BIOCLIMATIC PERGOLA SYSTEM WITH LEAKPROOF PANELS

Abstract

This invention, related to the bioclimatic pergola system, consists of a hinge profile (1), hinge housing (2), seal housing (3), slat (4), shaft (5), slat extension (6), and seal (7), which are used in bioclimatic pergola or movable shutter roof systems in the building sector, and which provide a water wall between the slats that move between the vertical carrier profiles, ensure the slats are connected to each other with hinge profiles, connect the slats and hinge profiles to each other with pins and pin housings, and seal panels that provide and assist in sealing between the slats and hinge profiles.

Description

1 TARIFF BIOCLIMATIC PERGOLA SYSTEM WITH LEAKPROOF PANELS Technical Area This invention is used in the construction industry for bioclimatic pergolas or building units. In movable shutter roof systems, the shutters move between the vertical support profiles. located at the ends of the lamellae, ensuring a leak-proof connection between the lamellae. providing a water wall between the lamellae with hinge profiles, lamella and hinge10 Profiles are connected to each other with pins and pin sockets, and the profile extension lamella and The hinge provides a seal between the profiles and helps to seal them. This relates to bioclimatic pergola systems with leakproof panels. State of the Art15 The first louvered roof system was produced in Australia in the 20th century. Later, France... It has become widely used in Israel, New Zealand, and America. People with the ability to dedicate more time to relaxation on verandas, balconies, and terraces, The time spent in front of or in the gardens of restaurants and cafes has increased, and furniture and pets have become more visible. This type 20 ensures optimum protection of animals and outdoor equipment. Systems with fabric or awnings were needed. At that time, fabric or awning systems were available. compared to other models, it provides the opportunity to benefit from daylight to the desired extent. The need for this product led to the emergence of the first louvered roof systems. These products, over time... It has been greatly improved. Significant improvements have been made to new generation louvered roofs. These encourage customers to spend more time on verandas, gardens and terraces.25 in addition to providing, new technologies and improved strength in structural design It is aimed at making use of the natural circulation of air. Due to this feature of these systems that provide climate control, Bioclimatic Pergola, It is also known by names such as Bioclimatic Pergola, Smart Roof System, etc. Louvered roof systems are used in many places today. These systems... The primary purpose is to create a space that can be used in harmony with nature in every season. 2 Bioclimatic pergola systems are designed according to the requirements determined for the intended use. The lamellae can rotate around their own axis by varying degrees through a change in mechanism. It can be rotated to function as a shutter, it can be folded back, or it can be fixed in three different ways. It can be designed in model form. Suitable for commercial establishments and individual areas such as homes and gardens. Bioclimatic pergola systems have become more popular in recent years, especially in terms of ease of use. It is highly preferred. The ability of these systems to be opened provides the user with convenience in every season. It provides comfort. Bioclimatic pergola systems use movable parts mounted on fixed support profiles. They are installed. Fixed support profiles are placed vertically at the specified height on the roof.10 The raising of the horizontal support profiles allows movement above the roof and the movable parts. It is designed in the form of a section. Bioclimatic pergola systems are adapted to the seasonal and climatic conditions of the region where they will be used. suitable, with calculated corrosion distributions, determined in proportion to the load it will withstand.15 It is manufactured with materials. The bioclimatic pergola system also depends on the area where it will be built. They can be designed according to model and color specifications. These products are made of aluminum. And because they are made of stainless steel, they have a long lifespan. Therefore... It is preferred more often. Due to its material properties, aluminum has a surface... Because it is a corrosion-resistant surface, it is highly preferred in outdoor conditions.20 It is a metal. When aluminum is manufactured in a rectangular profile structure, both the profile cross-section Due to both its structure and material properties, it serves as a load-bearing structural element. Bioclimatic pergola systems used in building units in the construction industry. Retractable roof systems are very popular due to their comfort and ease of use. It is done. The user can close the roof like a horizontal shutter using the movable system. Opening it up makes the area more spacious and open, and on very sunny days it stays below 90°. lamella profiles designed to let in the desired amount of sunlight at an angle to the user's needs. Its ability to be adjusted or closed in rainy weather allows for multi-purpose use of the area. It provides. A common problem in bioclimatic pergola systems during rainy weather is...30 Water splashing into the interior of the system during water flow from the lamella profile