ALUMINUM FACADE CLADDING PROVIDING THERMAL INSULATION.

Abstract

This invention relates to a facade cladding system where aluminum panels are mounted on the exterior surfaces of buildings, fixed to carrier profiles, and the gaps between them are sealed to provide both aesthetic appearance and thermal insulation.

Description

2025 / 300 1 TARIFF ALUMINUM FACADE CLADDING PROVIDING THERMAL INSULATION. Technical Area This invention provides support for aluminum panels mounted on the exterior surfaces of structures. fixing to the profiles and closing the gaps between them for an aesthetic appearance and It relates to a facade cladding that provides thermal insulation. Previous Tech 10 Today, aesthetic appearance, thermal insulation, and installation are important factors in building facade cladding. To meet their needs with ease of use, soil-based, ceramic, PVC (Polyvinyl Polyvinyl Chloride (PCHL) is preferred in various materials such as wood and aluminum. However, each of these systems has various disadvantages within itself. 15 PVC coatings, while lightweight and convenient, require high maintenance. low requirement, chemical content and environmental impact. Due to their strength, they have disadvantages. Current aluminum... The panels are usually mounted by screwing them together, which makes them both This makes removal difficult and creates an air gap between the cladding and the wall. 20 Because it is not left open, it prevents ventilation. This situation leads to mold over time. This leads to the formation of unpleasant odors. For this reason, aluminum facade cladding systems are commonly encountered. Assembly difficulties, irregular joint gaps, visible mounting elements 25 technical shortcomings such as the fact that it is not, and maintenance and repair processes are laborious. It appears that a system aimed at providing solutions is needed. Turkish patent no. TR2011 / 12626, which is included in the known state of the art. The document lists 30 easy-to-install and ventilating solutions for building facades. The discussion concerns a decorative aluminum cladding system. The invention in question... 2025 / 300 2 Aluminum in various colors and textures for use on building facades. the panels can be attached and detached using interlocking mounting brackets and the facade It prevents mold and bad odors by providing ventilation between the panel and the product. Decorative facade panels made of aluminum are stacked on top of each other to create a special design. 5. Attachment to the carrier profile via designed mounting brackets. Each panel has a top edge that allows for easy attachment to the fixtures. The horizontal arm and vertical tab are positioned to fit into the beveled edge and mounting channel. These structures, located at the bottom of the panels, facilitate assembly. They can be interlocked while also being able to be disassembled when necessary. (Panels) The deliberately left gaps between the wall and the 10 It prevents the formation of moisture, mold, and bad odors between the panels. Additionally... Horizontal reinforcement lugs to increase panel rigidity and oval supports for expansion. It features pre-shaped mounting holes. Brief Description of the Invention 15 The aim of this invention is to attach lightweight aluminum-based panels to carrier profiles. In facade cladding structures applied by fixing, ease of installation and low structural integrity are key features. its load, the use of recyclable materials and environmental sustainability The goal is to carry out a facade cladding. 20 Another purpose of this invention is to make the joint gaps that form between the panels removable. Aesthetic integrity is preserved by covering it with a cover profile, mounting screw a concealed surface that allows for easy panel replacements The goal is to carry out facade cladding. 25 Detailed Description of the Invention 2025 / 300 3 The "Thermal Insulation" process was carried out to achieve the purpose of this invention. "Aluminum Facade Cladding" is shown in the attached figures; Figure 1. A view of the facade cladding that is the subject of the invention. Figure 2. Another view of the facade cladding that is the subject of the invention. 5 The parts shown in the figures are individually numbered, and these numbers correspond to... The equivalents are given below: 1. Facade cladding 10 2. Aluminum panel 3. Joint sealing device 4. Joint sealing device mounting tab 5. Vertical arm of the joint sealing device 6. Joint sealing tab 15 7. Vertical mounting tab 8. Lamellar reinforcement nail 9. Inclined edge 10. Insulation tape Aluminum panels mounted on the exterior surfaces of buildings are attached to carrier profiles. fixing and closing the gaps between them for aesthetic appearance and thermal insulation. a facade cladding (1), - covering the exterior walls of buildings in a way that will be in direct contact with the external environment at least one aluminum panel (2), 25 - between aluminum panels (2) and formed on the top and bottom edges of the panels at least one mounted on the outward-facing surface of the panel to cover the joint gap joint sealing device (3), - located on the rear surface of the joint sealing device (3), from outside to inside at least one mounting tab (4) of a sloping joint sealing device, 30 2025 / 300 4 - extending vertically from the rear section of the joint sealing device (3) and carrying By leaning against the front surface of the profile, the mounting screw will not be visible from the outside. by covering it in this way, ensuring that the joint closing device (3) is aligned on the profile. at least one joint sealing device vertical arm (5), - integrated into the lower edge of the aluminum panel (2) and the joint sealing device (3) 5 By passing through the mounting tab (4) on the back surface from the outside to the inside and locking it inside With its convex channel structure, it enables the joint sealing device (3) to adhere to the panel. a small joint sealing tab (6), - located on the upper edge of the aluminum panel (2), inwardly inclined and carrier profile at least one vertical mounting that allows it to be fixed by passing it through the vertical axis to the upper channel 10 nail (7), - along the horizontal axis and across the width of the aluminum panel (2) on the inner surface of the panel. at least one lamella positioned parallel to the other, integrated in such a way as to extend. reinforcing nail (8), - by positioning it on the upper outer edge of the aluminum panel (2) water, dust and dirt 15 at least one sloping edge that prevents accumulation (9), - during the fixing of the aluminum panel (2) to the carrier profile, the bottom surface and the profile at least one insulation tape (10) placed between them to reduce heat, sound and moisture transmission It includes. The subject of the invention is an aluminum panel (2) located in a facade cladding (1) of the structures Corrosion-resistant aluminum allows for direct cladding of exterior walls. Its material provides high resistance to external environmental conditions. Aluminum The vertical mounting tab (7) located on the upper edge of the panel (2) attaches the panel to the carrier profile The joint seal located at the bottom edge ensures that it is fixed on the vertical axis. 25 The tab (6) is mounted on the back surface of the joint sealing device (3). by making an interlocking connection with the nail (4) the joint gap formed between the panels It ensures that it is shut down. The subject of the invention is a joint sealing device (3) located in a facade cladding (1). by covering the joint gap between the aluminum panels (2) both aesthetically 30 to maintain integrity and to form a protective layer against external environmental factors. 