ES1288085U - Lamas of rolling blinds with guides and drawer with thermal bridge breakage, acting as a compact parallel drive system, for a double thermal, acoustic and safety control. (Machine-translation by Google Translate, not legally binding) - Google Patents

Abstract

Lamas of rolling blinds with guides and drawer with thermal bridge breakage, acting as a compact parallel drive system, for a double thermal, acoustic and safety control, characterized by the fact of being composed of parallel drive compact systems, that are formed by two sets connected sets without intermediate wall (3A) (3D) (3C) (3D)) and (3E), or independent with an intermediate wall (2A) (2B) (2C) (2D) and (2E), or a compact unit system (1a) with a single drawer, giving shape to the drawers of these compact systems (3A) (3B) (3C) (3D) (3E), (2A) (2B) (2C) (2D) (2E) and (1a) Extruded aluminum walls. that have intermediate polyamides (3) of thermal bridge break, on the front and upper wall of these compact drawers described, polyurethane plates (25) are the extruded aluminum walls that form said compact drawers, are attached laterally by The screws (20) to the lateral testers (10), arranging these models of compact systems (3A) (3B) (3C) (3D) (3E), (2A) (2B) (2C) (2D) (2E) and (1a) inside one or two axes with an independent drive motor (19), together with these axes with motor (L9) there are suspenders (21) that hold the slats (A1) (B1) (C1) or (D1) Extruded aluminum blind slats with thermal bridge break (A1), is formed by two profiles, the coupling (1) the parallel (2), remaining both profiles attached by a break polyamide (3) Thermal Bridge, the Lama of Transparent Polyamide Blind (B1) could be tinted for solar control, the transparent shutter lama with D Exterior Ecorades (D1) To be reflected in them the LED light (1E), the translucent or transparent polyamide shutter line with inner polyamide (C1) is formed by two profiles, the hook (1) and the parallel (2), remaining both profiles attached by an intermediate polyamide (3), these slats described (A1) (B1) (C1) and (D1) can dispose of different types of ventilation holes (4), or be blind, without holes, The final lama of extruded aluminum with thermal bridge break (A1), has steel safety latches (23), which are introduced into the guide channel (26), and a guided tap of rubber (22). (Machine-translation by Google Translate, not legally binding)

Description

DESCRIPTION

Roller shutter slats with guides and drawer with thermal break, acting as a compact parallel drive system, for dual thermal, acoustic and safety control

Object of the invention

The purpose of this Utility Model application is to register roller shutter slats with guides and a drawer with a thermal bridge break.

More specifically, the invention proposes the development of roller shutter slats with guides and drawer with thermal bridge breakage, acting as a compact parallel drive system, for dual thermal, acoustic and safety control.

Background of the invention

There is currently a wide range of roller shutter slats, made of different materials with different thermal, acoustic and safety results, for example, extruded aluminum shutter slats, these provide safety, but are great transmitters of temperature , since, being made up of a single body, they channel the external temperature towards the interior of the protected area, another type of blind slat is made of laminated aluminum with injected polyurethane inside, these as an element of acoustic control are remarkable thanks to the polyurethane that they have inside, but they are also transmitters of temperature, since being made of laminates that, when taking the shape of the slat, connect the external face with the internal face, therefore, they are also transmitters of temperature.

The problem with these blind slats, being transmitters of the outside temperature, is that they derive it on the window panes, partially reaching the interior of the room, causing significant energy expenditure. The only blinds that have slats with a thermal bridge break are those made of opaque PVC and those of PVC with injected polyurethane, there is also the mixed slat of opaque PVC on the outside, and aluminum on the inside, also with injected polyurethane. .

The main drawback of all the roller shutters that are currently known is that they are unitary, that is, they are made up of a single body, which is rolled up and unrolled inside a single drawer, providing a single barrier between it and the window glass, whether thermal, acoustic or security, it must be taken into account that the weakest part of the envelope of a building are the openings of the windows.

The other problem is that of the Nordic countries, which do not use blinds, precisely so that the sun's rays enter their rooms, taking advantage of natural and free heat on sunny days, but it is clear that by not having blinds, the cold and the Noise pollution is felt more inside houses, counteracting part of the comfort provided by the heat of the sun.

