Multiple fascia for overlapping and corner roller shutters

Abstract

The present invention relates to the design and method for eliminating the concept of maximum coverage width within the context of interior window coverings, thus allowing shutters to overlap and ensuring interior privacy, preventing light from filtering between curtains and allowing systems to be mounted at right angles preventing large gaps between shutters with corner roller mechanisms or 90 degree corners. The invention discloses novel elements in the global market that are created exclusively for integrating common shutters and equipping them with the ability to provide users with: An excellent aesthetic appearance, 100% coverage, 100% privacy and utilisation of space. The summary of the invention highlights its innovation and functionality in the field of roller shutters. It explains how the invention solves the problems of window coverings, especially in corners, by using a system that allows shutters to effectively overlap. The invention highlights the inclusion of novel and unique components that improve aesthetics, privacy and efficiency of space. Furthermore, the invention emphasises how this design overcomes the limitations of traditional shutter systems, providing an integral and versatile solution for different architectural designs.

Description

[0001] MULTIPLE FASCIA FOR OVERLAPPING AND CORNER ROLLER BLINDS.

[0002] FIELD OF THE INVENTION: The present disclosure refers to: Interior design technology and more particularly to a set of elements that slide in an aluminum profile, which allows the development of a variety of multi-blind armed systems with winding mechanisms both manually operated and automatically operated, which also allows the joining of 2 or more armed systems at a 90-degree angle.

[0003] BACKGROUND OF THE INVENTION:

[0004] In the field of interior design and window coverings, there are various types of profiles, brackets, and components for blinds with roller mechanisms that together form the following types of blinds:

[0005] Roller blinds: Blinds with solid fabric sheets that are rolled up on a tube and when unrolled cover the windows, which depending on the type of fabric used can generate transparency, darkness and opacity. (100)

[0006] Roller blinds with cross strips: Blinds with fabric canvas consisting of transversal strips of solid material and transparent material interspersed, which allow a double objective of transparency and privacy or transparency and opacity according to the type of fabric used. (200)

[0007] No. GB20209818A of Nien Made Enterprise Co. Ltd.,TW, patent CA3101796A of LES ENTREPRISES SMARTLUX INC., Saint-Laurent, CA, patent WO2019SE51172A of IKEA SUPPLY AG,CH | AFFONSO Mauricio, SE, patent US17531890A of Hunter Douglas Inc., Pearl River, NY, US, patent US2019685508F of Daugaard James A., Port St. Lucie, FL, US. None of them contemplate the possibility of covering windows without separations between canvases, the installation of several blinds with three simultaneous functions, or the coverage of corner windows.

[0008] Currently, blinds with roller mechanisms are used to cover windows, either to darken or to mitigate the entry of light. They can be installed in cabinets, fascias, or metal galleries that only allow the installation of blinds with a sequential roller mechanism. Currently, to cover corner windows, the blinds are generally installed in such a way that there is a gap of up to 10 cm between the blinds' canvases right at the corner of the window, which results in no privacy, much less opacity. DESCRIPTION OF THE DRAWINGS

[0009] These and other features of the disclosure will be more easily understood in the following descriptions in which:

[0010] Figure 1.- Shows a perspective and exploded view of a first embodiment of the assembled system for overlapping roller blinds (100); providing for 3 blinds and the joining of 2 multiple fascias for overlapping (1).

[0011] Figure 2.- Shows a perspective view of a second modality and explosion of the assembled system for roll-up overlap with transverse strips (200) for 3 blinds.

[0012] Figure 3.- Shows a rear view of a third modality in perspective and explosion of the Corner Union System for roller blinds (100), which contains 2 armed systems joined perpendicularly or at 90 degrees.

[0013] Figure 4.- Shows a rear view of a fourth modality in perspective and rear explosion of the “Corner joining system for roller blinds with transverse strips (200) that joins 2 Assembled Systems for roller blinds with transverse strips (200) at a 90 degree angle.

[0014] Figure 5.- Shows a rear view of a fifth mode in perspective and explosion “Day and Night Armed System”, configured for 2 roller blinds (100).

[0015] Figure 6.- Shows a rear view of a sixth modality in perspective and explosion of the “Day and Night Armed System, configured for 3 roller blinds (100).

[0016] Figure 7.- Shows a rear view of a seventh modality in perspective and explosion of the “Assembled System for Roller Overlap” in an assembled configuration for 5 roller blinds (100), where the union between 2 sections of multiple Fascia for overlapping (1) is represented by means of a union and reinforcement Clip (6).

