inférieur. La fixation est alors réalisée de la même manière et avec les mêmes caractéristiques que pour les équerres coopérant avec les profilés supérieurs .  More specifically, the ring is provided with at least one radial protuberance whose free end is bent at right angle with at least one hole for passing a bolt, for bolting into the slide of the lower profile. Fixing is then performed in the same manner and with the same characteristics as for the brackets cooperating with the upper profiles.
La fixation des équerres et des anneaux aux glissières par boulonnage s'effectue de préférence, selon l'invention, au moyen de vis de boulons qui présentent une tête d' allure parallélépipédique dont une première dimension permet l'introduction dans la rainure d'une glissière et dont une seconde dimension prise perpendiculairement à la première permet le blocage dans la glissière après une rotation de 90°, deux coins de ladite tête placés diagonalement étant arrondis pour permettre la rotation de 90°. Il est à noter que les équerres permettent aussi la fixation des profilés entre eux, à angle droit ou non.  Fixing the brackets and rings to the slides by bolting is preferably carried out, according to the invention, by means of bolt screws which have a parallelepiped-shaped head of which a first dimension allows the introduction into the groove of a slider and a second dimension taken perpendicular to the first allows the blocking in the slide after a rotation of 90 °, two corners of said head placed diagonally being rounded to allow the rotation of 90 °. It should be noted that the brackets also allow the profiles to be fixed to each other at right angles or not.
L'invention va à présent être décrite plus en détail, en référence aux figures annexées, pour lesquelles :  The invention will now be described in more detail, with reference to the appended figures, for which:
la figure 1 est une vue en section des deux profilés haut et bas ; la figure 2 représente une vue en section de la bordure d'une terrasse équipée d'un système de maintien d'un bandeau périphérique selon l'invention ; Figure 1 is a sectional view of the two profiles up and down; FIG. 2 represents a sectional view of the edge of a terrace equipped with a system for holding a peripheral strip according to the invention;
la figure 3 montre en vue perspective partielle un coin d'une terrasse dallée munie d'un bandeau en même matériau que les dalles ;  Figure 3 shows a partial perspective view a corner of a paved terrace provided with a strip of the same material as the slabs;
la figure 4 représente en vue perspective une équerre selon l'invention, avec les vis utilisées dans les boulons employés pour sa fixation ;  4 shows a perspective view a bracket according to the invention, with the screws used in the bolts used for fixing;
- la figure 5 est une vue perspective partielle d'un plot relié par un anneau au profilé inférieur du système ;  FIG. 5 is a partial perspective view of a stud connected by a ring to the lower section of the system;
la figure 6 montre en vue perspective deux anneaux superposés dont les équerres d'extrémité sont orientées perpendiculairement, lesdits anneaux équipant un plot situé à un coin d'une structure support de platelage ; et  Figure 6 shows in perspective view two superposed rings whose end brackets are oriented perpendicularly, said rings equipping a stud located at a corner of a decking support structure; and
la figure 7 montre en vue perspective partielle une poutrelle surmontant un plot et reliée à un profilé supérieur .  Figure 7 shows a partial perspective view a beam surmounting a stud and connected to an upper profile.
En référence à la figure 1, le système de maintien périphérique de l'invention est basé sur deux profilés périphériques respectivement supérieur (1) et inférieur (2) , prévus pour supporter et maintenir un bandeau (3) (voir en figure 2) qui peut être fait du même matériau que les dalles, par exemple en grès cérame. Le résultat final d'un platelage (4) dont les dalles et le bandeau périphérique (3) sont en un même matériau apparaît par exemple en figure 3.  With reference to FIG. 1, the peripheral support system of the invention is based on two peripheral profiles, respectively upper (1) and lower (2), designed to support and maintain a strip (3) (see FIG. can be made of the same material as slabs, for example porcelain stoneware. The final result of a decking (4) whose slabs and the peripheral strip (3) are in the same material appears for example in Figure 3.