As for the roller shutter guides, all those currently known are transmitters of the outside temperature, having a thermal bridge break between the profiles, since as the profiles are parallel and of the same height they do not They prevent the sun's rays from falling on the inner profile of said guide, so that even if the blind has thermal breakage, the heat of the sun will heat the guide from the inside when the blind is halfway up. disabling part of the thermal break of the blind itself by heating the slats on the inside, currently known thermal break guides are only effective when the blind is completely lowered, sacrificing the connection with the outside.

On the other hand, there are the drawers of the blinds, there are endless models, such as; extruded aluminum drawers without thermal breakage, aluminum sheet drawers without thermal breakage, aluminum sheet drawers without thermal breakage connecting the sheets to each other on the outside and PVC on the inner walls, drawers only with PVC walls, PVC boxes with polyurethane interior walls or similar, and so on. Obviously, PVC boxes are not transmitters of temperature and with polyurethane inside they are even more insulating both thermally and acoustically, but their main drawback is that the colors of PVC degrade over time, and this is the reason why that laminated or extruded aluminum shutters are usually used with monoblock windows, since as they are both made of aluminium, the color of the lacquer is the same.

But what is missing in the market are drawers that are made of extruded aluminum just like monoblock windows, and that also have a thermal bridge break with the same polyamide that current thermal break windows use.

Description of the invention

The present invention has been developed in order to provide roller blind slats with guides and drawer with thermal bridge breakage, acting as a compact parallel drive system, for dual thermal, acoustic and safety control, solving the aforementioned drawbacks , also providing other additional advantages that will be evident from the description that follows.

It is therefore the object of the present invention to provide compact parallel drive systems, which are made up of two joint drawers, connected without an intermediate wall, or independent with an intermediate wall, or a unitary compact system with a single drawer, giving The drawers of these compact systems are shaped by the extruded aluminum walls, which have intermediate polyamides that act as elements to break the thermal bridge, reinforcing the internal thermal and acoustic breakage of the front and upper walls of these drawers. polyurethane plates or similar, which are adhered to them, the extruded aluminum walls that form the compact systems are joined laterally by screws to the lateral ends, these being made of PVC to avoid thermal transmission, having these models of compact systems in their interior of one or two axes with independent drive motor, attached to these axes is found Some straps enter that hold the slats of the patent blinds.

I describe below as a non-limiting example, several models of slats that provide different solutions to the openings of windows and large windows of buildings, regardless of their location or climate, one of the models of slats of the patent, is made of extruded aluminum with thermal bridge break, and is made up of two profiles, the hooking one and the parallel one, both profiles being joined by a thermal bridge breaking polyamide, the profiles being joined together and separated with a small intermediate chamber that acts as an acoustic barrier , the other slat model is made of completely transparent polyamide, or it could be tinted for solar control, allowing natural light to pass through, respecting privacy and controlling the entry of sunlight, another of the slat models is transparent with exterior decorations printed so that the LED light is reflected in them, the other model of slats, is made of various polyamides, and is made up of two profiles, the deceptive che and the parallel, both profiles being joined by an intermediate polyamide providing an exceptional thermal and acoustic barrier, the entire slat being able to be transparent or translucent, all these slats described can have different types of ventilation holes, or be blind, without holes, the final slat (the slat that remains below the whole) made of extruded aluminum with thermal break, has steel safety latches, and a guided rubber stop for silent closing when lowering the blind and connecting with the base.

The parallel drive compact systems and the unitary compact system have thermal break polymers in their profiles, and two lateral ends that unify said profiles, the front of the drawer has a registration cover, the ends as well as the cover are fixed with screws.

The hooking and parallel profiles that make up the extruded aluminum and translucent polyamide slats have admission guides through which the thermal break polyamide slides, and connection channels for the screws that hold the side cover. , said cover is provided with slits that conform to the slats, and through holes for the screws.

