WO2010089431A1 - Device for mounting glass bricks - Google Patents

Abstract

The invention relates to a device for mounting glass bricks (2) of the type used in construction, characterised in that it is based on positioning a preferably-plastic section (1, 11, 26) on the sides of the brick that are to be joined to other bricks (2) and joining the aforementioned sections (1, 11, 26) to the sections (1, 11, 26) of the adjacent bricks (2) using a double-armed, cross-shaped element (3, 13, 27). The invention is advantageous in that the connection system between the plastic sections (1, 11, 26) positioned against the sides of the bricks (2) and the cross elements (3, 13, 27) is produced simply and quickly by means of simple insertion, thereby enabling the user to mount the bricks, dispensing with the need for labour and, consequently, reducing costs.

Description

 DEVICE FOR MOUNTING BRICKS PE

GLASS

Object of the invention

The following invention, as expressed in the statement of the present specification, refers to a device for the assembly of glass bricks, being of the type of glass bricks and which in its assembly are useful for the construction of walls of enclosure and separators, as well as the floor itself and whose assembly can be carried out by means of cement or similar or by means of separating elements between them, so that the device presented is based on the placement of a section profile ^' general in double "H" elongated, preferably plastic, with respect to its sides to join with other bricks, joining the aforementioned plastic profiles, with the profiles of the attached bricks, by a cross-shaped element with double arms.

Scope

In this report a device for the assembly of glass bricks is described, whose glass bricks of different shades are applicable in the construction of enclosure walls and separators, as well as of the floor itself, providing an aesthetic appropriate to the environment by Io which are of special application with a decorative object as well as constructive.

Background of the invention

As is known given the constructive and decorative characteristics of glass bricks, they are used both in Ia construction of enclosure walls as in the construction of separating walls, as well as in the construction of the floor itself, acting as a constructive and decorative element.

In this way, the assembly and fixing of the glass bricks can be carried out by means of construction materials such as cement or the like, or it can be carried out according to modular assemblies according to different practical executions.

Thus, the modular assembly can be defined by means of a wooden frame in which holes are formed for the placement of the respective glass bricks, so that perimeter to each of the holes has been practiced, in proximity to its side free, some recesses in which vinyl strips will be inserted for fixing the glass brick in it placed.

Likewise, we can cite the patent ES 2143185 T3 in which a procedure for the construction of vertical walls and / or floors with glass bricks is described, which consists of a retention structure of the four sides of each glass brick defined by wooden elements linked to each other and attached to the brick by means of an elastic element, so that said wooden elements are provided with a grooves of semicircular section in which vertical and horizontal bars constituting the framework fit.

Likewise, we can cite the document ES 1052066 U in which an improved aluminum partition wall with glass blocks is described, which is constituted by a structure of long and short profiles that define holes for the bricks by seating in a countertop that is embedded in an outer frame.

Finally, we can cite document ES 1054174 in which a modular assembly for the assembly of glass bricks is described, which is constituted by associated vertical and horizontal panels that define a plurality of holes in which the corresponding glass bricks, so that the panels are provided with separate entrances according to two sections of different width in which profiles are fitted with the interposition of a laminar joint, whose profiles, of width slightly greater than that of the panels, act of retention elements of glass bricks.

Finally, we can consider the patent document ES 2143185 in which a "procedure for the construction of vertical walls using glass bricks and modular element that can be assembled using the procedure" is described, which is based on wooden elements arranged on the sides of the glass brick, with the interposition of an elastic element, such as resin, so that said wooden elements have a tongue and groove joint and have grooves for the placement of respective rods, as a metal framework.

Description of the invention

In this report a device for the assembly of glass bricks is described, being of the type of glass bricks and which in its assembly are useful for the construction of enclosure walls and separators, as well as the floor itself, and whose assembly It can be done by means of cement or similar or by means of separating elements between them, so that the device presented is based on the placement of a general section profile in double "H" elongated, preferably plastic, with respect to its sides to join with other bricks, joining the aforementioned plastic profiles, with the profiles of the attached bricks, by a cross-shaped element with double arms.

To do this, the profile of adosamiento to the lateral sides of the glass bricks to be joined with other glass bricks has, on both sides of its soul or on its lateral walls, suitable interlocking means, preferably in the form of tabs or teeth , that propitiate its fixing at both ends with the cross-shaped element with double arms, which also has the corresponding interlocking means in the four double arms that make up the cross, allowing the fixation with four profiles.