[0017] Figure 8.- Shows a rear view of an eighth modality in perspective and explosion of a set of “Assembled Systems for roll-up overlap” and “Corner Union System for roll-up” in configuration of 2 Assembled Systems for roll-up overlap, a system on the right side of 2 roll-up blinds (100) and on the left side 5 roll-up blinds (100) and union of 2 multiple fascias for overlap (1) by means of a union and reinforcement Clip (6).

[0018] Figure 9.- Shows a front view of a new perspective and exploded view of a “Multiple Corner Joining System for a roll-up with transverse strips”, configuration of 3 overlapping Armed Systems for a roll-up with transverse strips. (200)

[0019] Figure 10.- Shows a rear view of a tenth embodiment in perspective and explosion of 4 “Armed Systems of overlapping for rolling with transverse strips” (200) demonstrating its capacity even to close the rectangle if necessary. DESCRIPTION OF THE INVENTION:

[0020] A first aspect of the disclosure consists of a set of assembled articles, specialized in blinds with rolling mechanisms for both manual and automatic drive systems, which slide along an aluminum profile, which allows overlapping and configuring the installation of various blinds on the same fascia, so that depending on the blinds to be used, a plurality of configurations can be generated that can be identified as "assembled systems".

[0021] This disclosure consists of 10 elements, which will be identified as:

[0022] 1" Multi-overlap fascia, 2" Universal bracket, 3" Bottom bracket for cross-strip roller blinds, 4" Side caps, 5" Fabric end stiffener holder, 6" Fascia joining clip and reinforcement, 7" Reinforcement for fabric end stiffener holder, 8" Bottom bracket for roller blinds, 9" Corner shade component, 10" Bottom bracket for cross-strip roller blinds.

[0023] Another aspect of this disclosure is the plurality of configurations of the assembly and assembly systems with the different elements mentioned above that were developed for blinds with rolling mechanisms such as roller blinds (100) and roller blinds with transverse strips (200) which allows generating the following Assembly System according to the configuration of the blinds and the window to be covered:

[0024] Assembly configuration in “Overlapping system for roller blinds (100)”, Assembly configuration in “Overlapping system for roller blinds with transverse strips (200)”, Assembly configuration in “Corner Joint system for roller blinds (100)”, Assembly configuration in “Corner Joint system for roller blinds with transverse strips (200)”, Assembly configuration in “Day and Night and Freshness system” for roller blinds (100) in combination with roller blinds with transverse strips (200).

[0025] Our innovation eliminates the concept of "maximum width" for window coverings, offering solutions tailored to any width. It eliminates direct sunlight infiltration between roller blinds, allowing for more efficient coverage and ensuring privacy. It also allows for combining different types of roller blinds in the same space, such as roller blinds and roller blinds with crossbars. Effective corner coverage without unwanted gaps and without loss of privacy. It offers different combinations for roller blinds. It provides interior privacy, with one allowing control over opacity and lighting. By extending the supports, we achieve an overlap between the canvases, providing complete privacy. It allows us to cover large distances of protection while appearing as a single product.

[0026] A third aspect of this disclosure is the corner blind component, which brings the canvases closer together at the corner to within millimeters. It is available for roller blinds (100) and roller blinds with cross-bars (200).

[0027] The embodiments of the present disclosure provide a set of assembly elements specialized in blinds with a rolling mechanism, which can be manually operated or automatically operated, which allows, according to the order in which the elements are assembled and the type of blinds to be installed, the configuration of the following assembly systems that include the following elements described below:

[0028] 1. Fascia for multiple overlap: It is the main component of this disclosure, it is an aluminum profile; Which has a semicircular face and a plate joined perpendicularly, with an upper rail (1.A), a rear tab (1.A.1) that receives the reinforcement for the fabric end stiffener holder (7), a front tab (1.A.2) where the Union clip and reinforcement for fascia (6) are inserted, while the Universal support (2) slides inside, a lower rail (1.B) where the supports Lower support for roller blinds (8) or the lower support for roller blinds with transverse strips (3) slide, and the base of the union clip and reinforcement for fascia (6). an “L” tab (1.L) that is located on the front inner face to strengthen the rigidity and is only used for the union clip and reinforcement for fascia (6), a channel for the fabric end stiffener holder (1.C). Additionally, it has 3 guides (1.D) for holding the side covers (4).On its upper exterior part it has “T” posts for wall or ceiling mounting brackets, (1.F) for the installation hardware and a support channel (1.E) on its front face.