The guides with thermal bridge breakage can be fixed with the outer profile more protruding, protecting the inner profile of the guide from the incidence of the sun, which is shorter, or an extensible guide with lateral widening, the outer profile being able to slide. of the guide, protecting the interior profile from the incidence of the sun to the desired size, since an extruded aluminum guide with a polyamide with intermediate thermal break is worth nothing if the profiles are parallel with the same measure, since the sun would affect the inner profile as the shutter has an intermediate opening, transmitting the temperature of the internal profiles, deriving it towards the interior.

Due to its described characteristics of lateral widening of the external profile of the extensible roller shutter guide with thermal bridge break, they could benefit any already installed cold-series extruded aluminum window (which lacks thermal bridge break), since by incorporating the outer part the guides, (the lateral guides, and the lower guide with gutter), would control that the sun hits the profiles that form the window, giving it the benefits of an exceptional thermal barrier, turning any obsolete window into a cold series, in an operating window.

These compact drawer slats and guides have an additional aesthetic advantage, as they can lacquer the interior and exterior profiles in different colours.

Compact parallel drive systems, depending on the combination of the slats that make up the blind, can provide endless solutions by protecting the outside of the windows or large windows of buildings for both hot and cold countries. I describe some of them the solutions; for hot countries any of the compact systems with extruded aluminum shutter slats with thermal break, provide a double thermal, acoustic and safety barrier, the compact systems combined with extruded aluminum slat shutters with thermal break and blinds with translucent polyamide slats with an inner polyamide profile, they can be combined, leaving the thermally broken aluminum blind raised during the day and the translucent polyamide blind lowered, taking advantage of daylight, controlling the sun and pollution acoustic, and when lowering both shutters at night the thermal, acoustic and security barrier is multiplied, taking into account the orientation of the building in these hot countries they may need a variant, composed of the compact system with the shutters of extruded aluminum slats with thermal bridge break and blinds with slats of transparent polyamide, leaving the aluminum slat blind with thermal break raised to the necessary height for solar control, and the lowered transparent polyamide slat blind, being able to see through it while protecting the window and the room from cold and noise, a very good combination for the windows of buildings in countries with hot climates or extreme heat, where you want to take advantage of daylight and partially see through the slats of the blinds, are the systems compact with a double blind, made up of alternating extruded aluminum slats with thermal break, or transparent polyamide slats, combining the inner and outer blinds with crossed parallel slats or parallel slats in line, controlling that the sun does not enter in the room, acting as a thermal, acoustic and safety barrier.

For cold countries, for example in northern Europe, where the blind or any element that can prevent sunlight from entering through the windows is not styled, since the contribution of the sun is vital for them, in these cases, they are recommended. the compact systems made up of double blinds with blind transparent polyamide slats, without holes, allowing the sun to enter the room, taking advantage of that natural heat that is so valuable and necessary for the comfort of the home and those who occupy it, controlling that the cold is outside, as well as noise pollution, and all this without losing sight, these double transparent compact blinds would mark a before and after in these northern countries.

On the other hand, there are the unitary compact systems, which can house any type of patent slat to adapt to the required needs, and can act in a unitary manner protecting the exterior of any window or bay window, or can be installed parallel to the existing blind that cover the windows, providing them with extra solutions, transparency, security, thermal and acoustic.

Other characteristics and advantages of the roller shutter slats with guides and drawer with thermal bridge break, acting as a compact parallel drive system, for a double thermal, acoustic and safety control object of the present invention will be evident from the description of a preferred but non-exclusive embodiment, which is illustrated by way of non-limiting example in the accompanying drawings, in which:

Brief description of the drawings

Figure 1.- It is a front view, in section and in lateral perspective, where you can see the compact systems with their polyurethane plates, and the slats with their corresponding profiles and intermediate polyamides, together with the transparent polyamide slats, and slats translucent or transparent with decorations according to the present invention.

Figure 2.- Is a perspective and side section view, showing the extruded aluminum slats with the polyamides attached to the profiles and exploded, together with the transparent polyamide slats.

Figure 3.- Is a perspective and side section view, showing the extruded aluminum slats with a thermal bridge break with the transparent polyamide slats, in a semi-open and closed position.

Figure 4.- They are two different views in perspective and in lateral section, showing the extruded aluminum slats with thermal bridge breakage with the profiles lacquered in different colours, with the safety steel latches and the guided rubber stops.