Le profilé supérieur (1) est d'allure en T dont la traverse (11) comporte, à son extrémité droite, une cloison (12) de maintien latéral du bandeau (3) d'une part, et des dalles de la périphérie du platelage (4) d'autre part. Cette traverse (11) est placée entre le bandeau (3) et les dalles du platelage (4) . L'extrémité gauche (13) de la traverse (11) est surbaissée, séparée du reste de ladite traverse (11) par un épaulement (14) . Elle est prévue pour reposer sur les poutrelles (18) de la structure support (voir en figure 2) , en préservant un espace pour l'équerre (5) entre l'extrémité (13) et le montant (15) du profilé (1) . The upper profile (1) has a T-shape whose crosspiece (11) has, at its right end, a partition (12) for lateral support of the strip (3) on the one hand, and slabs on the periphery of the decking (4) on the other hand. This crossbar (11) is placed between the strip (3) and the decking slabs (4). The left end (13) of the crossbar (11) is lowered, separated from the rest of said crossbar (11) by a shoulder (14). It is intended to rest on the beams (18) of the support structure (see Figure 2), preserving a space for the bracket (5) between the end (13) and the upright (15) of the profile (1).
Le montant (15) du profilé supérieur (1) comporte une glissière (16) dotée d'une rainure (17) prévue pour sa fixation, au moyen d'une équerre (5) visible en figure 4, aux poutrelles (18) qui sont dotées de glissières latérales (16') à rainures (17') à cet effet. Cette glissière (16) est donc du côté de la structure support du platelage (4) , en vue de réaliser les opérations de fixation du profilé (1) à celui-ci.  The amount (15) of the upper profile (1) comprises a slide (16) provided with a groove (17) provided for its attachment, by means of a bracket (5) visible in Figure 4, the beams (18) which are provided with side grooves (16 ') with grooves (17') for this purpose. This slide (16) is therefore on the side of the support structure of the decking (4), in order to perform the operations of fixing the profile (1) to it.
En référence à la figure 4, les équerres de fixation (5) comportent deux branches (51) et (52) dotées d'orifices de passage pour les vis (53) des boulons. Au voisinage de l'arête médiane issue du pliage de l'équerre (5), un ergot (54) dépassant de ladite arête (obtenue par découpe dans la tôle servant à réaliser les équerres (5) ) présente des dimensions le rendant apte à s'insérer par exemple dans la rainure (17, 17') de la glissière (16, 16') lorsqu'une des branches de l'équerre (5) est plaquée contre ladite glissière (16, 16'), comme celle (16) du profilé supérieur (1) en figure 2. L'ergot (54) présente à cet effet une largeur sensiblement égale mais un peu inférieure à la largeur de la rainure (17) , qui a pour effet d'empêcher sa rotation lorsque les boulons sont en cours de serrage. Le fonctionnement de l'équerre (5) peut être « inversé » par coopération avec les rainures latérales (17') des glissières (16') des poutrelles (18), s'il y a lieu.  With reference to FIG. 4, the fastening brackets (5) comprise two branches (51) and (52) provided with through-holes for the screws (53) of the bolts. In the vicinity of the median edge resulting from the folding of the bracket (5), a lug (54) protruding from said ridge (obtained by cutting in the sheet used to make the brackets (5)) has dimensions making it suitable for inserting for example in the groove (17, 17 ') of the slide (16, 16') when one of the branches of the bracket (5) is pressed against said slide (16, 16 '), such as that ( 16) of the upper profile (1) in Figure 2. The lug (54) has for this purpose a substantially equal width but slightly less than the width of the groove (17), which has the effect of preventing its rotation when the bolts are being tightened. The operation of the bracket (5) can be "inverted" by cooperation with the lateral grooves (17 ') of the rails (16') of the beams (18), if any.
Dans la configuration représentée, l'une des branches (51) de chaque équerre comporte une découpe intérieure (55) lui conférant une structure en U, l'autre branche (52) comportant une pluralité d'orifices (56). La découpe (55) permet un ajustement de position de l'équerre au cours de l'opération de fixation à un autre élément de la structure support, comme par exemple à une poutrelle (18) (voir en figures 2 et 7) . Les orifices (56) , au nombre de quatre dont trois sont alignés selon l'axe du pliage et deux sont alignés dans une direction perpendiculaire audit axe, permettant notamment d'associer les équerres (5) deux à deux pour une fixation selon un angle supérieur à l'angle droit, par exemple de 135° dans le cas d'une bordure du platelage présentant un tel angle, ou lorsque les poutrelles de la structure support sont fixées au bandeau avec un tel angle incident . In the