FR3080127A1 - SUPERPOSABLE AND INTERCHANGEABLE ASSEMBLY OF MODULES IN THE FORM OF A KIT FOR THE IMPLEMENTATION OF A WALL IN AGGLO (PARPAING AND BRICK). - Google Patents

Abstract

Stackable and interchangeable set of modules in the form of a kit For the implementation of a wall in a box. The assembly according to the invention consists of a kit of five modules. Agglo module (1), allows the adjustment of the agglos on the bed or mortar joint by respecting the horizontal and vertical alignment of the wall, as well as a permanent control of the work carried out thanks to integrated levels on the module (3) . Right foot module (2), allows the realization of a bed of mortar on all support (slab, screed, foundation, natural ground). Corner sole module (3), allows the realization of a bed of mortar on all support (slab, screed, foundation, natural ground), calculated with a 90 ° degree angle. Right joint module (4), allows the realization of a mortar joint on any agglo. Corner joint module (5), allows the realization of a mortar joint on any agglo, calculated with a 90 ° degree angle. The assembly according to the invention is particularly intended for the implementation of a wall in agglo (block, brick).

Description

Stackable and interchangeable set of modules in the form of a kit

For the installation of a chipboard wall (concrete block and brick).

The present invention relates to a superimposable and interchangeable set of modules allowing the rapid and precise implementation of an agglo wall (concrete block, brick) of different dimensions.

Currently for the installation of an agglo wall (concrete block, brick), it is necessary to use a cord for horizontal alignment, a plumb wire for vertical alignment, a level, a trowel and a mason's trowel.

It is very difficult to be able to dose the right quantity of mortar applied to a chipboard (concrete block, brick) both on its width and its length, because of this fact, a bad level of mortar joint is often observed and causes a loss of level and plumb of the block, so to recover this loss of level and plumb, we are often obliged, either to remove the block in question, and we redo the mortar joint, or we tap on the chipboard (block, brick ) to be able to recover the level and the balance while spending time there.

In conclusion, to have a horizontal and vertical alignment as well as a precise and perfect thickness of mortar joint, this requires a great deal of skill and experience in implementation.

And this difficulty of implementation is repeated for each chipboard (concrete block, brick) laid.

The assembly according to the invention eliminates all these difficulties, as well as the use of a level, a cord, a plumb line, trowel, trowel, etc.

The assembly according to the invention consists of a kit of five modules.

Agglo module (1), allows the adjustment of the agglos (concrete block, brick) on the bed or mortar joint respecting the horizontal and vertical alignment of the wall, as well as a permanent control of the work carried out thanks to integrated levels on the module (3).

Right sole module (2), allows the realization of a mortar bed on any support (slab, screed, foundation, natural ground).

Corner base module (3), allows the realization of a mortar bed on any support (slab, screed, foundation, natural ground), calculated with an angle at 90 ° degree.

Straight joint module (4), allows the realization of a mortar joint on any chipboard (concrete block, brick).

Corner joint module (5), allows the realization of a mortar joint on any chipboard (concrete block, brick), calculated with a 90 ° degree angle.

In all cases the module (1) must imperatively be used with the modules (2, 3, 4, 5) due to its superposition, at the risk of poor implementation of the structure.

The module (1) allows to adjust the agglo (concrete block, brick) on the bed or mortar joint respecting the horizontal and vertical alignment of the wall, and to have permanent control of the work done thanks to the levels integrated on the module (1).

The assembly according to the invention comprises a first characteristic, an agglo module (1), allowing the installation of agglos (concrete block, brick) by placing itself directly on the module 2, 3, 4 or 5, as well as a permanent horizontal and vertical level control. The module can be made of any material sufficiently rigid for its good realization. The module is made up of two horizontal panels, the dimensions of which can be varied and crossed by a circular slot on each side, a low and high overhang obtained by folding allows better horizontal rigidity of the panels. An integrated level of control placed horizontally on the front of a panel will allow the horizontal level of the wall to be viewed. The bottom and top overhangs of the module (1) are narrower than the top overhang of the module 2, 3, 4 and 5, in order to be able to be positioned and adjusted correctly on the module 2, 3, 4 and 5. Strips specific to the module (1) will be proposed of different size in order to be able to work different dimensions of width of chipboard (concrete block, brick), and will be provided with a level in order to control the plumb of the wall, they are crossed by circular slot vertical and horizontal allowing the assembly of the horizontal panels and the assembly of a level of control with standard fixings (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet).