Figure 5.- Is a perspective and side section view, where the extruded aluminum slats with thermal bridge breakage can be seen, the translucent polyamide slats with the intermediate polyamides in a joined and exploded manner, with the side covers, the slats of transparent polyamide, the extensible guide and the fixed one, and a joined and exploded compact drawer with its corresponding polyurethane plates or similar.

Figure 6.- Is a side and front sectional view showing the compact drawers of the patent with their corresponding polyurethane plates, their lateral heads and their motorized axes.

Figure 7.- Is a perspective view, in lateral and frontal section where the transparency of the transparent polyamide slats can be seen combined with the extruded aluminum slats with thermal bridge breakage.

Figure 8.- Is a perspective view, in side and front section where you can see the transparency of the decorated transparent polyamide slats combined with the extruded aluminum slats with thermal bridge breakage.

Figure 9.- Is a perspective view, in lateral and frontal section where several of the compact systems of the patent are shown, with extruded aluminum slats with thermal bridge breakage.

Figure 10.- Is a perspective view, in side and front section where several compact systems are shown, with translucent polyamide slats with intermediate polyamide.

Figure 11.- Is a perspective view, in side and front section where several compact systems are shown, with transparent polyamide slats.

Figure 12.- Is a perspective view, in side and front section, showing one of the compact parallel drive systems, with the extruded aluminum slats with thermal bridge breakage and the transparent polyamide slats, combined in a different way, inside and out, always leaving the transparent polyamide slats on the outside, decorated to be illuminated by LED lights.

Figure 13.- Is a perspective view, in side and front section where one of the compact parallel drive systems is shown, with the extruded aluminum slats with thermal bridge break and the transparent polyamide slats, combined in a different way, inside and out, always leaving the transparent polyamide slats on the outside, decorated to be illuminated by LED lights.

Figure 14.- Is a perspective view, in side and front section where one of the compact parallel drive systems is shown, with the extruded aluminum slats with thermal bridge break and the transparent polyamide slats, combined in a different way, inside and out, always leaving the transparent polyamide slats on the outside, decorated to be illuminated by LED lights.

Figure 15.- Is a perspective view, in side and front section where one of the compact parallel drive systems is shown, with the extruded aluminum slats with thermal bridge break and the transparent polyamide slats, combined in a different way, inside and out, always leaving the transparent polyamide slats on the outside, decorated to be illuminated by LED lights.

Figure 16.- Is a perspective view, in side and front section where one of the compact parallel drive systems is shown, with the extruded aluminum slats with thermal bridge break and the transparent polyamide slats, combined in a different way, inside and out, always leaving the transparent polyamide slats on the outside, decorated to be illuminated by LED lights.

Figure 17.- Is a perspective view, in side and front section where you can see three examples of one of the parallel drive compact systems, with extruded aluminum slats with thermal bridge break inside and transparent polyamide slats outside, with the blinds up and down.

Figure 18.- Is a perspective view, in side and front section where you can see three examples of one of the parallel drive compact systems, with extruded aluminum slats with thermal bridge break on the outside and transparent polyamide slats inside, with the shutters up, down, and with the manhole cover covering the motorized axes.

Figure 19.- Is a side sectional view of three compact parallel drive systems, with the extruded aluminum slats with a thermal bridge break and the transparent polyamide slats placed alternately parallel and parallel in line.

Figure 20.- Is a side and front sectional view of a compact parallel drive system, with the extruded aluminum slats with a thermal bridge break and the transparent polyamide slats placed parallel to each other, and parallel in line.

Figure 21.- Is a section view and in lateral perspective where the unitary compact system is shown, with the different blades of the patent.

Description of a preferred embodiment

As shown in the attached figures, an embodiment of roller shutter slats with guides and drawer with thermal break, acting as a compact parallel drive system, for dual thermal, acoustic and safety control.