configuration shown, one of the branches (51) of each bracket has an inner cutout (55) conferring a U-shaped structure, the other leg (52) having a plurality of orifices (56). The cutout (55) allows a position adjustment of the bracket during the attachment operation to another element of the support structure, such as for example a beam (18) (see Figures 2 and 7). The orifices (56), four of which three are aligned along the axis of folding and two are aligned in a direction perpendicular to said axis, allowing in particular to associate the brackets (5) two by two for attachment at an angle greater than the right angle, for example 135 ° in the case of a decking edge having such an angle, or when the beams of the support structure are fixed to the strip with such an incident angle.
Les vis (53) des boulons par exemple associés à la structure support peuvent présenter une tête (57) d'allure parallélépipédique dont une première dimension (la plus petite) permet son introduction selon l'axe de la rainure par exemple (17, 17') de la glissière (16, 16') et dont la seconde dimension perpendiculaire (la plus grande) permet le blocage dans ladite glissière après une rotation de 90°. Les deux coins (58) de la tête placés diagonalement sont arrondis pour permettre ladite rotation de 90° sans blocage par les parois intérieures supérieure et inférieure de la glissière. Il devient ensuite possible de serrer facilement l'écrou du boulon sur la vis (53), puisque cette dernière est à présent bloquée en rotation.  The screws (53) of the bolts for example associated with the support structure may have a parallelepiped-shaped head (57) of which a first dimension (the smallest) allows its introduction along the axis of the groove for example (17, 17 ') of the slide (16, 16') and whose second dimension perpendicular (the largest) allows blocking in said slide after a rotation of 90 °. The two corners (58) of the diagonally placed head are rounded to allow said 90 ° rotation without blockage by the upper and lower interior walls of the slideway. It then becomes possible to easily tighten the nut of the bolt on the screw (53), since the latter is now locked in rotation.
Le profilé inférieur (2), visible notamment en figures 1, 2, 5 et 6, est en L dont le montant (21) est également muni d'une glissière (22) à rainure (23), placée au voisinage de l'extrémité supérieure de ce montant (21) et orientée vers l'intérieur, c'est-à-dire vers la structure support du platelage (4) pour pouvoir coopérer avec lui. La base (24) du L présente un rebord d'extrémité (25) de maintien latéral du bandeau (3), qui apparaît d'ailleurs en figure 3, tout comme la paroi latérale (12) du profilé supérieure (1) ces deux parties des profilés supérieur (1) et inférieur (2) remplissent, outre leur fonction purement technique, une fonction esthétique en rehaussant les dalles en grès par un « ourlet » par exemple en métal brossé. A son autre extrémité, la base (24) comporte une butée (26) de positionnement du socle (61) des plots (6) . Cette butée (26) qui s'appuie sur le socle (61) du plot (6) sert de plus à reporter la charge s 'exerçant sur le profilé inférieur (2) , notamment par les éléments formant le bandeau (3) , sur les plots (6) .  The lower profile (2), visible in particular in Figures 1, 2, 5 and 6, is L whose upright (21) is also provided with a groove (22) groove (23), placed in the vicinity of the upper end of this amount (21) and oriented inwardly, that is to say towards the support structure of the decking (4) to cooperate with him. The base (24) of the L has an end flange (25) for lateral support of the strip (3), which also appears in FIG. 3, just like the side wall (12) of the upper section (1). parts of the upper (1) and lower (2) profiles fulfill, in addition to their purely technical function, an aesthetic function by enhancing the sandstone slabs by a "hem" for example brushed metal. At its other end, the base (24) has a stop (26) for positioning the base (61) of the pads (6). This abutment (26) which rests on the base (61) of the stud (6) serves moreover to postpone the load exerted on the lower section (2), in particular by the elements forming the band (3), on the studs (6).