2025 / 300 It is structured to provide. The joint sealing device (3) is made of aluminum panel. (2) mounted on the outward-facing surface along the bottom and top edges of the panels It allows it to extend. The joint cover (3) conceals the mounting screw. It contributes to achieving a smooth and seamless appearance on the facade. Joint The closing device (3) ensures that the joint 5 is securely fixed to the carrier profile. concealing the mounting screw from the outside environment with the mounting tab (4) of the closing device It provides an aesthetic appearance. The subject of the invention is the assembly of a joint sealing device located in a facade cladding (1). The tab (4) is integrated into the back surface of the joint sealing device (3) from outside to inside 10 The joint seal located on the lower edge of the aluminum panel (2) with its correctly angled structure It locks by passing through the tab (6) and the joint sealing device (3) is firmly attached to the panel. This ensures that it holds on in place. The subject of the invention is the vertical arm of a joint sealing device (1) in a facade cladding 15 (5) will protrude vertically from the rear surface of the joint sealing device (3). It extends in this way, ensuring contact with the front surface of the carrier profile. Joint The vertical arm of the closing device (5), the mounting screw is not visible from the exterior surface of the facade by preventing the joint sealing device (3) from moving correctly on the carrier profile. It ensures alignment. 20 The subject of the invention is a joint sealing tab (6) located in a facade cladding (1), The joint sealing device (3) is integrated into the lower edge of the aluminum panel (2) and the back The mounting tab (4) of the joint sealing device on the surface passes from the outside to the inside. It provides locking. The joint closing tab (6) is 25 of the joint closing device (3). securely attached to the aluminum panel (2) and vibrations from the external environment or relaxation against expansion / contraction effects caused by temperature differences It provides blocking. The subject of the invention is a vertical mounting tab (7) located in a facade cladding (1), The structure is built on the upper edge of the aluminum panel (2) and has an inwardly sloping structure 30 with the carrier profile sitting vertically on the upper channel, the panel moves from top to bottom. 2025 / 300 6 It ensures that it is fixed correctly. The vertical mounting tab (7) ensures that it is fixed correctly during mounting. the panel's orientation within the carrier profile and any potential issues on the vertical axis It helps prevent them from playing. The subject of the invention is a lamellar reinforcement tab (8) located in a facade cladding (1), 5 along the horizontal axis and across the width of the aluminum panel (2) on the inner surface of the panel. by being integrated in such a way that it extends, preventing the panel from bending under its own weight or by preventing sagging due to external forces such as wind load. It ensures a balanced distribution of the loads transferred to the profile. The subject of the invention is a beveled edge (9) located in a facade cladding (1), aluminum water is structured on the upper outer edge of the panel (2) which is in direct contact with the external environment. to prevent external factors in the form of dust and dirt from accumulating on the panel surface It provides. The sloping edge (9) allows water to easily flow away from the surface in rainy weather conditions. 15 It provides. The subject of the invention is an aluminum insulation tape (10) located in a facade cladding (1). during the fixing of the panel (2) to the carrier profile, between the bottom surface of the panel and the profile It is installed and helps to reduce the passage of heat, sound or moisture. Insulation tape 20 (10) by preventing heat bridges that may occur between the outside environment and the inside It ensures the airtightness of any gaps that may form. The subject of the invention is the facade cladding (1), which is mounted on the exterior walls of buildings. The process of fixing the aluminum panels (2) to the carrier profiles, the top 25 of the panel the vertical mounting tab (7) located on the edge is vertical to the upper channel of the carrier profile It is started by seating it on the axis. This tab is the aluminum panel (2) placement from top to bottom and fixation on the vertical axis It provides. The joint sealing tab located on the lower edge of the aluminum panel (2) (6) is positioned in front of the carrier profile corresponding to the lower section. Joint 30 Joint sealing device (3) for closing the gap, under two aluminum panels (2) 2025 / 300 7 and to cover the gap between the top and bottom edges of the outward-facing panels They are placed on the surfaces. Integrated on the rear surface of the joint sealing device (3) The mounting tab (4), with its inclined structure from the outside to the inside, is made of aluminum. It is locked by passing through the joint closing tab (6) on the bottom edge of the panel (2). Thanks to the pressure applied during the fitting, the apparatus is firmly attached to the aluminum panel (2) 5 by adhering, it is resistant to external environmental influences, vibration and thermal expansion. A connection is formed. The joint sealing device (3) is correctly positioned on the carrier profile. to ensure alignment and that the mounting screw is not visible from the outside The vertical arm of the joint sealing device extends vertically from the rear of the device. (5) is used. This arm is mounted by resting it on the front surface of the carrier profile. 10 It covers the screw and, with its rigid structure, resists external forces such as wind load. It acts as a protective barrier. On the inner surface of the aluminum panel (2) Lamellar reinforcement tabs integrated along the horizontal axis and across its width (8), structural integrity by preventing the bending and sagging of the aluminum panel (2). This increases the loads transferred to the carrier profile by 15%. By ensuring even distribution, it prevents excessive stress from occurring on the mounting surface. It passes through. The beveled edge (9) located on the upper outer edge of the aluminum panel (2), By preventing water from accumulating on the surface during rainy weather conditions, it allows the water to flow downwards. This facilitates the flow of water. Thus, on the surface of the aluminum panel (2) Deformations caused by freezing, corrosion, and dirt accumulation 20 is prevented. Between the aluminum panel (2) and the lower surface of the carrier profile. Heat, sound and moisture transmission is reduced thanks to the insulation tape (10) placed outside environment Thermal bridges that may form between the interior and exterior are prevented, and the connection is made. Sealing is ensured at these points. Based on these fundamental concepts, the invention focuses on "Thermal Insulating Aluminum". It is possible to develop a wide variety of applications related to "Facade Cladding (1)". and the invention cannot be limited to the examples described here, but mainly to the claims as stated.