The assembly according to the invention indeed has a second characteristic, a straight sole module (2), allowing the production of a mortar bed by placing itself directly on any support (slab, screed, foundation, natural ground), the mortar is poured directly into the module, one of which is that it acts as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels with a horizontal level and whose dimensions can vary, the panels are crossed by circular slots at each end, and provided with a low overhang obtained by folding allowing better horizontal rigidity and seat of panels, as well as a high overhang obtained by folding in the form of "

L ”allowing better horizontal rigidity, and designed to receive module 1 superimposed. Specific sliders for module (2) will be offered in different sizes in order to be able to work with different dimensions of chipboard width (concrete block, brick), they are circular slot crossings allowing the assembly of horizontal panels, as well as being able to make several modules integral, standard fixings (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet) will be offered.

The assembly according to the invention comprises a third characteristic, a corner sole module (3) forming a 90 ° angle, allowing the production of a mortar bed by placing itself directly on any support (slab, screed, foundation , natural terrain), the mortar is poured directly into the module, one of these features of which is to act as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels fold at 90 ° whose dimensions can vary, and provided with horizontal levels, the panels are crossed by circular slots at each end, a low overhang obtained by folding allows better horizontal rigidity of the panels, as well that a high overhang obtained by bending in the shape of an "L" allows better horizontal rigidity, and designed to receive the module 1 superimposed. Strips specific to the module (3) will be offered in different sizes in order to be able to work different dimensions of width of chipboard (concrete block, brick), they are crossed by a circular slot allowing the assembly of horizontal panels as well as being able to make several modules, standard fasteners (fixed or self-locking pin, screws with bolt, or incidentally magnetic magnet) will be offered.

The assembly according to the invention has a fourth characteristic, a straight joint module (4), allowing the realization of a mortar joint by placing itself directly on the row of chipboard (concrete block, brick), the mortar is poured directly in the module, one of which is to act as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels with a horizontal level and whose dimensions can vary, the panels are crossed by circular slots at each end, and provided with a low overhang obtained by folding allowing better horizontal rigidity and seat of panels, as well as a high overhang obtained by folding in the shape of an “L” allowing better horizontal rigidity, and designed to receive the module (1) in superposition. Modules specific to the module (4) will be proposed of different size, in order to be able to work with different dimensions of agglo width (concrete block, brick), they are crossed by a circular slot allowing the horizontal panels to be adjusted in height according to the 'thickness of mortar joint desired, as well as being able to make several modules integral, standard fasteners (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet) will be offered.

The assembly according to the invention comprises a fifth characteristic, a corner joint module (5) forming a 90 ° angle, allowing the production of a mortar joint by placing itself directly on the chipboards (concrete blocks, bricks), the mortar is poured directly into the module, one of these features of which is to act as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels fold at 90 ° whose dimensions can vary, and provided with horizontal levels, the panels are crossed by circular slots at each end and provided with a low overhang obtained by folding allowing better horizontal rigidity of the panels, as well as a high overhang obtained by folding in the shape of an “L” allowing better horizontal rigidity, and designed to receive the module (1) in superposition. Modules specific to module 5 will be proposed of different size in order to be able to work different dimensions of agglo width (concrete block, brick), they are crossed by circular slit allowing to adjust in height the horizontal panels according to the thickness of mortar joint desired, as well as being able to join several modules of the same type. Typical fixings (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet) will be offered.

The accompanying drawings illustrate the invention:

Figures 1, 2, 3,4, 5, shows the entire kit according to the invention;

FIG. 6 represents the agglo module (1) according to the invention;

Figures 7, 8, 9, shows the straight sole module (2) and the module (1) according to the invention;

Figures 10,11,12, shows the corner sole module (3) and module (1) according to the invention;

Figures 13, 14, 15, shows the straight joint module (4) and the module (1) according to the invention;

Figures 16, 17,18, shows the corner joint module (5) and the module (1) according to the invention.

Figures 19, 20, 21, 22 show the different types of strips used for assembling the modules according to the invention.

In all of the figures, identical or analogous references represent identical or analogous organs or sets of organs.

With reference to these drawings:

Reference is made to FIG. 6, illustrating the module (1) according to the invention.