La glissière (22) est prévue pour coopérer avec une équerre terminant une excroissance (71) dépassant radialement d'un anneau (7) dont l'extrémité libre comporte une branche repliée (72) , à la manière des équerres (5) précitées utilisées par exemple en coopération avec le profilé supérieur (1) . Dans l'exemple apparaissant en figure 5, la branche repliée (72) comporte deux orifices oblongs (73) dont l'un seulement est traversé par un boulon fixé dans la glissière (22) au moyen d'une vis (53) du même type que celles de la figure 4, notamment dotée d'une tête autobloquante identique ou similaire. Le second orifice oblong sert en particulier lorsque deux profilés inférieurs (2) sont aboutés axialement : ils sont alors reliés l'un à l'autre par des boulons traversant chaque orifice oblong (73) , dont les têtes (57) sont bloquées dans les glissières (22) des deux profilés (2) , au niveau de leurs extrémités en contact abouté . The slideway (22) is provided to cooperate with a bracket ending a protrusion (71) protruding radially a ring (7) whose free end comprises a folded branch (72), in the manner of brackets (5) above used for example in cooperation with the upper profile (1). In the example appearing in FIG. 5, the folded branch (72) comprises two oblong orifices (73) of which only one is traversed by a bolt fixed in the slideway (22) by means of a screw (53) of the same type than those of Figure 4, in particular with an identical self-locking head or the like. The second oblong orifice serves in particular when two lower profiles (2) are abutted axially: they are then connected to each other by bolts passing through each oblong orifice (73), whose heads (57) are locked in the slides (22) of the two profiles (2) at their ends in butted contact.
L'anneau (7) est posé sur le socle (61) du plot (6), il sert à fixer le profilé inférieur (2) dans un plan d'allure horizontal. L'anneau (7) n'est pas contraint dans la dimension verticale, et un ajustement de position peut donc être effectué dans cette direction, notamment du fait de l'existence des orifices oblongs (73). La même remarque s'applique bien entendu à la superposition d'anneaux (7, 7') apparaissant en figure 6, dont les excroissances radiales (71, 71') à branches (72, 72') repliées sont orientées perpendiculairement, et qui coopèrent avec un plot (6) (non représenté) situé dans un des coins d'un platelage (4) selon la présente invention. Dans cette hypothèse, deux profilés inférieurs (2) sont reliés perpendiculairement, leurs extrémités étant maintenues fixées aboutées par une équerre (5) selon l'invention et deux boulons fonctionnant exactement comme décrit auparavant .  The ring (7) is placed on the base (61) of the stud (6), it serves to fix the lower profile (2) in a plane of horizontal shape. The ring (7) is not constrained in the vertical dimension, and a positional adjustment can be made in this direction, especially because of the existence of oblong holes (73). The same remark applies, of course, to the superimposition of rings (7, 7 ') appearing in FIG. 6, whose radial protuberances (71, 71') with folded branches (72, 72 ') are oriented perpendicularly, and which cooperate with a stud (6) (not shown) located in one of the corners of a decking (4) according to the present invention. In this case, two lower sections (2) are connected perpendicularly, their ends being held together abutting by a bracket (5) according to the invention and two bolts operating exactly as described above.
C'est encore exactement la même utilisation d'une équerre It's still exactly the same use of a square
(7) qui ressort de la figure 7, cette fois au niveau du profilé supérieur (1) , en vue de le relier à une poutrelle (18) de la structure support. L' équerre (7) est boulonnée d'une part dans la glissière (16) du profilé supérieur (1) au moyen d'un boulon traversant la branche (52) à quatre orifices (56), et d'autre part dans la glissière (16') de la poutrelle (18) via la branche (51) à découpe intérieure en U (55) . De la sorte, le chant d'extrémité de la poutrelle (18) peut facilement être fixé en appui complet contre la paroi externe de ladite glissière (16) . (7) which emerges from Figure 7, this time at the upper section (1), for connecting to a beam (18) of the support structure. The bracket (7) is bolted on the one hand in the slide (16) of the upper profile (1) by means of a bolt passing through the branch (52) with four holes (56), and on the other hand in the slide (16 ') of the beam (18) via the branch (51) with U-shaped inner cutout (55). In this way, the end edge of the beam (18) can easily be fixed in full support against the outer wall of said slide (16).
L'exemple de mise en œuvre de l'invention en référence aux figures n'est pas exhaustif de l'invention, qui englobe au contraire les variantes de formes et de configurations qui découlent de manière évidente des configurations présentées .  The exemplary implementation of the invention with reference to the figures is not exhaustive of the invention, which instead encompasses the variants of shapes and configurations that are obvious from the presented configurations.