A preferred embodiment of the invention is provided in which the aforementioned cross elements are formed from four identical pieces and each of its arms is defined by a pair of parallel lugs finished off in an arrowhead. The profile of terraced presents in proximity to the ends, on both sides of its soul, some transverse recesses. In the union of the cross-shaped element with the confluent profiles therein, the corresponding profile is fitted between the pair of conformal lugs of the arms and the arrow-shaped end fits into the respective transverse recesses of the profile to be fixed.

A first alternative embodiment is also provided in which the aforementioned cross elements are formed by a single piece and, centrally, to its double arms and between them have a small thickening that extends externally as a lug, being between said regruesamientos a very small space, while the lateral sides of the double arms have a serrated configuration.

In this case, the attachment profile presents at the ends of the internal faces of its wings a toothing and between the aforementioned toothed ends of each of the internal faces of its wings presents a pair of similar teeth. In addition, in a position centered on its soul and coinciding with the teeth of the inner side of its wings, it presents, on both sides, recesses that define an intermediate base of very small thickness and, laterally, to these recesses it presents two cuts made in proximity to the teeth of the inner faces of its wings.

Likewise, on both sides of the profile core there are tubular projections, arranged two by two in a centered position with respect to its transverse axis, which, due to their free base, are flush with the free side. of its wings and that, centrally, are provided with a hole that allows the fixing of the profile to the wall or the floor.

In the assembly of the device, the core of the elongated general section profile in "H" fits between the corresponding double arm of the cross-shaped element and the teeth of its lateral sides fit the respective teeth of the internal face of its wings, said operation being facilitated by the slight flexibility granted by the lateral cuts made in its soul.

In addition, the intermediate base defined by the longitudinal central recesses of both sides of the core of the elongated "H" section profile is between the central protrusions materialized between each double arm and in the said recesses the protuberances are arranged.

In order to optimize the manufacturing, the elongated "H" general section profile can be divided in its middle into two halves to allow the assembly of glass bricks of different sizes.

A second alternative embodiment is also provided in which said cross elements are formed by a single piece determined by a solid central core from which the four double arms emerge, separated between each other by an angle of 90 °, and each being formed one of the double arms by two parallel walls that, at the most separated end of the central core, are terminated by paths at right angles and oriented inwards, forming a small groove between them, as an eyelash.

In this case, the attachment profile has, on both sides of its soul, transverse recesses, preferably 4, equipped with paths that are also transverse. In the central part it presents an additional transverse recess, of greater width than the previous ones, which favors the division of the profile by its middle part into two equal halves to allow the assembly of glass bricks of different sizes. The transverse recesses equipped with eyelashes are opportunely arranged so that, when the profile is split, the two resulting semi-profiles are equivalent and symmetrical.

Likewise, on both sides of the profile core there are tubular projections, arranged two by two in a centered position with respect to its transverse axis, which by their free base are flush with the free side of their wings and which, centrally, are provided with a hole that allows the profile to be fixed to the wall or floor. The side walls of the profile have a chamfered termination upper and lower. In the same way the ends of the profile soul have a chamfered termination.

In the union, the chamfered termination of the profile core allows the introduction through the groove formed by the terminations of the parallel walls of the arm of the cross, forcing the parallel walls to open and, later, interlock in the aforementioned tabs of the recesses transversal.

This device has a series of important advantages over the devices or joining techniques available and known at present, among which we can highlight that the fixing between the plastic profiles attached to the sides of the bricks and the cross elements is carried out in a simple and fast way by simple fitting, manually, without the help of any useful, conforming the entire wall, allowing the user himself to be able to carry out the work without requiring specialized labor, which It represents a significant economic saving.

Another important advantage is that, in this way, the device is based on the union of parts according to two unique configurations, which represents an economic saving in manufacturing costs by requiring a reduced number of molds.

To complement the description that will then be made, and in order to help a better understanding of the characteristics of the invention, the present descriptive report is accompanied by a set of drawings, in whose figures illustrative and non-limiting, the most characteristic details of the invention are represented.

Brief description of the designs

Figure 1 - shows a perspective view, in its preferred embodiment, a profile abutted to a face of a glass brick in binding to another glass block, being able to observe general section ⁿ "elongated H and recesses transverse in proximity the free end of his soul.

Figure 2 - Shows a perspective view, in its preferred embodiment, of a cross-shaped element connecting the profiles attached to the side faces of the glass bricks to be joined, being able to observe the arms defined by pairs of parallel capped lugs in arrowhead.