to the gutter profile. This is happening. At the same time, there is a complete gap between the indoor and outdoor air due to this leak. 3 In the truest sense, thermal insulation cannot be achieved. In a bioclimatic pergola system, there is a groove at the end of the slat profile, along the slat body. It is located there. This channel collects water on the lamella during rainfall. It ensures the collection of water. The water flowing from the gutter flows into the stream gutter profiles located on the sides. It flows. The water collected in the stream channel profile flows from the feet and is discharged outside the system. During this process, the sound of water is very noticeable inside. Groove system at the end of the lamella profile. In situations such as heavy rainfall, strong winds, or drafts, water may overflow from the gutter. He is entering the premises. As can be understood from what has been explained above, in bioclimatic pergola systems sealing between lamellae, providing a seal even in bad weather conditions. It is clearly observed that there is a need for a structure with a sustainable system. Technical Problems That the Invention Aims to Solve15 Bioclimatic pergolas or movable pergolas are used in building units in the construction industry. In louvered roof systems, slats move between vertical support profiles. lamellae, located at the ends, ensure that the lamellae are sealed together. water barrier is provided between hinge profiles, slats and hinge profiles. Connected to each other by pins and pin sockets, wick and profile extension lamella and hinge20 sealant that provides and helps to seal between profiles This invention, related to bioclimatic pergola systems with panels, is described above. It completely overcomes the disadvantages, and its characteristic feature is that the lamellae are flexible together. The hinge profiles are connected by hinge profiles, and the hinge profile's slat pin and pin socket connection is also involved. with an easily foldable structure, gasket placement between the hinge profile and the slat,25 with a lamella extension at one end of the lamella, between the lamella and the hinge profile. The point is that a leak-proof seal is ensured. In bioclimatic pergola or movable shutter roof systems, vertical support profiles in the lamellae that move between them; from the upper end of one lamella to the lower end of the other lamella30 It has a hinge profile. A connection is made from the top end of one slat to the bottom end of another slat. by ensuring that the lamellae are positioned side-by-side, providing an uninterrupted connection for all lamellae. 4 They are connected to each other. There is a shaft at each end of a lamella. The shaft at the end of the lamella fits into the hinge socket located at both ends of the hinge profile. It is located within the shaft at the end of the lame and the hinge housing at both ends of the hinge. It enables the creation of circular motion centered on the shaft.5 In the bioclimatic pergola system with leak-proof panels, the slats are hinged to each other using profiles. It is connected by a hinge profile that is attached to both ends of the lamellae with a hinge housing. The unit is installed flat, with the top covered, and wicks are placed at both ends. The hinge profile has grooves at both ends for inserting the gasket. The seal is created by placing the seal in the seal groove in the profile and sealing the area between the lamella and the hinge profile. It provides protection. The seal is especially effective in bad weather conditions, between the lamella and the hinge housing. It forms a water barrier, preventing leaks. In the bioclimatic pergola system with leak-proof panels, the slats are hinged to each other using profiles. It is connected by a hinge profile that is attached to the two lower ends of the lamellae via a hinge housing. It is positioned in an inverted channel configuration. The hinge profile has an inverted channel. With this arrangement, a water channel is formed between the two lamellae. The water channel serves this purpose. The hinge profile located on the slat allows the liquid falling on it to transfer to both sides.20 In a bioclimatic pergola system, liquid flows along the slat body at the tip of the slat profile. The energy is transferred to the channel in the hinge profile. This channel is located on the lamella during precipitation. The collected fluid is gathered in the hinge profile. The fluid flowing through the channel... The liquid collected in the stream channel profiles on the sides flows into the channel.25 It is ensured that it flows from the feet and is expelled from the system. In a bioclimatic pergola system with leak-proof panels, a slat extension is located at one end of the slat. It is located. The hinge profile, which is connected to the two lower ends of the lamellae with a hinge housing, is reversed. In its channel-shaped arrangement, the lamellar extension provides a fluid barrier.30 The lamella extension located at one end of the lamella extends towards the hinge profile. It covers the hinge housing. In this way, the hinge profile and its protection against bad weather conditions are ensured. This prevents liquid leakage between the lamellae and stops the liquid flowing over the lamellae. The hinge profile is designed to flow in the middle section. Explanation of Figures 5 Figure 1 shows the general view of the hinge profile and slats. Figure 