Claims

REVENDICATIONS
1. Système de maintien périphérique pour terrasse à platelage (4) en dalles ou lattes disposées sur une structure support comportant des plots (6) de soutènement de poutrelles (18) sur lesquelles sont placées les dalles ou lattes, caractérisé en ce qu'il comporte un profilé supérieur (1) de maintien horizontal d'un bandeau (3) périphérique et un profilé inférieur (2) de support vertical du bandeau (3) , lesdits profilés (1, 2) comportant des moyens de solidarisation à la structure support du platelage (4) . 1. Peripheral support system for decking deck (4) in slabs or laths arranged on a support structure comprising studs (6) for retaining beams (18) on which are placed the slabs or slats, characterized in that it comprises an upper profile (1) for horizontally holding a peripheral strip (3) and a lower section (2) for vertically supporting the strip (3), said profiles (1, 2) comprising means for securing to the support structure decking (4).
2. Système de maintien périphérique pour terrasse selon la revendication précédente, caractérisé en ce que le profilé supérieur (1) est en T dont la traverse (11) , interposée entre la bordure du platelage (4) et le bandeau (3) , est limitée à une extrémité extérieure par une cloison (12) de maintien latéral du bandeau (3) , le montant (15) du T comportant des moyens de fixation aux poutrelles (18) de la structure support .  2. Peripheral support system for terrace according to the preceding claim, characterized in that the upper profile (1) is T whose cross member (11), interposed between the edge of the decking (4) and the strip (3), is limited at an outer end by a partition (12) for lateral support of the strip (3), the amount (15) of the T comprising means for fixing the beams (18) of the support structure.
3. Système de maintien périphérique pour terrasse selon la revendication précédente, caractérisé en ce que la cloison (12) de maintien latéral dépasse au-dessus de la traverse et borde la périphérie du platelage (4) .  3. Perimeter support system for terrace according to the preceding claim, characterized in that the partition (12) lateral support protrudes above the cross member and borders the periphery of the decking (4).
4. Système de maintien périphérique pour terrasse selon l'une des revendications 2 et 3, caractérisé en ce que les moyens de fixation consistent en une glissière horizontale (16) s 'ouvrant vers l'intérieur de la structure support, apte à coopérer par boulonnage avec au moins une équerre (5) .  4. Perimeter support system for terrace according to one of claims 2 and 3, characterized in that the fastening means consist of a horizontal slide (16) opening towards the inside of the support structure, adapted to cooperate by bolting with at least one square (5).
5. Système de maintien périphérique pour terrasse selon la revendication précédente, caractérisé en ce que l'une des branches (51) de chaque équerre (5) comporte une découpe intérieure (55) lui conférant une structure en U, l'autre branche (52) comportant une pluralité d'orifices (56).  5. Perimeter support system for terrace according to the preceding claim, characterized in that one of the branches (51) of each bracket (5) has an inner cutout (55) conferring a U-shaped structure, the other arm ( 52) having a plurality of orifices (56).