Claims

2025 / 300 8 REQUESTS 1. Aluminum panels mounted on the exterior surfaces of buildings to carrier profiles. fixing and closing the gaps between them for aesthetic appearance and heat an insulating facade cladding; 5 - the exterior walls of buildings that will be in direct contact with the external environment at least one aluminum panel covering (2), - between aluminum panels (2) and on the top and bottom edges of the panels mounted on the outward-facing surface of the panel to cover the resulting joint gap at least one joint sealing device (3), 10 - located on the rear surface of the joint sealing device (3), from outside to inside at least one mounting tab of a sloping joint sealing device (4), - extending vertically from the rear section of the joint sealing device (3) and leaning against the front surface of the carrier profile, the mounting screw is removed from the outside environment. by covering it so that it is not visible, the joint sealing device (3) is on the profile 15 at least one vertical arm of a joint sealing device that ensures its alignment (5), - integrated into the lower edge of the aluminum panel (2) and the joint sealing device (3) pass through the mounting tab (4) on the back surface from outside to inside The joint sealing device (3) with its concave channel structure locks onto the panel. at least one joint sealing tab (6), 20 - inwardly sloping and carrier located on the upper edge (2) of the aluminum panel At least one that allows the profile to be fixed by passing it through the upper channel along the vertical axis. vertical mounting tab (7), - along the horizontal axis and across the width of the aluminum panel (2) on the inner surface of the panel. at least one lamella positioned parallel and integrated to extend 25 reinforcing nail (8), - located on the upper outer edge of the aluminum panel (2) to prevent water, dust and dirt at least one sloping edge that prevents accumulation (9), - during the fixing of the aluminum panel (2) to the carrier profile with the bottom surface At least one insulation layer placed between the profiles to reduce heat, sound and moisture transmission. 30 a facade cladding characterized by band (10) (1). 2025 / 300 9 2. By directly covering the exterior walls of buildings, it prevents corrosion. High resistance to outdoor conditions thanks to its durable aluminum material. Claim characterized by aluminum panel (2) structured to provide A facade cladding like the one in 1 (1).