[0029] 2. Universal support: Bidirectional die-cut metal support, which has a sliding tab (2.A) that runs along the upper rail (1. A) of the Multiple Overlap Fascia (1), hooking flaps (2.C) that provide the ability to move along the upper rail (1.A) of the Multiple Overlap Fascia (1), to adapt it to any distance, a fixing die (2.E) to fix the blind in the desired position without slipping, a reinforcement die (2.D) that provides structural stability, preventing deformation under the load of the blind, so the Universal Support has the capacity to receive manually operated and automatically operated rolling mechanisms known as: Roller blinds (100) or roller blinds with transverse strips (200). The support reinforcement (2.D), a die-cut surface (2.B) that can be adapted to integrate with different brands, allowing the incorporation of vapour mechanisms used in their respective blind mechanisms 3. Lower support for roller blind with transverse strips: Bidirectional die-cut metal component, which has a sliding tab (3. A) that allows it to move along the lower track (1.B) of the Multiple Overlap Fascia (1) a receptacle for coupling a fabric end stiffener holder (3.F) for coupling the fabric end stiffener holder (5), a reinforcement die (3.D) that provides structural stability, a fixing die (3.E): Precisely designed for a firm fit, securing the blind in the desired position without slipping, a die-cut surface (2.B) which can be adapted to integrate with different brands, allowing the incorporation of various mechanisms used in their respective lower anchor blind mechanisms for roller blind system with transverse strips (200): This assembly consists of directional brackets made of die-cut metal, directional, that is, it takes care of a right piece and a left one respectively. It has, which is assembled in the channel (5.A) of the fabric end stiffener holder (5). which allows precise adjustment and alignment, preventing deformation under the load of the blind. It has hooking flaps (3.C) designed to move the component along the lower rail (1.B), guaranteeing exclusive compatibility with the roller blind system with transverse strips (200). The die-cut surface (3.B) Can be adapted to integrate with different brands, allowing the incorporation of vahad mechanisms used in their respective blind systems. Fabric End Stiffener Holder Docking Receptacle (3.F): Shaped for an exact fit with the fabric end stiffener, facilitating a connection without play or looseness. Sliding Tab (3.A): Made with a profile suitable to minimize friction and maximize smoothness in the transition along the bottom track (1.B) of the Multi-Overlap Fascia (1). Latching Flaps (3.C): Configured with an angle and dimensions that promote intuitive assembly and secure interaction with the bottom track (1.B), a reinforcement die (3.D) that provides structural stability, preventing deformation under the load of the blind.

[0030] 4. Side covers: Plastic covers, consisting of 2 directional pieces, right and left, designed with notches and teeth located on the upper front periphery of said cover (4.E) some upper notches, (4.C), some side samples (4.F) that together allow the pressure fixing of the side cover to the Fascia for multiple overlap (1), an upper pivot (4. A), a lower pivot (4.B) both for the reception of blinds with rolling mechanisms both manually operated and automatically operated as well as for the "Day and Night system" or "Day and Night and Freshness system", or for the armed systems: "Assembled system for roller overlap", "assembly system for overlapping roller blinds with transverse strips" and the systems: "corner joint systems for roller blinds" and "Corner joint system for roller blinds with transverse strips", some guides for spikes (4.D) to hold the side cover (4) to the Multiple Overlap Fascia (1) the receiving pivots (4.A) (4.B) that can be adapted to integrate with different brands, allowing the incorporation of vapour mechanisms used in their respective blind mechanisms.

[0031] 5. Fabric end stiffener holder: Aluminum profile that gives us the possibility of suspending the end of the fabric fulfilling the function of the fabric stiffener holder rail (1.C) that is integrated into the Fascia for multiple overlap (1) in a natural way, in this piece it corresponds to the rail (5. A), a complementary channel (5.B) for the coupling of the receiver (3.F) of a “T” tab (5.C) in order to be supported by the reinforcement for the fabric end stiffener holder (7) Only for use with the rolling system with transverse strips (200).