Initially indicated with figure 1, in which the different compact systems are shown in a side sectional view, the unitary compact system 1A, and the parallel drive compact systems 2A, 2B, 2C, 2D, 2E, and 3A, 3B , 3C, 3D, 3E, with their corresponding plates of polyamide 25 or similar, and their motorized axes, see below the different slats of the patent, sectional views and side perspective, starting with the extruded aluminum shutter slat with thermal bridge break A1, the transparent or tinted polyamide blind slat B1, the translucent or transparent polyamide blind slat with inner polyamide C1 and the transparent decorated polyamide blind slat D1.

Figure 2 shows a section view and side perspective, on the left margin, the extruded aluminum shutter slats with thermal bridge breakage A1, forming a single body and exploded, where you can see the profile hook 1 with the front profile 2 and between the thermal bridge break polyamide 3, being inside the hook profile 1, and the front profile 2, the admission guides 6 where the thermal bridge break polyamide is inserted 3, observe the connection channels 3 for the admission of the screws 20, see on the right margin, the transparent or tinted polyamide blind slats B1 with the connection channels 5, both the extruded aluminum blind slats with broken thermal bridge A1, such as roller shutter slats Transparent or tinted B1 polyamide, they have ventilation holes 4, these not being limiting.

Figure 3 shows a perspective view and a side section, and on the letter A, the extruded aluminum slats with thermal bridge breakage A1, with the transparent polyamide slats B1, in a semi-open position, and on the letter B, the same slats A1 and B1 in closed position.

Figure 4 shows in different views, in perspective and in side section, the extruded aluminum slats with thermal bridge break A1, with the profiles lacquered in different colours, with the safety steel latches 23, which are inserted in the guide channel 26, and the rubber guide stops 22.

Figure 5 shows a perspective view and a side section, in the upper right margin, the extruded aluminum slats with thermal bridge breakage A1, and the translucent polyamide C1 slats with the intermediate polyamides with breakage of the bridge. 3, joined and exploded, and the transparent polyamide slats B1, see the hook profiles 1 and the front profiles 2 with the intermediate polyamide 3, the side covers 7 have through holes 9 for the screws 20, the internal face of the side covers have some slits 8 where the slats A1, B1, C1 and D1 are adjusted, in the lower part you can see the fixed guide with the external protruding profile G1 with thermal bridge break 3, and the Lateral widening extensible guide, with the external protruding profile F1 with thermal bridge break 3, note the support of the profile 17 and the extensible profile 16, before and after being joined by the screw 20, on the right margin As an example, the D2 compact system is shown with its motorized axes 19, with its polyurethane plates 25 and the profiles separated by the thermally broken polyamide 3, with its manhole cover 11 before being joined by the screws 20.

In figure 6, the different compact systems are shown in a section and front view, the unitary compact system 1A, and the parallel compact systems 2A, 2B, 2C, 2D, 2E, and 3A, 3B, 3C, 3D, 3E , with their corresponding polyurethane plates 25, their axles with motor 19 and their lateral ends 10 made of PVC with through holes 9 for the screws 20.

Figure 7 shows a perspective view, in side and front section, of the extruded aluminum blind slats with thermal bridge breakage A1, combined with the transparent polyamide slats B1, see the right image where the transparency.

Figure 8 shows a perspective view, in side and front section, of the extruded aluminum shutter slats with thermal bridge breakage A1, combined with the decorated transparent polyamide slats D1, see the image on the right where you can see see transparency.

Figure 9 shows a perspective view and a side section of the compact parallel drive systems 2A, 2B, 2C and 2D, with the extruded aluminum shutter slats with thermal break A1, providing a double thermal barrier. , acoustics and security.

Figure 10 shows a perspective view and a side section of the compact parallel drive systems 2C, 2D and 2E with translucent or transparent polyamide blind slats with C1 interior polyamide, providing a double acoustic barrier and against the cold, letting in the sun (ideal in northern cities and northern European countries).

Figure 11 shows a perspective view and a side section of the compact parallel drive systems 2C, 2D and 2E with transparent or tinted polyamide blind slats B1, providing a double acoustic and cold barrier, leaving spend the sun (ideal in northern cities and northern European countries).

