ES1304578U - SYSTEM FOR FIXING PANELS (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

System for fixing panels, for the installation of large format coverings for ventilated facades, which is composed of horizontal profiles, installed on a substructure of vertical profiles, characterized in that the system for fixing the panel (1) has on its internal surface some slotted sections (2) in alignment and verticality, for the assembly in each slotted section of a "U" profile (3), whose sides (4) and (5) are joined inside with a trapezoidal base (6), ready to be pierced by screws (7) to move its sides into the profile, until some extreme pins (8) and (9) fit into the slots (10). and (11) of each section of the panel, as staples (12), which are hidden by another exterior horizontal profile (13), which has a central channel (14) to fit on a line of staples along the panel, and which is anchored with screws (15) on the staples, the profile forming grooves (16) and (17) on its sides to fit the panel (1) on the horizontal profiles (18) anchored to the vertical profiles (19), resulting in the fixation of the panel to the façade being completely mechanical. (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

SYSTEM FOR FIXING PANELS

TECHNICAL FIELD

The present invention refers to a system for fixing panels designed for the installation of large-format coverings for ventilated facades, which is composed of horizontal profiles with self-compensating means, installed on a substructure of vertical profiles.

The system has an innovative design of special springs, which allows a self-compensating distribution of loads in the different support points of the panel, ensuring the stability of the coating against movements caused by the expansion of the structural elements.

The system also has the possibility of adjusting the height of the panels for alignment, once the covering has been installed, which means that the installation of the system can be carried out in a simple, effective and, above all, safe way.

This system is designed to be installed only with mechanical fixing. However, its geometry allows the application of a structural adhesive, offering extra security, through a combined mechanical and adhesive fixing system.

BACKGROUND OF THE INVENTION

In the current state of the art, systems are already known for the installation of large-format coverings for ventilated facades, which are composed of horizontal profiles, installed on a substructure of vertical profiles.

This panel fixing system known in the art has a great drawback, because since the panels are large format, the upper anchors support the load caused by their fixation to the horizontal profiles, installed in the substructure of vertical profiles, and the load is not distributed across all the panel anchors.

There is another drawback, in the fixing of panels known in the art, because the load of the large format panel, when fixed to the structure made up of horizontal and vertical profiles, is not well aligned and has to be raised or lowered with maneuvers of the assemblers and not automatically.

OBJECT OF THE INVENTION

The object of the present invention is to provide the market with a system for fixing large-format panels for ventilated facades, which is composed of horizontal profiles installed on a substructure of vertical profiles, for whose fixing effect, the panel has completely mechanical means. for fixing to the façade, as well as self-compensating means to distribute the loads on the different support points of the panel, to ensure the stability of the coverings, as well as means to regulate the height of the panels for their alignment, which means that the installation of the system can be carried out in a simple, effective and safe way.

DESCRIPTION OF THE INVENTION

In accordance with the invention, the system for fixing panels allows the installation of large-format coverings for ventilated facades, which is composed of horizontal profiles, installed on a substructure of vertical profiles.

For this purpose, the system for fixing the panel has, on its internal surface, some slotted sections in alignment and verticality, for the assembly in each slotted section of a "U" profile, whose sides are joined on the inside with a trapezoidal base, ready to be crossed by screws to move its sides into the profile, until some end pins of the sides fit into the slots of each section of the panel, the profiles being arranged on the panel, as a some staples

These clips are hidden by another exterior horizontal profile, which forms a central channel to be attached to a line of clips along the panel and which is anchored with screws on the clips, forming the horizontal profile. On the outside, on its sides, there are grooves for fitting the panel into the horizontal profiles of the façade.

All of this is in a position to allow the panel to fit onto the horizontal profiles anchored to the vertical profiles, resulting in the fixation of the panel to the façade being one hundred percent mechanical.

The invention also highlights that the panel at one end of its upper area has an adjustment screw, which can be rotated to align the panel in height.

Said regulating screw is guided in its rotation mounted vertically on a support plate, fitted at its upper end on the exterior horizontal profile, which is anchored to the panel, and at its lower end, it has a pin, which fits into a lower slit of the same exterior horizontal profile.

The invention also aims to highlight that the panel, to compensate for the load caused by the upper anchors, has metal springs to compensate for the load, close to the lower anchors and housed in the horizontal profiles.

For this purpose, the springs have a curved convex shape, and in a position to distribute the load across all the springs of the panel, close to the lower anchors of the panel.

DESCRIPTION OF THE DRAWINGS

For a better understanding of what has been stated so far, the descriptive report is accompanied by a set of drawings in which the object of the invention is shown, without it being understood that the graphic representation referred to constitutes a limitation of the peculiar characteristics of this application. .

Figure 1: Shows a perspective view of a series of staples ready to be mounted aligned on the internal surface of a panel, which has slotted sections in alignment and verticality, for mounting on each slotted section of a clip.