[0032] 6. Fascia joining and reinforcing clip: Plastic piece to reinforce the front face of the Multiple Fascia (1) as well as to join 2 or more sections of the Multiple Overlap Fascia (1) that matches sections of Multiple Overlap Fascia (1). It has an upper channel (6. A) to insert into the front tab (1.A.2) of the Multiple Overlap Fascia (1). a middle channel (6.B) and a lower channel (6.C) that slide through the tabs of the lower rail (1.B) of the Multiple Overlap Fascia (1), a reinforcement structure (6.D), which gives rigidity to the joining and reinforcing clip, a channel for “L” tab (6.L) that can run along the “L” tab (1.L) of the Multiple Overlap Fascia (1)

[0033] 7. Reinforcement of the fabric end stiffener holder: Plastic piece whose objective is to keep the fabric end stiffener holder (5) firm by holding the channels: upper (7. A), which runs along the tab (1.A.1) of the Fascia for multiple overlap (1). and the lower channel (7. B) is inserted and runs along the “T” tab of the fabric end stiffener holder (5), as many are placed as the size of the fabric to be dispensed from the fabric end stiffener holder (5) requires to provide the necessary firmness and prevent the fabric from curling.

[0034] 8. Lower support for roller: Directional die-cut metal supports, that is, a right and a left are required for its function of stopping the roller blind (100), which has a sliding tab (8. A), which allows it to be inserted into the lower rail (1.B) of the Fascia for multiple overlap (1). hooking flaps (8.C) that give the ability to move along the lower rail (1.B) of the Fascia for multiple overlap (1) a fixing die (8.E) to fix it at any distance according to the needs of the project, only compatible with the system: Roller (100). a reinforcement die (8.D) that provides structural stability, preventing deformation under the load of the blind, a die surface (8.B) can be adapted to integrate with different brands, allowing the incorporation of vahados mechanisms used in their respective blind systems.

[0035] 9. Corner Blind Component: The plastic component, which allows us to join 2 or more assembled roller blind systems (100) or roller blind with cross strips (200) at a 90 degree angle, has top rail extensions (9.B) of the top rail (1.A) of the Multi-Overlap Fascia (1), a fabric end stiffener holder channel (9.C) that connects with a channel for the fabric end stiffener holder (1.C) of the Multi-Overlap Fascia (1), It was designed with notches and teeth (9.D) to insert into the Multi-Overlap Fascia (1), post (9.G) that holds the extension paddle (9.A). An extension pallet (9.A) where the lower support for roller blinds with transverse strips (10) or the Universal Support (2) is placed, a Receiver for supports (9.F), Fixing die (9.E) to fix the lower supports for roller blinds with transverse strips (10) and / or the Universal Support (2).

[0036] 10. Lower support for roller blinds with transverse strips in the corner: Die-cut metal support, directional, whose function is to stop the blind in the corner and receive the fabric end stiffener holder (5), it has a sliding tab (10. A) that moves along the lower rail (1.B) of the Fascia for multiple overlap (1), tabs (10.C) that give the ability to be moved along the lower rail (1.B) of the Fascia for multiple overlap (1), It has a receptacle (10.F) for the coupling of the fabric end stiffener holder (5), a reinforcement die (10.D) that provides structural stability, preventing deformation under the load of the blind, it has a fixing die (8.E) to fix at any distance in the Fascia for multiple overlap (1), The die on its face (10.B) can be modified for any brand that wants to adapt it to the reception of the mechanisms used by different brands of blinds.

[0037] It should be noted that the components mentioned in this disclosure, according to the order in which they are used and in relation to the type of window to be covered, make up the following assembled systems:

[0038] Assembly System for roll-up overlap: as shown in Figure 1 of this disclosure, the Assembly System for overlapping three blinds and the Fascia union for multiple overlapping (1), in this embodiment of the present invention, the elements that make up this assembly system can be located at different distances and combinations.

[0039] Which may involve 2 or more roller blinds (100), with the limitations that if the blinds are manually operated it is only recommended to mount up to 3 blinds. However, if the blinds are automatically operated, the necessary ones can be mounted to cover the window Involving 2 blinds: the first blind at the end is inserted into the upper rear pivot of the Side cover (4) and at the other end of the blind the Universal Support (2) is used. The second blind at the opposite end is fastened to the lower pivot of the Side Cover (4) and on the other side to the lower Support for roller blinds (8).