Figure 12 shows a perspective view, in side and front section, of the compact parallel drive system 2A, on the letter A, with the transparent polyamide slats B1 inside, and the extruded aluminum slats with breakage. of thermal bridge A1, on the outside, providing an exceptional thermal, acoustic and safety barrier, and on the letter B, the same compact 2A parallel drive system is shown, with extruded aluminum slats with thermal bridge breakage A1, on the inside , and the decorated transparent polyamide slats D1, on the outside, to be illuminated with 1E LED lights, enhancing the façade of the building, although the sun inevitably has to pass through, but the aluminum slats always remain as a thermal, acoustic and safety barrier. extruded with thermal bridge breakage A1.

Figure 13 shows a perspective view, in side and front section, of the compact parallel drive system 2B, on the letter A, with the transparent polyamide slats B1 inside, and the extruded aluminum slats with breakage. of thermal bridge A1, on the outside, providing an exceptional thermal, acoustic and safety barrier, and on the letter B, the same compact parallel drive system 2B is shown, with extruded aluminum slats with thermal bridge breakage A1, on the inside , and the decorated transparent polyamide slats D1, on the outside, to be illuminated by the 1E LED lights, enhancing the façade of the building, although the sun inevitably has to pass through, but the aluminum slats always remain as a thermal, acoustic and safety barrier. extruded with thermal bridge breakage A1.

Figure 14 shows a perspective view, in side and front section, of the compact parallel drive system 2C, on the letter A, with the transparent polyamide slats B1 inside, and the extruded aluminum slats with breakage. of thermal bridge A1, on the outside, providing an exceptional thermal, acoustic and safety barrier, and on the letter B, the same compact 2C parallel drive system is shown, with extruded aluminum slats with thermal bridge breakage A1, on the inside , and the decorated transparent polyamide slats D1, on the outside, to be illuminated by the 1E LED lights, enhancing the façade of the building, although the sun inevitably has to pass through, but the aluminum slats always remain as a thermal, acoustic and safety barrier. extruded with thermal bridge breakage A1.

Figure 15 shows a perspective view, in side and front section, of the compact 2D parallel drive system, on the letter A, with the transparent polyamide slats B1 inside, and the extruded aluminum slats with breakage. of thermal bridge A1, on the outside, providing an exceptional thermal, acoustic and safety barrier, and on the letter B, the same compact 2D parallel drive system is shown, with extruded aluminum slats with thermal bridge breakage A1, on the inside , and the decorated transparent polyamide slats D1, on the outside, to be illuminated by the 1E LED lights, enhancing the façade of the building, although the sun inevitably has to pass through, but the aluminum slats always remain as a thermal, acoustic and safety barrier. extruded with thermal bridge breakage A1.

Figure 16 shows a perspective view, in side and front section, of the compact parallel drive system 2E, on the letter A, with the transparent polyamide slats B1 inside, and the extruded aluminum slats with breakage. of thermal bridge A1, on the outside, providing an exceptional thermal, acoustic and safety barrier, and on the letter B, the same 2E compact parallel drive system is shown, with extruded aluminum slats with thermal bridge breakage A1, on the inside , and the decorated transparent polyamide slats D1, on the outside, to be illuminated by the 1E LED lights, enhancing the façade of the building, although the sun inevitably has to pass through, but the aluminum slats always remain as a thermal, acoustic and safety barrier. extruded with thermal bridge breakage A1.

Figure 17 shows a perspective view, in side and front section of the compact parallel drive system 2A with LED light 1E, see letter A with extruded aluminum slat blind with thermal break A1 raised or rolled up on the inside of the home, and the decorated transparent polyamide slat blind D1, raised or rolled up on the outside, on the letter B, you can see the lowered, decorated transparent polyamide slatted blind D1, and the extruded aluminum louvered shutter with thermal break A1 raised, above the letter C, the two lowered shutters A1 and D1 are shown, contributing to the aesthetic enhancement of the façade through the 1E LED lights, and to a thermal acoustic barrier and of exceptional security, note that the windows are closed with glass 24.

Figure 18 shows a perspective view, in side and front section of the compact 2D parallel drive system. On the letter A, you can see the lowered transparent polyamide slatted blind B1, and the lowered polyamide slatted blind. extruded aluminum with thermal bridge break A1 raised or rolled up on the outside of the house, see letter B, with shutters B1 and A1 lowered, and letter C, shutters B1 and A1 lowered with manhole cover 11 set, note that the glass windows 24 are closed.