6. Système de maintien périphérique pour terrasse selon la revendication précédente, caractérisé en ce que chaque équerre (5) comporte un ergot (54) dépassant de son arête médiane de pliage, apte à s'insérer dans la rainure (17, 17', 23) d'une glissière (16, 16', 22), ledit ergot présentant une largeur sensiblement égale mais inférieure à la largeur de la rainure (17, 17'). 6. Device maintenance device for terrace according to the preceding claim, characterized in that each bracket (5) has a lug (54) protruding from its edge median folding, adapted to fit into the groove (17, 17 ', 23) of a slide (16, 16', 22), said lug having a width substantially equal to but less than the width of the groove (17 , 17 ').
7. Système de maintien périphérique pour terrasse selon l'une des revendications précédentes, caractérisé en ce que le profilé inférieur (2) est en L dont le montant (21) comporte des moyens de fixation aux plots (6) de la structure support et dont la base (24) comporte un rebord d'extrémité (25) de maintien latéral du bandeau (3) .  7. Perimeter support system for terrace according to one of the preceding claims, characterized in that the lower profile (2) is L whose amount (21) comprises means for attachment to the pads (6) of the support structure and whose base (24) has an end flange (25) for lateral support of the strip (3).
8. Système de maintien périphérique pour terrasse selon la revendication précédente, caractérisé en ce que les moyens de fixation aux plots (6) comportent une glissière horizontale (22) s' ouvrant vers l'intérieur de la structure support, apte à coopérer par boulonnage avec au moins un anneau (7) entourant le fût d'un plot (6).  8. Peripheral support system for terrace according to the preceding claim, characterized in that the fixing means to the pads (6) comprise a horizontal slide (22) opening towards the inside of the support structure, adapted to cooperate by bolting with at least one ring (7) surrounding the barrel of a stud (6).
9. Système de maintien périphérique pour terrasse à dalles selon la revendication précédente, caractérisé en ce que l'anneau (7) est doté d'au moins une excroissance radiale (71, 71') dont l'extrémité libre (72, 72') est recourbée en équerre percée d'au moins un orifice (73) de passage d'un boulon .  9. Device maintenance device for slab terrace according to the preceding claim, characterized in that the ring (7) is provided with at least one radial protrusion (71, 71 ') whose free end (72, 72'). ) is bent at right angle with at least one hole (73) for passing a bolt.
10. Système de maintien périphérique pour terrasse selon l'une des revendications 4 à 9, caractérisé en ce que les vis (53) des boulons présentent une tête (57) d'allure parallélépipédique dont une première dimension permet l'introduction dans la rainure (17, 17', 23) d'une glissière et dont une seconde dimension prise perpendiculairement à la première permet le blocage dans la glissière (16, 16' , 22) après une rotation de 90°, deux coins (58) de ladite tête (57) placés diagonalement étant arrondis pour permettre la rotation de 90°.  10. peripheral support system for terrace according to one of claims 4 to 9, characterized in that the screws (53) of the bolts have a head (57) of parallelepiped shape, a first dimension allows the introduction into the groove (17, 17 ', 23) of a slide and of which a second dimension taken perpendicular to the first allows the locking in the slide (16, 16', 22) after a rotation of 90 °, two corners (58) of said head (57) placed diagonally rounded to allow rotation of 90 °.
PCT/FR2017/051840 2016-07-21 2017-07-06 Peripheral retention system for a terrace made of slabs WO2018015634A1 (en)

Applications Claiming Priority (2)

Application Number Priority Date Filing Date Title
FR1656969 2016-07-21
FR1656969A FR3054253B1 (en) 2016-07-21 2016-07-21 PERIPHERAL MAINTENANCE SYSTEM FOR TERRACE WITH SLABS.