[0040] Involving 3 blinds, as shown in (figure 1) The first blind is held by the upper pivot of the Side Cover (4), a union and reinforcement clip for fascia (6) is slid, it continues with a Universal Support (2), the second will be held by the set of Lower Support for roller (8), the third is held by the end of the opposite upper pivot of the Side Cover (4) and a Universal Support (2), in case of being manually operated it would be the maximum recommended, but if the blinds are automatically operated you can continue repeating the sequence holding the blinds with sets of Universal Support (2) and Lower Support for roller (8) alternating them until covering the required window.

[0041] Example of how to achieve overlap. For the 3-meter overlap roller blind assembly system, two blinds will be inserted end-to-end, each 1.10 meters wide, while the central blind will only be 1.00 meters wide. This way, we will have two 10-cm overlaps. The joining and reinforcing clip must be added between the blind supports, or when covering a joint.

[0042] Each assembly system begins with the fascia arranged on the wall or ceiling to the required size or the fascia sections projected in the area where they will be installed, the sliding of the pieces disclosed herein begins in the correct order to achieve the desired use or combination, for example, rear view from right to left of the fascia, the right cover (4) is placed connecting through the notches and teeth (4.D) to the channels 1.A and 1.B, the covers are fixed with pins in their corresponding guides (4.D) and the roller blind is inserted into the upper pivot of the cover, when the width of the blind is reached, the universal support (2) is placed, sliding from the end opposite the cover to the desired distance, where it will be held by an oppressor, we continue sliding through the lower channel (1.B) a reinforcement union clip for fascia (6) followed by two lower supports for roller blinds (8) that will be dispersed between the fascia causing an overlap that can vary in width according to the user's taste, the support is fixed at the desired distance with a clamp, then the blind is inserted, once the width is reached, in this example of 2 blinds the cover is placed while the blind is held at the left end by the cover, which is fixed with the pins in its corresponding guides (I .D). If it had a division, the reinforcement union clip for fascia would be inserted at any distance in the process according to the width, FIGURE 1 shows the arrangement of the elements arranged for the adaptation of 3 blinds.

[0043] Roller Overlap Assembly System with Transverse Strips: As shown in (Figure 2), this system can involve two or more roller blinds with transverse strips. However, if the blinds are manually operated, only up to three blinds can be installed. However, if the blinds are automatically operated, only as many as are needed to cover the window can be installed.

[0044] Involving 2 blinds: the first blind at the end is inserted into the upper pivot of the Side Cover (4) and on the other end of the blind the Roller Shade Support with transverse strips (3) is used. The second blind at the opposite end is fastened to the lower pivot of the Side Cover (4) and on the other side to the lower Roller Shade Support with transverse strips (10).

[0045] Involving 3 blinds, the first is held by the upper pivot of the Side Cover (4) and the Support for roller blinds with transverse strips (3), the second will be held with a set of lower supports for roller blinds with transverse strips (10) by the ends of the blinds, the third blind is held by the end of the opposite upper pivot of the Side Cover (4) and a Support for roller blinds with transverse strips (3), if it is manual it would be the maximum recommended but if the blinds are automatic you can continue repeating the sequence, holding the blinds with sets of Support for roller blinds with transverse strips (3) and Lower Support for roller blinds with transverse strips (10) alternating them.

[0046] Example of how to achieve the overlap. For the assembly system for overlapping roller blinds with transverse strips of 3 meters, 2 blinds will be inserted in the upper part from end to end with a width of 1.10 meters, while the central blind will only be 1.00 meters, in this way we will have 2 overlaps of 10 cm. starting the assembly from left to right, the fascia for multiple overlap (1) is arranged in its installation place, the cover (4) is placed by inserting its notches and teeth (4.E) into the fascia for multiple overlap (1) and holding it with 3 guides arranged in its channels, the first blind will be placed on top, sliding the back end of the fabric with its stiffener, through the stiffener holder channel at the end of the fabric (1.C) and matching the winding mechanism to the upper part of the cover fastening (1.C) then it slides through the upper channel (1.A) to the desired width a universal support (2) that stops the other end of the blind and is fixed with a clamp, the next step is to slide the lower support for roller blinds with transverse strips (3) take it to the distance causing the first overlap, followed by the reinforcement union clip (6), then the reinforcement for the fabric end stiffener holder (7) and the fabric end stiffener holder (5) are inserted into the support receptacle (7.B) in order to be able to slide the back of the blind fabric with the help of its stiffener, through the fabric end stiffener holder (5.A), the winding mechanism is inserted into the lower support (3.F), then place the union and reinforcement clip (6) before the second lower support for roller blinds with transverse strips (3), inserting it through its receptacle (5.A) The oppressor is placed on the fabric end stiffener holder (5) and at the required width, which will prevent movement or play of the blind.