The agglo module (1) allows the installation of agglos (concrete block, brick) on the bed or mortar joint, and is placed directly on module 2, 3, 4 or 5. The module can be made of all materials sufficiently rigid for its good realization. The module is made up of two horizontal panels 2a / 2b, the dimensions of which can be varied and crossed by a circular slot 4a / 4b on each side, thus allowing the assembly of the panels 2a / 2b with the strips 10a, a low overhang la / lb and top 3a / 3b obtained by folding allows better horizontal rigidity of the panels 2a / 2b. Control levels 12a / 12b placed horizontally on a panel 2a as well as the slider 10b makes it possible to visualize the horizontal and vertical level of the wall, the low overhangs la / lb of the module (1) are narrower than the overhangs top of modules 2, 3, 4 and 5, in order to be able to position and fit correctly on modules 2, 3, 4 and 5. Specific strips 10a for module (1) will be offered in different sizes in order to be able to work different dimensions of chipboard width (concrete block, brick), they are crossed by a circular slot as illustrated in FIG. 19, allowing the assembly of the panels 2a / 2b and the assembly of a control level 12b with standard fixings (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet).

Reference is made to FIGS. 7, 8, 9, illustrating the module (2) according to the invention.

The straight sole module (2) allows the realization of a mortar bed 3 and is placed directly on any support (slab, screed, foundation, natural ground), the mortar 3 is poured directly into the module, one of these particularities is to act as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels 2a / 2b whose dimensions can vary without being limiting, and provided with a horizontal level 10, the panels are crossed by circular slots 4a / 4b on each side thus allowing the assembly of the panels 2a / 2b with the strips 7a, a low overhang 5a / 5b obtained by folding, allows better horizontal and seat stiffness of the panels 2a / 2b, as well as a high overhang 6A, 6B obtained by folding in the shape of an "L" allows a better horizontal rigidity of the panels 2a / 2b and designed to receive the module (1) as superimposed as illustrated in FIGS. 8 and 9. Specific strips 7a for the module (2) are proposed of different sizes in order to be able to work different dimensions of agglo width (concrete block, brick), they are crossed by a circular slot as illustrated in FIG. 22, allowing the assembly of the panels 2a / 2b, as well as being able to make several modules integral. Typical fixings (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet) will be offered.

Reference is made to FIGS. 10, 11, 12, illustrating the module (3) according to the invention.

The angle sole module (3) allows the production of a mortar bed 3 forming a 90 ° angle, and is placed directly on any support (slab, screed, foundation, natural ground), the mortar 3 is poured directly in the module, one of which is to act as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels 2a / 2b whose dimensions can vary, and provided with horizontal levels 10, the panels 2a / 2b are crossed by circular slots 4a / 4b on each side thus allowing the assembly of the panels 2a / 2b with the strips 7a, a low overhang 5a / 5b obtained by folding, allows better horizontal and seat stiffness of the panels 2a / 2b, as well as a high overhang 6A / 6B obtained by folding in the shape of an "L" allows better rigidity horizontal of the panels 2a / 2b and designed to receive the module (1) as superimposed as illustrated in FIGS. 11 and

12. Specific strips 7A to the module (3) are proposed of different size in order to be able to work different dimensions of width of chipboard (concrete block, brick), they are crossed by circular slot as illustrated in FIG. 22, allowing the 'assembly of the panels 2a / 2b, as well as being able to make several modules integral. Typical fixings (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet) will be offered.

Reference is made to FIGS. 13, 14, 15, illustrating the module (4) according to the invention.

The straight joint module (4) allows the creation of a mortar joint 3 and is placed directly on the row of chipboards, as illustrated in FIG. 14 and 15, the mortar 3 is poured directly into the module (4 ), one of which is to act as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels 2a / 2b whose dimensions can vary without being limiting, and provided with a horizontal level 10, the panels are crossed by circular slots 4a / 4b on each side thus allowing the assembly of the panels 2a / 2b with the strips 9a a low overhang 5a / 5b obtained by folding, allows better horizontal rigidity and seat of the panels 2a / 2b, as well as a high overhang 6a / 6b obtained by folding in the shape of an "L" allows better horizontal rigidity of the panels 2a / 2b and designed to receive the module (1) as superimposed as illustrated in FIGS. 14 and 15. Specific strips 9a for the module (4) are proposed in different sizes in order to be able to work with different dimensions of width of chipboard (concrete block, brick), they are crossed by a circular slot as illustrated in FIG. 20, allowing the assembly of the panels 2a / 2b as well as being able to make several modules integral. Typical fixings (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet) will be offered.

Reference is made to FIGS. 16, 17, 18, illustrating the module (5) according to the invention.