Figure 3 - Shows a perspective view, in its preferred embodiment, of the four identical pieces forming a cross-shaped element, prior to its assembly, two pieces being attached by the central projection of one of its faces and the other two pieces attached by the pair of parallel projections of its other face, materializing its assembly when displaced with respect to the voids defined between the projections of both faces.

Figure 4 - Shows, in its preferred embodiment, a conforming part of the cross-shaped element, according to a front view, a side elevation view and a plan view, according to a practical execution variant in which the pairs of forming lugs of its arms are defined by two sections.

Figure 5 - Shows a perspective view, in its preferred embodiment, of the shape of the cross-shaped element with a profile, being able to observe how the profile will fit between a pair of Parallel lugs and arrowhead ends will fit into the transverse recesses of the profile core.

Figure 6 - Shows, in its preferred embodiment, a schematic view of the way of assembling a cross-shaped element, being able to observe how the profiles attached to the glass bricks to join come together.

Figure 7 - Shows a perspective view, in the first alternative embodiment, of a profile attached to a face of a glass brick in its connection to another glass brick, being able to observe its general section in "H" elongated, being provided of teeth in the internal face of its wings, while in its soul it presents, in a central longitudinal position, some recesses, on both sides and in a lateral position to them it presents longitudinal cuts coinciding with the teeth of its wings.

Figure 8 - Shows a first perspective view, in the first alternative embodiment, of a cross-shaped element connecting the sections of general section in "H" elongated attached to the side faces of the glass bricks to be joined, being able to observe the double arms with their lateral sides presenting a serrated configuration.

Figure 9 - Shows a second perspective view, in the first alternative embodiment, of the previous figure, being able to observe how, centrally, the double arms have a thickening that extend externally, as lugs.

Figure 10 - Shows a perspective view, in the first alternative embodiment, of the form of the cross-shaped element fitting with an elongated general section profile in "T", being able to observe as the soul of the general section profile in " Elongated T "will fit between double arms of the cross-shaped element, fitting the teeth of its lateral sides with the teeth of the internal face of its wings. Figure 11 - Shows, in the first alternative embodiment, a schematic view of the way of assembling a cross-shaped element, being able to observe how between its double arms the profiles of general section in "H" elongated attached to the bricks of glass to join.

Figure 12 - Shows a perspective view, in the second alternative embodiment, of a coupling profile.

Figure 13 - Shows a plan view, in the second alternative embodiment, of a coupling profile.

Figure 14 - Shows a perspective view, in the second alternative embodiment, of a cross-shaped element.

Figure 15 - Shows a profile view, in the second alternative embodiment, of a cross-shaped element.

Figure 16 - Shows a perspective view, in the second alternative embodiment, of a profile coupled with a cross-shaped element.

Figure 17 - Shows a plan view, in the second alternative embodiment, of a profile coupled with a cross-shaped element.

Figure 18 - Shows a profile view, in the second alternative embodiment, of a profile coupled with a cross-shaped element.

Description of preferred embodiments

In view of the aforementioned figures and according to the numbering adopted we can see how the device is constituted by: a profile (1,11 _/ 26), of general section in the form of an elongated "H", and; a cross-shaped element (3,13,27) with double arms,

so that the profile (1,11,26) is attached to the lateral sides of the glass brick (2) to be assembled and joined and the aforementioned profiles (1,11,26) are joined with identical profiles (1,11 , 26), which converge on the same vertex of the glass bricks (2) attached to be mounted by the cross-shaped element (3,13,27).

Thus, between two glass bricks (2) attached by one of their faces a profile (1,11,26) is arranged and said profiles (1,11,26) are joined with similar profiles (1,11,26) arranged in orthogonal position and confluent by one of its ends.

In a preferred embodiment, the profile (1) attached to the lateral sides of the glass bricks (2) to be joined with other glass bricks (2), in proximity to the ends, on both sides of its soul, has transverse recesses (6). On the other hand, the cross-shaped elements (3) are formed from four identical pieces (7), associated two to two in parallel and joined in orthogonal position, which together form the four arms defined by the pair of parallel lugs (4) topped by arrowhead (5).

In the union of the element (3) in the form of a cross with the profiles (1) converging on it, said profiles (1) fit between the pair of parallel lugs (4) forming the arms, so that the end in Arrow shape (5) of the pair of parallel lugs (4) fits into the respective transverse recesses (6) of the profile (1) to be fixed.