Figure 19 shows a side sectional view, above the letters A, of the compact parallel drive systems 2C and 2D with the transparent polyamide slats B1 and the extruded aluminum slats with thermal bridge breakage A1, these being slats B1 and A1 combined in shape, alternate parallel, and on the letter B the compact 2E parallel actuation system with the transparent polyamide slats B1 and the extruded aluminum slats with thermal bridge break A1, positioned in a shape, parallel in line Due to their combination and arrangement, these A1 and B1 slat systems will be essential in new and existing buildings, where daylight is required to enter, controlling the entry of sunlight, in addition to thermal, acoustic and security.

In figure 20, it is shown in a perspective view, lateral, on the letter A, and frontal, on the letter C, the compact parallel drive system 2E, with the extruded aluminum slats with thermal bridge break A1, interspersed with the transparent polyamide slats B1, whose combination could be as shown on the letter B, slats A1 and B1 combined in an alternating parallel way, or, as shown on the letter D, with the slats A1 and B1 positioned so , parallel online.

Figure 21 shows a perspective view, in side and front section, of the unitary compact system 1A, with the combined or normal patent slats, such as; extruded aluminum blind slats with thermal break A1, transparent or tinted polyamide blind slats B1, translucent or transparent polyamide blind slats with inner polyamide C1 and decorated transparent polyamide blind slats D1.

Claims (9)