3. The vertical mounting tab (7) located on the upper edge, the panel is mounted vertically to the carrier profile. joint sealing located at the bottom edge while ensuring it is fixed on the axis the tab (6), the joint sealing device on the back surface of the joint sealing device (3) by making a snap connection with the mounting tab (4) the joint formed between the panels aluminum panel (2) 10 designed to ensure the closure of the gap A facade cladding as in Claim 1 or 2 characterized by (1).

4. By covering the joint gap between the aluminum panels (2), both aesthetically to maintain integrity and to form a protective layer against external environmental factors. 15 characterized by the joint filling device (3) structured to provide a facade cladding as in any of the above requirements (1).

5. By mounting the aluminum panel (2) on the outward-facing surface, the bottom of the panels and joint coating structured to allow it to extend along the top edges 20 as in any of the above claims characterized by the apparatus (3). a facade cladding (1).

6. Achieve a smooth and seamless look on the facade by concealing the mounting screw. with the joint coating apparatus (3) designed to contribute to its completion A facade like any of the above-mentioned claims characterized 25 coating (1).

7. Joint sealing device that ensures secure fastening to the carrier profile. By concealing the mounting screw from the outside environment with the mounting tab (4), it provides an aesthetic appearance. 30 characterized by the joint filling apparatus (3) structured to provide a facade cladding as in any of the above requirements (1). 2025 / 300 8. Integrated into the rear surface of the joint sealing device (3) from outside to inside. The joint seal located on the lower edge of the aluminum panel (2) with its inclined structure It locks by passing through the tab (6) and the joint sealing device (3) is firmly attached to the panel. joint sealing device assembly designed to ensure it adheres properly. 5 as in any of the above claims characterized by the quotation mark (4). a facade cladding (1).

9. The joint sealing device (3) will protrude vertically from the rear surface. by extending in such a way as to make contact with the front surface of the carrier profile 10 characterized by its vertical arm (5) of the structured joint sealing device a facade cladding as in any of the above requirements (1).

10. Sealing the joint by preventing the mounting screw from being visible from the exterior surface of the facade. to ensure that the apparatus (3) is correctly aligned on the carrier profile 15 characterized by its vertical arm (5) of the structured joint sealing device a facade cladding as in any of the above requirements (1).

11. The joint sealing device (3) is integrated into the lower edge of the aluminum panel (2). The mounting tab (4) of the joint sealing device located on the back surface, from outside to inside. 20 characterized by a joint closing tab (6) which is structured to pass through and lock. a facade cladding as in any of the above-mentioned requirements (1).

12. Secure attachment of the joint sealing device (3) to the aluminum panel (2). caused by vibrations or temperature differences from the external environment 25 to prevent relaxation against expansion / contraction effects the above characterized by the structured joint sealing tab (6) a facade cladding as in any of the requests (1).

13. Structured on the upper edge of the aluminum panel (2) and inwardly sloped Its structure allows the panel to sit vertically on the upper channel of the carrier profile, lifting it 30 degrees from the top. vertical mounting configured to ensure it is fixed downwards 2025 / 300 11 as in any of the above claims characterized by its claw (7) a facade cladding (1).

14. During assembly, ensure the panel is guided into the carrier profile and positioned vertically. 5 configured to prevent any movement that may occur on the axis Any of the above requirements characterized by a vertical mounting tab (7) a facade cladding like one of them (1).

15. On the inner surface of the aluminum panel (2) along the horizontal axis and across the width of the panel by being integrated in such a way that it extends, the panel prevents it from bending under its own weight or 10 by preventing sagging due to external forces such as wind load. to ensure a balanced distribution of the loads transferred to the profile the above characterized by the structured lamellar reinforcement nail (8) a facade cladding as in any of the requests (1).

16. On the upper outer edge of the aluminum panel (2) which is in direct contact with the external environment by being structured in such a way that external factors such as water, dust and dirt can penetrate the panel surface. with a sloping edge (9) designed to prevent accumulation a facade like any of the above characterized claims coating (1). 20 17. Freezing and corrosion can occur when water easily flows off the surface in rainy weather conditions. and structured to prevent pollution-induced deformations in any of the above claims characterized by a sloping edge (9) such as a facade cladding (1). 25 18. When fixing the aluminum panel (2) to the carrier profile, the bottom surface of the panel placed between the profile and the wall to reduce the transfer of heat, sound, or moisture. The above is characterized by the insulation tape (10) which is structured in such a way as above. a facade cladding as in any of the requests (1). 30 2025 / 300 12 19. By preventing thermal bridges that may form between the outside and inside environments. insulation designed to seal any gaps that may form. as in any of the above claims characterized by band (10) a facade cladding (1).

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