The identical pieces (7), associated two to two in parallel and joined in an orthogonal position, which together form the four arms defined by the pair of parallel lugs (4) topped by an arrowhead (5), are constituted by a small plate with its ends topped by arrowhead (5), while centrally, with respect to one of its faces has a central projection (8) and on its opposite face it has a pair of parallel projections (9), slightly spaced from the central projection (8), with a recess (10) between the projections of both faces being arranged according to the half of its length

In Figure 3 of the designs it can be seen that for the conformation of the cross-shaped element (3), first, two pieces (7) are attached with respect to the central projection (8) and two other pieces (7) are they attach with respect to the pair of parallel projections (9) to, in the second place, move both couples, in orthogonal position, by the recesses (10) to form the cross-shaped element (3) as represented in the figure ( 2) of the designs.

In this way, the cross-shaped element (3) is made up of four pieces (7) of identical structure that allows having a single mold for its manufacture, representing an important advantage.

Figure 5 of the designs shows how a profile (1) will fit between a pair of lugs (4), so that the arrow-shaped end (5) will fit in the recesses (6) of the Soul faces of the general section profile (1) in elongated "H".

Likewise, it can be observed how in a practical execution the pair of lugs (4) can be constituted by two sections instead of a single section, so that the length of the recesses (6) will be equivalent to that of the arrow-shaped auctions (5) of the lugs (4).

In Figure 6 of the designs we can observe how in the assembly of a wall by means of the use of glass bricks (2) between the attached faces of the glass bricks (2) to be joined there is a profile (1) and the profiles (1), in two-to-two orthogonal position, which converge to a vertex join a cross-shaped element (3), so that the four profiles (1) will fit into the four pairs of parallel lugs (4) and the fixation will materialize by fitting the auctions in the form of arrow (5) in the corresponding recesses (6) of both sides of the soul of the profiles (1) of general section in "H" elongated.

A first alternative embodiment is provided in which the profiles (11), of elongated "H" general section, are joined by a cross-shaped element (13) with double arms (14), whose double arms have their lateral sides according to a toothed configuration (17).

The profile (11) has on the inner side of its wings (15) and at its ends a series of jagged teeth (18), and among them they have a pair of similar jagged teeth (18).

In addition, the profile (11) of general section in "H" elongated, in a central longitudinal position to its soul (19) and coinciding with the teeth (18) of the inner face of its wings (15), has, on both sides , recesses (20) of rectangular plan, which define an intermediate base (21) of very small thickness and, laterally, to said recesses (20) have two cuts (22), similar to the recesses (20) and in proximity to the respective teeth (18) of the inner face of its wings (15).

Likewise, on both sides of the soul (19) of the profile (11) of general section in ^W H "elongated it has tubular projections (23), provided, centrally, with a hole (16), which by its free base are flush with the free side of its wings (15), so that in relation to them the corresponding screws are placed for fixing to the floor or wall, preventing the profile (11) from becoming deformed.

In a practical embodiment of the invention, the profile (11) of elongated general section in "H" has four tubular projections (23) on each of the faces of its soul (19), being arranged two to two in a centered position with respect to of its transverse axis.

The cross-shaped element (13), in a position centered to its double arms (14), has two thickens (24) that extend towards the outside, like lugs (25), leaving a very small space between them. The external extensions, like lugs (25), of the central thickening (24) of the double arms (14) of the cross-shaped element (13) are removable, allowing their adaptability to different glass bricks (2).

In the assembly of the device, the core (19) of the profile (11) of general section in "H" elongated is fitted between the corresponding double arm (14) of the cross-shaped element (13) and the toothing (17 ) of its lateral sides it fits with the respective teeth (18) of the internal face of its wings (15), said operation being facilitated by the slight flexibility that the lateral cuts (22) made in its soul grant, since, of This form facilitates the fitting of the lateral teeth (17) of the corresponding double arm (14) with the respective teeth (18) of the internal face of the wings (15).

In addition, the small intermediate base (21) defined by the central longitudinal recesses (20) fits between the protuberances (24) of the double arms (14) and, said protuberances, in turn fit into the recesses (20), allowing to obtain a static union avoiding possible movements or displacements between them, both horizontally and vertically.

In order to optimize the fabrication of the elongated general section profile (11) in "H", it can be divided in its middle into two halves to allow the assembly of glass bricks of different sizes. This execution is facilitated by the intermediate teeth (18) of the inner face of its wings, the central recesses (20) of its soul (19) and the intermediate lateral cuts (22), to allow the joining of the halves obtained with the corresponding cross-shaped elements (23).