[0047] Corner joining system for roller blinds: as shown in (figure 3) this assembly system involves the corner component that allows joining 2 roller blinds (100) or roller assembly systems at a 90 degree angle.

[0048] Involving 2 blinds: using the Corner Blinds Component (9) that joins 2 sections of Facia for multiple overlap (1) at a 90 degree angle the first blind is held by the upper pivot of the Side Cover (4) and by a Universal Support (2) that receives the continuation of the upper rail that is included in the Corner Blinds Component (9) the other blind is held by the lower pivot of the other Side Cover (4) and by the Universal Support (2) that will be placed on the extension pallet of the Corner Blinds Component (9).

[0049] Involving 3 or more blinds, using the corner component (9); Involving 2 blinds: the first blind at the end is inserted into the lower pivot of the Side cover (4) and at the other end of the blind the Lower support for roller blinds (8) is used. The second blind at the opposite end is held by the Corner Blinds Component that joins both multiple overlapping fascias at a 90 degree angle and a universal support (2), the third blind perpendicular to those already installed will be inserted into the lower pivot of the side cover (4) and at the other end of a universal support (2) in the extension blade that the Corner Blinds Component (9) has.

[0050] If it is necessary to involve more blinds, the Roll-up Overlap Assembly System (Figure 1) can be used for one or both sides of the Corner Component, involving as many blinds as necessary on both sides to cover the entire window.

[0051] Corner joint system for roller blinds with crossbars: as shown in (Figure 4). This assembly system involves the corner component that allows two roller blinds with crossbars (200) or “assembly systems for roller blinds with crossbars” (Figure 2) to be joined at a 90-degree angle.

[0052] Involving 2 blinds: Using the Corner Blind Component (9) that joins 2 sections of Multi-Overlap Fascia (1) at a 90 degree angle the first blind is held by the upper pivot of the Side Cap (4) and a Universal Bracket (2) interacts in continuation of the upper track that was included in the Corner Blind Component (9) to insert the end of the fabric into the upper track of the Multi-Overlap Fascia (1). The other blind is held by the lower pivot of the other Side Cap (4) and by the Lower Bracket for roller blinds with cross strips (10) that will be placed on the extension pallet that the corner component (9) has.

[0053] The fabric ends that interact with the Universal Support (2) are inserted into the channel of the fabric end stiffener holder of the Multiple Overlap Fascia (1.C), those that do so with the lower support for roller blinds with cross strips (3) and the lower supports for roller blinds with cross strips (10) will go into the fabric end stiffener holder (5.B).

[0054] If more blinds are required, the Roller Overlap Assembly System with Transverse Strips (Figure 2) can be used on one or both sides of the Corner Component, involving as many blinds as necessary on both sides to cover the entire window. The use of the Corner Joining System for Roller Shutters with Transverse Strips (Figure 2) in combination with the Roller Overlap Assembly System with Transverse Strips (Figure 4) can be used to join 4 corner joining systems for roller shutters with transverse strips, with their respective 4 roller overlap assembly systems with transverse strips in such a way that a square is formed, or it also allows the joining of 3 roller overlap assembly systems with transverse strips forming a horseshoe.

[0055] Day and Night and Freshness Armed System as shown in (figure 5). Another modality of the set of components is the possibility of adding one or more blinds with a roller system as described below: Involving 3 blinds: The blind with transverse strips is placed on the upper part of the multiple overlapping fascia (1) using the supports for roller blinds with transverse strips (3), since the end of the fabric has to be inserted into the fabric end stiffener holder channel that our Multiple Overlap Fascia has (1). The roller blinds are held by the lower pivots of the Side Covers (4) and by a universal support (2)

[0056] For all the above combinations, the clip union and reinforcement component (6) must be added for the Multiple Overlap Fascia (1) and the fabric end stiffener holder support (7) that strengthens the structure and gives rigidity to the Multiple Overlap Fascia (1) and the fabric end stiffener holder component (5), this will directly depend on the dimensions of both the blinds to be used and the dimensions of the windows to be covered. Assembly Method:

[0057] The method of the armed Systems consists of sliding in a specific order, depending on the combination of blinds with manual or automatic operation with rolling systems that you wish to use, through the rails, channels and upper and lower tabs that we will find in the Fascia for Multiple overlap (1).