The corner joint module (5) allows the creation of a mortar joint 3 forming a 90 ° angle, and is placed directly on the row of chipboard (concrete block, brick), as illustrated in Figures 17 , 18. Mortar 3 is poured directly into the module, one of these features of which is to act as formwork. The module can be made of any material sufficiently rigid for its good realization. The module is composed of two horizontal panels 2a / 2b whose dimensions can vary, and provided with horizontal levels 10, the panels 2a / 2b are crossed by circular slots 4a / 4b / 4C on each side thus allowing the assembly of the panels 2a / 2b with the strips 9a / 7c, a low overhang 5a / 5b obtained by folding, allows better horizontal rigidity and seating of the panels 2a / 2b, as well as a high overhang 6A, 6B obtained by folding in the shape of an "L" allows better horizontal rigidity of the panels 2a / 2b and designed to receive the module (1) as superimposed as illustrated in FIG. 18. Specific strips 9a / 7c in module 5 are proposed of different sizes in order to be able to work with different dimensions of width of chipboard (brick block), they are crossed by a circular slot as illustrated in FIG. 20 and 21, allowing the assembly of the panels 2a / 2b, as well as being able to be made integral with the module 2. Fixings Types (fixed or self-locking pin, screw with bolt, or incidentally magnetic magnet) will be offered.

Reference is made to FIGS. 19, 20, 21, 22, illustrating the different types of strip used for assembling the modules (1) (2) (3) (4) (5) according to the invention.

The assembly according to the invention allows rapid and precise installation of an agglo wall (concrete block, brick) of different dimensions.

Claims (8)

1. Superimposable and interchangeable assembly for the implementation of an agglo wall (concrete block and brick), characterized in that it comprises: - At least one chipboard module (1), allowing horizontal and vertical alignment of a chipboard (concrete block, brick), comprising: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high L-shaped fold (6a) (6b). - At least one horizontal level (10). - At least two strips (7a). - At least one straight sole module (2), allowing the realization of a mortar bed on a support (slab, screed, foundation, natural ground), comprising: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high L-shaped fold (6a) (6b). - At least one horizontal level (10). - At least two strips (9a). -At least one corner sole module (3), allowing the realization of a mortar bed on a support (slab, screed, foundation, natural ground), with a 90 ° angle, comprising: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high L-shaped fold (6a) (6b). -At least two levels (10). - At least two strips (7a). - At least one straight joint module (4), allowing the realization of a mortar joint on any chipboard (concrete block, brick), comprising: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high fold (6a) (6b). -At least two levels (10). - At least two strips (9a). - At least one corner joint module (5), allowing the creation of a mortar joint on any chipboard (concrete block, brick) with a 90 ° angle, comprising: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high L-shaped fold (6a) (6b). -At least two levels (10). - At least two strips (7a). -At least one strip (7c). 2. Agglo module (1) allowing the realization of an agglo wall (concrete block, brick), respecting the horizontal and vertical alignment of the wall, characterized in that it comprises: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high L-shaped fold (6a) (6b). - At least one horizontal level (10). - At least two strips (7a). 3. Right sole module (2) allowing the production of a mortar bed on a support (slab, screed, foundation, natural ground), characterized in that it comprises: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high L-shaped fold (6a) (6b). - At least one horizontal level (10). - At least two strips (7a). 4. Corner base module (3) allowing the production of a mortar bed on a support (slab, screed, foundation, natural terrain), with a 90 ° angle, characterized in that it comprises: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high L-shaped fold (6a) (6b). -At least two levels (10). - At least two strips (7a). 5. Straight joint module (4) allowing the realization of a mortar joint on any chipboard (concrete block, brick), characterized in that it comprises: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high fold (6a) (6b). -At least two levels (10). - At least two strips (9a). 6. Corner joint module (5) allowing the realization of a mortar joint on any chipboard (concrete block, brick), characterized in that it comprises: - At least two horizontal panels (2a) (2b), crossed by circular slots (4a) (4b). - At least one low fold (5a) (5b), and one high fold (6a) (6b). -At least two levels (10). - At least two strips (9a). 7. Method for implementing an agglo wall (concrete block, brick) characterized in that it comprises one of the following stages: Installation and alignment of chipboard (concrete block, brick), with the chipboard module (1) according to claim 2. Realization of a mortar bed on a support (slab, screed, foundation, natural ground), with the straight sole module (2) according to claim 3. Realization of a mortar bed on a support (slab, screed, foundation, natural ground), with a 90 ° angle), with the angle sole module (3) according to claim 4. Realization of a mortar joint on any chipboard (concrete block, brick), with the straight joint module (4) according to claim 5. Realization of a mortar joint on any chipboard (concrete block, brick), with a 90 ° angle with the corner joint module (5) according to claim 6. 8. An assembly characterized according to any one of claims 1 to 7, in that the modules are made of sufficiently rigid materials for a good realization of the invention chosen from everything: (steel, aluminum, stainless steel, copper, zinc, plexi, wood).