Figure 10 of the designs shows the way in which a profile (11) is attached to an element (13), by fitting the soul (19) between the double arms (14) and arranging between the protuberances (24) The intermediate base (11) of very small thickness defined by the recesses (20), while the protrusions (24) fit into the recesses (20). In addition, by joining the profile (11) and the element (13) the toothed sides (17) are engaged with the corresponding teeth (18) end of the inner faces of the wings (15), so that to facilitate their passage Lateral cuts (22) give slight flexibility to the jagged ends (18).

A second alternative embodiment is also provided in which the cross elements (27) are formed by a single piece determined by a solid central core (35) from which the four double arms emerge, separated between each other by an angle of 90 ° , and each of the double arms being formed by two parallel walls (34) that, at the most separated end of the central core, are terminated by paths at right angles (36) and oriented inwards forming a small groove between them , by way of tabs.

In this case, the attachment profile (26) has, on both sides of its soul, transverse recesses (28), preferably 4, provided with also transverse flanges (29). In the central part it presents another additional transverse recess (30), of greater width than the previous ones, which favors the division of the profile (26) by its middle part into two equal halves to allow the assembly of glass bricks (2) of different measurements. The transverse recesses (28) provided with two flanges (29) are opportunely arranged so that, when the profile is split (26), the two resulting semi-profiles are equivalent and symmetrical.

Likewise, on both sides of the soul of the profile (26) it has tubular projections (31), arranged two to two in a centered position with respect to its transverse axis, which by its free base are flush with the free side of its wings and which, centrally, they are provided with a hole (32) that allows the profile to be fixed to the wall or floor. The side walls of the profile (26) have a chamfered termination (33) upper and lower. In the same way the ends (37) of the soul of the profile (26) have a chamfered termination. In the union the end (37) with chamfered termination of the profile core (26) allows the introduction through the groove formed by the right-angled terminations (36) of the parallel walls (34) of the arm of the cross (27) ), forcing the parallel walls (34) to open and then interlock in the aforementioned tabs (29) of the transverse recesses (28) of the profile (26), on both sides of the soul.

Thus, in a simple and fast manual way, without the help of any useful, the entire wall will be formed, allowing the user himself to be able to carry out the work without requiring specialized labor, which represents a significant economic savings.