1. Roller shutter slats with guides and drawer with thermal break, acting as a compact parallel drive system, for double thermal, acoustic and safety control, characterized by the fact that it is made up of compact parallel drive systems, which are made up of two joint caissons connected without an intermediate wall (3A) (3B) (3C) (3D) and (3E), or independent with an intermediate wall (2A) (2B) (2C) (2D) and (2E) , or a unitary compact system (1A) with a single drawer, giving shape to the drawers of these compact systems (3A) (3B) (3C) (3D) (3E), (2A) (2B) (2C) (2D ) (2E) and (1A) the walls of extruded aluminum, which have intermediate polyamides (3) for breaking the thermal bridge, on the front and upper wall of these described compact drawers, there are some polyurethane plates (25) the extruded aluminum walls that form said compact boxes, are joined laterally by the screws (20) to the headwalls side s (10), having these models of compact systems (3A) (3B) (3C) (3D) (3E), (2A) (2B) (2C) (2D) (2E) and (1A) inside of one or two axes with motor (19) of independent drive, attached to these axes with motor (19) there are braces (21) that hold the slats (A1) (B1) (C1) or (D1) the slats of extruded aluminum shutter with thermal bridge break (A1), it is made up of two profiles, the hooking one (1) and the parallel one (2), both profiles being joined by a polyamide (3) with thermal bridge break, the slat The transparent polyamide roller shutter (B1) could be tinted for solar control, the transparent roller shutter slat with external decorations (D1) so that the LED light (1E) reflects on them, the translucent or transparent polyamide roller shutter slat with Inner polyamide (C1) is made up of two profiles, the hooking one (1) and the parallel one (2), both profiles being joined by an intermediate polyamide (3), these slats described (A1) (B1) (C1) and (D1) can have different types of ventilation holes (4), or be blind, without holes, the final extruded aluminum slat with thermal bridge break (A1), has latches of steel security (23), which are inserted into the guide channel (26), and a guided rubber stop (22). 2. Roller blind slats with guides and drawer with thermal break according to claim 1, characterized in that the compact parallel drive systems (3A) (3B) (3C) (3D) (3E) and (2A) (2B) (2C) (2D) (2E) and the unitary compact system (1A) have thermal break polymers (3) in their profiles, and two lateral ends (10) that unify said profiles, the front of the drawer It has a registration cover (11), the ends (10) as well as the cover (11) are fixed with the screws (20). 3. Roller shutter slats with guides and drawer with thermal break according to claim 1, characterized in that the hooking profiles (1) and the parallel (2) that make up the extruded aluminum slats (A1) and of translucent polyamide (C1), they have admission guides (6) through which the polyamide (3) of thermal bridge breakage slides, and connection channels (5) for the screws (20) that hold the side cover ( 7), said cover (7) is provided with slits (8) that conform to the slats (A1) (B1) (C1) and (D1), and through holes (9) for the screws (20). 4. Roller blind slats with guides and drawer with thermal break according to claims 1 to 3, characterized in that the guides with thermal break can be fixed (G1) with the outermost protruding profile, protecting from the incidence of the sun to the inner profile of the guide which is shorter, or an extensible guide (F1) with lateral widening, being able to slide the outer profile (16) of the guide (F1) protecting the inner profile from the incidence of made-to-measure sun, due to its characteristics of lateral widening of the external profile (16) of the extensible roller shutter guide with thermal bridge break (F1), could benefit any already installed cold-series extruded aluminum window that lacks breakage of thermal bridge (3), since by incorporating the guides on the outside (F1), and the lower guide (G1) with gutter (15), would control the sun from falling on the profiles that make up the window, providing it with the benefits of a thermal barrier. 5. Roller shutter slats with guides and drawer with thermal break according to any of the preceding claims, characterized in that these slats (A1) (B1) (C1) and (D1), the compact drawers (3A) ( 3B) (3C) (3D) (3E) and (2A) (2B) (2C) (2D) (2E) and (1A) and the guides (F1) and (G1), have an additional aesthetic advantage, by being able to lacquer the interior and exterior profiles, in different colours. 6. Roller blind slats with guides and drawer with thermal break according to claim 1, characterized in that for hot countries any of the compact systems (3A) (3B) (3C) (3D) (3E) and (2A) (2B) (2C) (2D) (2E), with extruded aluminum shutter slats with thermal break (A1), provide a double thermal, acoustic and safety barrier, compact systems (3A) (3B) (3C) (3D) (3E) and (2A) (2B) (2C) (2D) (2E) combined with blinds with extruded aluminum slats with thermal break (A1) and blinds with polyamide slats translucent with an inner polyamide profile (C1), they can be combined, leaving the aluminum blind with thermal break (A1) raised during the day and the translucent polyamide blind (C1) lowered, taking advantage of daylight, controlling the sun and noise pollution, a variant, can be composed of one of the compact systems (3A) (3B) (3C) (3D) (3E) and (2A) (2B) (2C) ( 2D) (2E) with extruded aluminum slat blinds with thermal break (A1) and transparent polyamide slat blinds (B1), allowing the aluminum slat blind to rise to the height necessary for solar control with thermal break (A1), and the blind with transparent polyamide slats (B1) lowered, being able to see through it, while protecting the window and the room from cold and noise. 7. Roller blind slats with guides and drawer with thermal break according to claim 1, characterized in that for the windows of buildings in countries with hot climates or extreme heat, where you want to take advantage of daylight and see partially through the blind slats, there are the compact systems (3A) (3B) (3C) (3D) (3E) and (2A) (2B) (2C) (2D) (2E) with a double blind, made up of alternating extruded aluminum slats with thermal break (A1), and transparent polyamide slats (B1), combining the inner and outer blinds with crossed parallel slats (A1) and (B1) or slats ( A1) and (B1) parallel in line, controlling that the sun does not enter the room, allowing daylight to pass through, acting as a thermal, acoustic and safety barrier. 8. Roller blind slats with guides and drawer with thermal break according to claim 1 characterized by the fact that for cold countries, where the sun is of vital importance for the occupants of the houses, in these cases, they are recommended the compact systems (3A) (3B) (3C) (3D) (3E) and (2A) (2B) (2C) (2D) (2E) made up of double blinds with blind transparent polyamide slats (B1), without holes, letting the sun enter the room taking advantage of the natural heat of the sun, controlling the cold and noise pollution. 9. Roller blind slats with guides and drawer with thermal bridge break according to claim 1, characterized in that the unitary compact systems (1A) can house any of the slats (A1) (B1) (C1) and ( D1) and act independently, protecting the exterior of any window or bay window, or it can be installed parallel to the existing blind that covers the windows, providing them with extra transparency, security, thermal and acoustic solutions.