Figure 2: Represents a perspective view of a clip mounted on the panel, which is made up of a "U"-shaped profile, whose sides are joined on the inside with a trapezoidal base, ready to be pierced by a screw that It moves its sides into the profile, fitting into the slots of the panel. Above the clip, an exterior horizontal profile can be seen in order to hide a line of clips.

Figure 3: Illustrates in a perspective view that the staples mounted on the panel are hidden by the exterior horizontal profile, which has a central channel to attach to a line of staples along the panel, and which is anchored with screws on the staples, as well as having grooves on its sides for fixing the panel.

Figure 4: Shows a perspective view of the panel fitted on the horizontal profiles, anchored to the vertical profiles, resulting in the fixation of the panel to the façade mechanically. It is also observed that at one end of the upper area of the panel there is an adjustment screw that can be rotated to align the height of the panel.

Figure 5: Represents a perspective view of the panel, near the lower anchors, in a position to house, in the horizontal profiles, metal springs for compensating the load of a curved convex shape.

PREFERRED EMBODIMENT OF THE INVENTION

Below, the different components that make up the system for fixing panels are explained in detail and listed, according to a planned form of execution.

In accordance with the invention, it can be seen that the system for fixing panels for the installation of large-format coverings for ventilated facades is composed of horizontal profiles and self-compensating means, installed on a substructure of vertical profiles.

In the first, second and third figures, it can be seen that the system for fixing the panel (1) has grooved sections (2) on its internal surface. alignment and verticality, for the assembly in each slotted section, of a "U"-shaped profile (3), whose sides (4) and (5) are joined on the inside with a trapezoidal base (6), in a be crossed by screws (7), to move its sides into the profile, until some extreme pins of the sides (8) and (9) fit into the slots (10) and (11) of each section of the panel, The profiles are arranged on the panel, like staples (12).

In the second, third and fourth figures, it can be seen that said staples are hidden by another exterior horizontal profile (13), which has a central channel (14) to fit on a line of staples along the panel, and that It is anchored with screws (15) on the staples, said profile forming grooves (16) and (17) on its sides.

All this in order to allow the panel (1) to fit onto the horizontal profiles (18) anchored to the vertical profiles (19), resulting in the fixation of the panel to the façade being one hundred percent mechanical.

In the fourth figure, it can be seen that the panel (1), at one end of its upper area (20), has an adjustment screw (21), which can be rotated to align the height of the panel.

Said regulating screw is guided in its rotation mounted vertically on a support plate (22), which is fitted at its upper end on the exterior horizontal profile (13), anchored to the panel (1), and at its lower end it has a a pin (23), which fits into a slot (24), of the same exterior horizontal profile.

In the fifth figure it can be seen that the panel (1), to compensate for the load caused by the upper anchors (25), is arranged close to the lower anchors (26) and housed in the horizontal profiles (18), some metal load compensation springs (27).

For this purpose, the springs have a curved convex shape, and in a position to distribute the load across all the springs of the panel, close to the lower anchors of the panel.

Claims (3)

1. - SYSTEM FOR FIXING PANELS, for the installation of large format coverings for ventilated facades, which is composed of horizontal profiles, installed on a substructure of vertical profiles, characterized in that the system for fixing the panel (1) has on its internal surface, some slotted sections (2) in alignment and verticality, for the assembly in each slotted section of a "U" profile (3), whose sides (4) and (5), are joined on the inside with a trapezoidal base (6), ready to be crossed by screws (7) to move its sides into the profile, until some extreme pins (8) and (9) fit into the slots (10) and (11). of each section of the panel, as staples (12), which are hidden by another exterior horizontal profile (13), which has a central channel (14) to fit on a line of staples along the panel, and which It is anchored with screws (15) on the staples, the profile forming grooves (16) and (17) on its sides to fit the panel (1) on the horizontal profiles (18) anchored to the vertical profiles (19), resulting in the fixation of the panel to the façade being completely mechanical. 2. - SYSTEM FOR FIXING PANELS, in accordance with the first claim, characterized in that the panel (1), at one end of its upper area (20), has a regulation screw (21), which can be rotated to align in height to the panel, and that said regulating screw is guided in its rotation mounted on a support plate (22), which is coupled by its upper end to the exterior horizontal profile (13), anchored to the panel (1), and at its lower end it has a pin (23), which fits into a slot (24) of the same exterior horizontal profile. 3. - SYSTEM FOR FIXING PANELS, in accordance with the first and second claims, characterized in that the panel (1) to compensate for the load caused by the upper anchors (25), are arranged in proximity to the lower anchors (26). ) and housed in the horizontal profiles (18), metal load compensation springs (27), with a curved convex shape, and in a position to distribute the load across all the springs of the panel, and close to the lower anchors of the panel.