Claims

1 - Device for the assembly of glass bricks, being of the type of glass bricks and that in its assembly are useful for the construction of enclosure walls and separators, as well as the floor itself, and whose assembly can be carried out by means of of cement or similar or by means of separating elements between them, characterized in that the device is constituted by: a profile (1,11,26), of general section in the form of an elongated "H", and; a cross-shaped element (3,13,27) with double arms, so that the profile (1,11,26) is attached to the lateral sides of the glass brick (2) to be assembled and joined and the aforementioned profiles (1,11,26) are joined with identical profiles (1,11 , 26), which converge on the same vertex of the glass bricks (2) attached to be mounted by the cross-shaped element (3,13,27). 2 - Device for mounting glass bricks, according to claim 1, characterized in that the profile (1) attached to the side sides of the glass bricks (2) to be joined with other glass bricks, in proximity to the ends , on both sides of his soul, presents some transverse recesses (6). 3 - Device for the assembly of glass bricks, according to claim 1, characterized in that the cross-shaped elements (3) are formed from four identical pieces (7) associated two to two in parallel and joined in orthogonal position , which together form the four arms defined by a pair of parallel lugs (4) topped by arrowheads (5). 4 - Device for the assembly of glass bricks, according to claim 1, characterized in that in the union of the cross-shaped element (3) with the profiles (1) converging thereon, the profiles (1) fit between the pair of lugs (4) forming the arms and the arrow-shaped end (5) fits into the respective transverse recesses (6) of the profile (1) to be fixed. 5 - Device for the assembly of glass bricks, according to claims 1 and 3, characterized in that the identical pieces (7) associated two to two in parallel and joined in orthogonal position, which together form the four arms defined by Ia pair of parallel lugs (4) topped by arrowheads (5), are constituted by a small plate with two opposite ends topped by arrowheads (5), while centrally, with respect to one of its faces it has a central projection (8) and on its opposite face it presents a pair of parallel projections (9), slightly spaced from the central projection (8), with a recess (10) between the projections of both faces according to half its length. 6 - Device for the assembly of glass bricks, according to claim 5, characterized in that in the conformation of the cross-shaped element (3) two of the pieces (7) are associated by attaching their central projection (8), while the other two pieces (7) are associated by their two parallel projections (9), materializing their assembly by introducing, in orthogonal position, the pairs of pieces with respect to the emptying (10) thereof. 7 - Device for the assembly of glass bricks, according to claim 1, characterized in that a cross-shaped element (3) is joined by four profiles (1), orthogonal two to two, which converge in a vertex, fitting between the pairs of parallel lugs (4) and being fixed by the fitting of the ends in arrowhead (5) in the corresponding recesses (6). 8 - Device for the assembly of glass bricks, according to claim 1, characterized in that the cross-sectional profile (11) generally in "H" elongated to the lateral sides of the glass brick (2) to be mounted , it presents in the inner face of its wings (15) a series of teeth (18), materialized teeth (18) at its ends and between the teeth (18) of its ends a pair of similar intermediate teeth (18) materialize . 9 - Device for the assembly of glass bricks, according to claim 8, characterized in that the profile (11) of general section in "H" elongated, in a central longitudinal position to its core (19) and coinciding with the teeth (18) of the inner face of its wings (15), it has, on both sides, recesses (20) that define an intermediate base (21) of very small thickness and, laterally, to said recesses (20) it presents two cuts (22) in proximity to the teeth (18) of the inner face of its wings (15). 10 - Device for the assembly of glass bricks, according to claim 8, characterized in that on both sides of the core (19) of the profile (11) of elongated general section "H" has tubular projections (23), provided with a central hole (16), which by its free base are flush with the free side of its wings (15). 11 - Device for mounting glass bricks, according to claims 8 and 10, characterized in that the section profile (11) The elongated "H" generally has four tubular projections (23) on each of its soul faces (19), being arranged two to two in a centered position with respect to its transverse axis. 12 - Device for the assembly of glass bricks, according to claim 8, characterized in that the cross-shaped elements (13) have double arms (14) in which, in a centered position, they have two regruesamientos (24) that are they extend towards the outside, as lugs (25), leaving between them a very small space. 13 - Device for mounting glass bricks, according to claims 8 and 12, characterized in that the lateral sides of the double arms (14) of the cross-shaped element (13) have a serrated configuration (17). 14 - Device for mounting glass bricks, according to claims 8, 12 and 13, characterized in that the external extensions, by way of lugs (25), of the central thickening (24) of the double arms (14) of the element (13) Cross-shaped are removable. 15 - Device for the assembly of glass bricks, according to claim 8, characterized in that the core (19) of the profile (11) of elongated general section "H" fits between the corresponding double arm (14) of the element (13 ) at the junction cross and the teeth (17) of their lateral sides fit the respective teeth (18) of the inner face of their wings (15). 16 - Device for mounting glass bricks, according to claim 8, characterized in that the profile (11) of general section in "H" elongated by dividing by its middle part joins glass bricks of different sizes. 17 - Device for the assembly of glass bricks, according to claim 1, characterized in that the cross elements (27) are formed by a single piece determined by a solid central core (35) from which the four double arms emerge, separated between each two by an angle of 90 °, and each of the double arms being formed by two parallel walls (34) which, at the most separated end of the central core, are terminated by paths at right angles (36) and oriented towards the interior forming a small groove between them, as an eyelash. 18 - Device for the assembly of glass bricks, according to claim 17, characterized in that the profile (26) has, on both sides of its soul, transverse recesses (28), preferably 4, provided with flanged paths (29 ) also transverse, another additional transverse recess (30), located in the central part and of greater width than the previous ones, which favors the division of the profile (26) by its middle part in two equal halves to allow the assembly of glass bricks (2) of different sizes, and tubular projections (31), arranged two by two in a centered position with respect to its transverse axis, which by their free base are flush with the free side of their wings and which, centrally, are provided with a hole (32) that allows the profile to be fixed to the wall or floor. 19 - Device for mounting glass bricks, according to claims 17 and 18, characterized in that the attachment profile (26) it has on its side walls of the profile (26) a chamfered termination (33) upper and lower, and the ends (37) of the profile core (26) also have a chamfered termination. 20 - Device for the assembly of glass bricks, according to claims 17, characterized in that in the joint the end (37) with chamfered termination of the profile core (26) allows the introduction through the groove formed by the angled terminations rectum (36) of the parallel walls (34) of the arm of the cross (27), forcing the parallel walls (34) to open and then interlock in the aforementioned tabs (29) of the transverse recesses (28) of the profile (26), on both sides of the soul.