[0058] For example, for a combination of 3 roller blinds: The first is held by the upper pivot of the Side Cover (4) and the Universal Support (2), the second will be held by the Lower Support set for roller blinds (8), the third is held by the end of the opposite upper pivot of the Side Cover (4) and a Universal Support (2). If the blinds are self-operating, you can continue repeating the process by holding the blinds with the Universal Support sets (2) and the Lower Support set for roller blinds (8), alternating them until the required window is covered.

[0059] The following example shows a combination of 3 roller blinds with transverse strips: The first is held by the upper pivot of the Side Cover (4) and the Support for roller blinds with transverse strips (3), the second will be held by the lower support for roller blinds with transverse strips (10) at the ends of the blinds, the third blind is held by the end of the opposite upper pivot of the Side Cover (4) and a Support for roller blinds with transverse strips (3), if it is manually operated this would be the maximum recommended but if the blinds are automatically operated you can continue repeating the process by holding the blinds with sets of Support for roller blinds with transverse strips (3) and Lower Support for roller blinds with transverse strips (10). alternating the blinds

[0060] For example, for a combination of 3 overlapping roller blinds, the side cover (4) is placed and a universal support (2) is slid into the upper rail of the multiple overlap fascia (1), which will receive the opposite side of the blind that we will place on one side, which will be supported on the upper pivots of the Side Cover (4), if necessary the Clip union and reinforcement for fascia (6) slides to give strength and rigidity to one side of the Universal Support (2), then, it slides, in the lower channel a set of Lower Support for roller (8) will be deployed to place as the central element of the blinds, to conclude the side cover (4) is placed and both covers are fixed with pins to the Fascia for multiple overlap (1). To place in a corner, two assembled systems are assembled and joined by means of the Corner Component (9).