Publications (1)

Publication Number Publication Date
WO2018015634A1 true WO2018015634A1 (en) 2018-01-25

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FR3078086A1 (en) * 2018-02-20 2019-08-23 Architecture Du Bois PLATFORMING SYSTEM COMPRISING MEANS FOR FIXING A VERTICAL PERIPHERAL BAND.
FR3082544A1 (en) * 2018-06-18 2019-12-20 T.M.P. - Convert - Jou Plast DEVICE FOR A TERRACE PLOT, PLOT COMPRISING SUCH A DEVICE AND INSTALLATION OF TERRACE ON PLOTS COMPRISING FLOOR ELEMENTS SUPPORTED BY SUCH PLOTS
FR3092350A1 (en) * 2019-02-01 2020-08-07 Vtec REMOVABLE EDGE DEVICE FOR A FREE-STANDING SYSTEM WITH A TILE OR BOARD SLAB
US20210355690A1 (en) * 2020-05-13 2021-11-18 Dexx Ip Holdings, Llc Methods of constructing floating tile-based flooring and staircase systems and components thereof

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GB2612612A (en) * 2021-11-05 2023-05-10 Ryno Ltd Flooring system vertical closure top rail end bracket assembly

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WO2009032908A1 (en) * 2007-09-04 2009-03-12 Everflash, Llc. Deck flashing trim system
DE202009013314U1 (en) * 2009-10-06 2010-02-11 Bremer Holzwerke Gmbh Decking system
DE202014105882U1 (en) * 2013-12-06 2014-12-17 Ulrich Reif Arrangement for connecting components, in particular two components of a substructure, in particular for balcony and terrace covers
WO2016083497A1 (en) * 2014-11-26 2016-06-02 Nmc Sa Lockable connection means

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DE4317814A1 (en) * 1993-05-28 1994-12-01 Octanorm Vertriebs Gmbh Prefabricated floor having at least one floor panel
WO2009032908A1 (en) * 2007-09-04 2009-03-12 Everflash, Llc. Deck flashing trim system
DE202009013314U1 (en) * 2009-10-06 2010-02-11 Bremer Holzwerke Gmbh Decking system
DE202014105882U1 (en) * 2013-12-06 2014-12-17 Ulrich Reif Arrangement for connecting components, in particular two components of a substructure, in particular for balcony and terrace covers
WO2016083497A1 (en) * 2014-11-26 2016-06-02 Nmc Sa Lockable connection means

Cited By (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
FR3078086A1 (en) * 2018-02-20 2019-08-23 Architecture Du Bois PLATFORMING SYSTEM COMPRISING MEANS FOR FIXING A VERTICAL PERIPHERAL BAND.
FR3082544A1 (en) * 2018-06-18 2019-12-20 T.M.P. - Convert - Jou Plast DEVICE FOR A TERRACE PLOT, PLOT COMPRISING SUCH A DEVICE AND INSTALLATION OF TERRACE ON PLOTS COMPRISING FLOOR ELEMENTS SUPPORTED BY SUCH PLOTS
FR3092350A1 (en) * 2019-02-01 2020-08-07 Vtec REMOVABLE EDGE DEVICE FOR A FREE-STANDING SYSTEM WITH A TILE OR BOARD SLAB
US20210355690A1 (en) * 2020-05-13 2021-11-18 Dexx Ip Holdings, Llc Methods of constructing floating tile-based flooring and staircase systems and components thereof
US11866945B2 (en) 2020-05-13 2024-01-09 CB Interests Inc. Methods of constructing floating tile-based flooring and staircase systems and components thereof

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FR3054253A1 (en) 2018-01-26

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