2 shows the hinge profile and slat detail view. Figure 3 shows a general view of a bioclimatic pergola system with airtight panels. Explanation of references: NO PART NAME 1 Hinge Profile 2 Hinge Housings15 3 Wick Slots 4 lamellae Shaft 6 Lamella Extensions 7 Wicks20 Bioclimatic pergolas or movable pergolas are used in building units in the construction industry. In louvered roof systems, slats move between vertical support profiles. lamellae25 located at the ends, which ensure that the lamellae are sealed together. water barrier is provided between hinge profiles, slats and hinge profiles. Connected to each other by pins and pin sockets, wick and profile extension lamella and hinge sealant that provides and helps to seal between profiles This invention relates to the bioclimatic pergola system with panels; hinge profile(1), hinge housing(2), wick housing(3), lamella(4), shaft(5), lamella extension(6), wick(7)30 It consists of. 6 Description of the Invention In bioclimatic pergola or movable shutter roof systems, vertical support profiles There are lamellae(4) that move between them. At the upper end of the lamella(4) are the other5 There is a hinge profile (1) that comes to the bottom end of the lamella(4). The top of a lamella(4) by connecting the lamellae(4) side by side from one end to the lower end of the other lamella(4). in finding all the lamellae(4) connected to each other with uninterrupted connection This is ensured. Seamless connection of the lamellae(4) to each other with hinge profile(1) It forms a roof system.10 There is a shaft (5) at both ends of the lamella(4). The shaft (5) at the end of the lamella(4) is a hinge. The lamella(4) fits into the hinge housing(2) located at both ends of the profile(1). The shaft (5) at the end and the shaft inside the hinge housing (2) at both ends of the hinge profile (1) This causes the formation of a circular motion centered on the center.15 In the bioclimatic pergola system with leakproof panels, the lamellae(4) hinge to each other. It is connected with profile(1). It is connected to the two upper ends of the lamellas(4) with hinge housing(2), The hinge profile(1) is positioned with the top closed and the seal(7) at both ends. The placement is done. For the placement of the strip(7) at both ends of the hinge profile(1)20 There is a slot(3). With the placement of the seal(7) in the seal slot(3) in the hinge profile(1). It provides a seal between the lamella(4) and the hinge profile(1). In the bioclimatic pergola system with leakproof panels, the lamellae(4) hinge to each other. It is connected with profile(1). Connected to the two lower ends of the lamellas(4) with hinge housing(2),25 The hinge profile(1) is in the position of being placed in an inverted channel shape. Hinge With the placement of the profile(1) in the shape of an inverted channel, a water channel is formed between the two lamellae(4). The hinge profile(1) which acts as a water channel, the liquid falling on the lamella(4) It facilitates the transfer to the other side. In the bioclimatic pergola system, at the end of the lamella(4) profile, along the lamella(4) trunk The flowing liquid is transferred to the channel in the hinge profile (1). This channel is used during rainfall. 7 It ensures that the liquid collected on the lamella(4) is collected on the hinge profile(1). The liquid flowing from the channel flows into the stream channel profile located on the sides. Stream channel The fluid that collects in the profile is drained from the feet and expelled from the system. In the bioclimatic pergola system with leakproof panels, lamella5 is at one end of the lamella(4). It has an extension(6). It is connected to the two lower ends of the lamellae(4) by a hinge socket(2). hinge profile(1) in reverse channel position, lamella extension(6) liquid It provides the barrier. The lamellar extension (6) located at one end of the lamellar(4) is the hinge. It closes the hinge housing (2) with an extension towards its profile (1). Lamel extension (6) The liquid barrier created with it creates air in different axes, especially in bad weather conditions.10 The leakage of liquid into the system is prevented during the flow.

Claims

8 REQUESTS 1- This invention relates to a bioclimatic pergola system, and its characteristic is;5 - By connecting the top end of one lamella(4) to the bottom end of the other lamella(4). with uninterrupted connection in the side-by-side positioning of the lamellae(4) and all the lamellae(4) hinge profile(1) that enables them to connect to each other, - The shaft(5) located at both ends of the lamella(4), - The shaft(5) and 10 at the two ends of the lamella(4) located at the two ends of the hinge profile(1). the formation of spindle-centered circular motion at both ends of the hinge profile(1) providing hinge housing(2), - Hinge profile(1) which is connected to the two upper ends of the lamellas(4) with a hinge housing(2) in the position of being flat and covered, with the lamella(4) sealing strip(7),15 between hinge profile(1) - The wick slot(3) which allows the placement of the wick(7) at both ends of the hinge profile(1), - Hinge profile(1) connected to the two lower ends of the lamellas(4) with hinge housing(2) In the position of being placed in the reverse channel shape, towards the hinge profile(1) to close the hinge housing (2) with the extension, by creating a liquid barrier It consists of a sealing lamellar extension (6).20

Images