Claims

MODIFIED CLAIMS received by the International Bureau on March 14, 2025 (14.03.2025) Having described the invention as above, the following claims are claimed as property: 1 .- The assembled system of blinds that consists of ten elements that is characterized by giving the possibility of placing a plurality of blinds to weighted measurements, granting the possibility of transposing or superimposing said plurality of blinds in linear sequence and that additionally can be joined with 2 or more assembled systems of blinds at an angle of 90 degrees, starting with a Fascia for multiple overlap (1) which is a cabinet that on the outside has "T" support posts (1 F) and aesthetic finishes (1.E), on the inside it has two rails: an upper one located on the upper base (1.A) for a universal support (2) and a lower rail located inside the front face (1.B) for the lower supports for roller blinds with cross strips (3), for roller blinds with cross strips (200) or a lower support (8) for roller blinds (100), each set of supports occupies an independent level to unfold the blind in 2 levels for the overlapping of the fabric canvases; a fabric end stiffener holder channel (1.C) located in its upper rear base; a Universal support (2) with sliding tab (2.A) as a base for assembly in the upper track of the fascia (1.A); and / or in the pallet (9.A) of the component for corner blinds (9); a lower support for roller with cross strips (3) assembled in a lower track (1.B) of the fascia for multiple overlapping, a receptacle for coupling a fabric end stiffener holder (3.F) to load a Fabric end stiffener holder (5) through the channel (5.B) which allows to hold the fabric canvas(es) of the roller blinds with transverse strips (200) without obstructing the fabric canvas(es) of the roller blinds with transverse strips (200) that are inserted in the fabric stiffener holder channel (1 .C) of the Fascia for multiple overlap (1 ) of the sequence; a set of Side covers (4) that close the cabinet that are located on the sides of the fascia for multiple overlap (1 ), each side cover (4) with 2 pivots (4.A) and (4.B) to receive 2 roller blinds (100) and / or roller blinds with transverse strips (200) in the 2 independent levels; the fabric end stiffener holder (5) which has 2 channels, fabric end stiffener holder channel (5.A) and is held by the other channel (5.B) to the receptacle for coupling the fabric end stiffener holder (3.F) of the lower supports (3) and / or Lower support for roller blinds with transverse strips in the corner (10) to give free fall to the canvases of the blinds located in the upper track (1 .A); a Clip union and reinforcement for fascia (6) is an internal reinforcement, prevents deformation of the face of the fascia for multiple overlap (1 ), allowing greater load, is held by the tabs (1 .A.2) and those contained in (1.B), also serves to join sections of Fascia for multiple overlap (1 ) side by side; a reinforcement of the stiffener holder at the end of the fabric (7) that ensures the straight and wave-free behavior of the stiffener holder at the end of the fabric (5) subject to a tab "T" (5.C) to give intermediate support points; a Lower support set for roller blinds (8) that is located in. the bottom track (1 .B) for holding roller blinds (100); a Corner Blind Component (9), creates 90° connections between assembled systems with their multi-roller blinds (100) configurations and internal cross-bar roller blinds (200), has top track extensions (9.B) of the top track (1.A) of the Multi-Overlap Fascia (1 ), an end fabric stiffener holder channel extension (9.C) that connects with a channel for the end fabric stiffener holder (1 .C) of the Multi-Overlap Fascia (1 ), notches and teeth (9.D) for inserting into the Multi-Overlap Fascia (1 ), a post (9.G); an extension paddle (9.A) with a receiver for supports (9.F) where the lower supports for roller blinds with transverse strips (10) or the Universal Support (2) are inserted, and a fixing die (9.E); a lower support for roller blinds with transverse strips in the corner (10) to be inserted into the tab (9.A) of the component for corner blinds (9) which together with a lower support for blinds with transverse strips. (3) hold the blind (200) and the fabric stiffener holder channel (5) at the lower level of the corner. 2.- The assembled system of roller blinds with transverse strips (200) according to claim 1, characterized in that the configuration of vahos elements gives the possibility of a cabinet with a plurality of roller blinds with transverse strips (200), in sequence, supported by the rail (1.A) and the final fabric holder channel (1.C) contained in the Fascia for multiple overlapping (1) using the universal support (2), alternating with those supported by the rail (1.B) and the channel (5.A) of the fabric end stiffener holder (5) using the support tabs (3.F) of the lower support for roller blinds with transverse strips (3) to give intermediate support, with the reinforcement for the fabric end stiffener holder (7) on the sides closes the cabinet and holding in sequence through the pivots (4.A) and (4.B) of the cover set (4); to avoid deformations in the Fascia for multiple overlap (1 ) at strategic loading points, the joining and reinforcing clip (6) has the capacity to join side by side sections of Fascia for multiple overlap (1 ). 3.- The assembled system for roller blinds (100) according to claim 1, characterized in that the configuration of several elements gives the possibility of a cabinet with a plurality of roller blinds (100), in sequence, supported by the rail (1.A) contained in the Fascia for multiple overlapping (1) using the universal support (2), alternating with those supported by the rail (1.B) by the lower support for roller blinds (8), on the sides it closes the cabinet and holding according to sequence through the pivots (4.A) and (4.B) of the set of covers (4); To avoid deformations in the Multiple Overlap Fascia (1 ) at strategic loading points, the joining and reinforcing clip (6) has the capacity to join side by side sections of Multiple Overlap Fascia (1 ). 4.- The assembled system for roller blinds and roller blinds with transverse strips according to claim 1 characterized in that the Component for corner blinds (9) has notches and teeth (9.D) to insert on each side a multiple Fascia for overlap (1) with extensions to the upper rail (9.B) and a fabric end stiffener holder channel (9.C) to give continuity or extension to the multiple Fascia for overlap (1), the component for corner blinds (9) has an extension paddle (9.A) to insert through a receiver for lower supports (9.F) the lower support for roller blinds with transverse strips (10) for roller blinds with transverse strips (200) or for roller blinds (100) the universal support (2) and secure them by fixing die (9.E). 5.- The assembled blinds system according to claim 4, characterized in that the corner blinds component (9) is capable of receiving two fascias in 90-degree coupling with their assembled systems and their independent configuration according to claim 2 or claim 3, has the capacity to connect / join 2 or more systems with a plurality of blinds, whether for roller blinds (100) or for roller blinds with transverse strips (200) at a 90-degree angle. 6.- The assembled blind system according to claim 5, characterized in that it allows the assembled systems to be used with the combination of corner components (9) to cover 3 and up to 4 edges of windows at 90 degrees, and thereby provide coverage in rectangular or square areas. 7.- The assembled system of blinds according to any of the previous claims, characterized in that for the incorporation of the assembled system of roller blinds with transverse strips (200), the reinforcement of the stiffener holder at the end of the fabric (7) provides intermediate support to the stiffener holder at the end of the fabric (5), distributed at weighted distances, to avoid undulations in width from the fall of the fabric canvas.

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