INNOVATION IN SUNSHADE BLIND SYSTEMS

Abstract

The invention relates to the mechanical design of a trigger system (3) that enables the arrangement and movement of slats (2) with two different angles in the same section, positioned within a frame (1) for use on doors, windows, glass, verandas in homes, offices, etc., and allows for the transmission of movement between the slats (2), and its innovation in enabling the screwless mounting of the slats (2).

Description

3 TARIFF 5 INNOVATION IN SUNSHADE BLIND SYSTEMS Technical Area The invention is a glass-mounted device used as an alternative to curtains on all types of doors and windows. This relates to sunshade blind systems compatible with aluminum, PVC, and wooden windows. The invention specifically describes: the process of forming lamellae without the need for ropes, chains, rods, or spring mechanisms. It relates to a trigger system that allows them to transmit motion to each other. Our system has a framework, allowing it to operate independently of the application location, and the system has 15 This is related to the fact that it allows the frame to be disassembled and reassembled together with the frame. This invention is a type of blind used for interior light control and privacy. It relates to systems consisting of aluminum slides and a carrier frame. In particular, the invention relates to systems consisting of aluminum slides and a carrier frame. integrated into, magnetically and / or mechanically attached to windows or similar surfaces It includes an installable blind system. 20 Current Technique Windows and doors are present in every aspect of our lives, such as homes, workplaces, hospitals, schools, banks, etc. In order to protect ourselves from the sun and to ensure our privacy, we use various sun control systems. These are needed. These include curtain rods, vertical blinds, roller blinds, pleated blinds, These can be wooden or metal blinds or railings. Although our product, which is the subject of our utility model, visually resembles a Venetian blind, its mechanical operating method... They encompass many differences. Blinds are available in various widths and colors, made of aluminum. 30 motorized or rope, rod, chain etc., made from raw materials produced in the industry, such as metal or wood. They are controllable and widely used curtain systems. Blinds are curtain systems that use slides. In a ladder rope system, the spacing of the ladders is determined according to the thickness of the slats. It is a mechanism. The slide or lamella moves along its axis as these strings rotate up or down. With the help of a second rope, the bottommost slide or lamella is pulled upwards, completing the mechanism. They are assembled. Thanks to various brackets, blinds can be mounted on the window, wall, or, again, an innovative 35 The invention involves mounting the double-glazed windows inside. Our product, which is the subject of our utility model, is both... assembly application structure, as well as the working principle of the mechanism, is based on the known structure of the technique. 4 It will bring useful innovations and support our industrial production in its field, increasing our export potential by 5 It includes innovations that will increase [the benefits]. Common blinds and blind systems generally require mechanical fasteners for fixed mounting. It is assembled with [material name], manufactured from wood, PVC or fabric-based materials, and is easy to disassemble and reassemble. It offers limited solutions in terms of ease of use and modular functionality. Wooden structures, especially those used in blind systems, are susceptible to high weight, cost, and moisture. This leads to disadvantages such as the lack of practical magnet-based mounting in existing systems. These solutions are not common. Purpose of the Invention The aim of this invention is to develop a lightweight, durable and long-lasting blind system, offering the user both 15 To offer both mechanical mounting options using brackets and magnetic mounting options using magnets. Providing ease of assembly and flexibility of use, an aesthetic and modular interior design solution. The goal is to create a structure that is resistant to moisture and environmental conditions. The invention consists of a carrier frame, a number of horizontal aluminum slides placed within that frame, and a spoke. The subject is a sunshade blind 20 that includes a mechanism enabling the simultaneous movement of the slides. It is a system. The distinctive feature of the invention is that the system: They can be magnetically attached to windows or similar surfaces via magnets, or Alternative mounting options include mechanical fixation using bracket-like fasteners. 25 It offers options. Current blinds can be mounted on windows, walls, ceiling concrete, or even other surfaces thanks to various mounting options. It can be installed inside double-glazed windows. Our product, which is the subject of our utility model, is suitable for both installation and application. its structure and the working principle of its mechanism bring beneficial innovations to the known structure of the technology. will bring. 30 A brief description of the diagrams that will help in understanding the invention. Figure-1; Frame on which the sunshade blind slat movement trigger (3) of the invention is mounted. It is a perspective exploded view of the system and its lamellar structure. Figure 2; Open and closed positions of the sunshade blind system, which is the subject of the invention. 35 It shows. Figure 3; Part, assembly and motion view of the lamella trigger (3) which is the subject of the invention. Figure 4; Frame 5 that enables the sunshade blind system, the subject of the invention, to function as a whole. It shows the details of your profile (1). Reference Numbers 1. Frame Profile 1.1 Frame profile assembly slot 10 1.2 Lamellar movement trigger assembly 1.3 Strip magnet holder 1.4 Center register joining plug assembly part 1.5 Mechanical mounting bracket slot protrusion 1.6 Metal strip alignment protrusion 15 1.7 Lamellar trigger concealment projection 1.8 Arm working area incline 2. Lamella Profile 3. Lamella Movement Trigger 3.1: Lamella Mounting Head 20 3.2: Movement Guide 3.3: Assembly Guide 4. Lamellar Movement Handle 5. Frame Assembly Sergeant 6. Middle Registration Joining Plug 25 7. Strip Magnet 8. Banded Metal Strip 9. Mechanical Mounting Bracket Detailed Description of the Invention In this detailed description, the subject of the invention is the sunshade blind slat movement trigger (3) mechanism, 30 This explanation is intended to help better understand the designed structure. Design details and description of system components; The frame profile (1) that enables our sunshade blind system to work After sharing information about the explanation and details, the assembly and operation of the trigger system (3) Information about the principles is given. The frame profile (1) is cut at 45 degrees and this profile is 35 Passing the strip magnet (7) through the T channel (1.3) on it and the strip magnet (7) After cutting the metal strip (8) of the same length opposite it, the frame assembly sergeant 6 By combining the bottom, top and side profiles using (5), the trigger system subject to the invention is 5 Application area is created. On our frame profile (1), the strip magnet t channel (1.3), 45 Class combination case assembly sergeant channel (1.1), trigger system application channel (1.2), trigger to conceal the system(3) a protrusion (1.7) and to conceal the magnet attachment system (1.6) and the load There is a protrusion (1.6) for pulling purposes. Rear bracket mounting in our frame profile. It is locked by means of a slot hole opened on the protrusion (1.5) and also the oval 10 located on the front. Thanks to its design (1.8), it is possible to use the handle accessory on windows and doors. Afterwards, it offers both an aesthetic appearance and the possibility of an angular design, thus preventing hand bumps. It prevents. Our frame profile (1) and slat profiles (2) are made of aluminum raw material. It is produced by the extrusion method, and after the production process is complete, it is thermally treated at a temperature of 280 degrees for 8 hours. The process is applied and as a result of this process, the flexibility and strength of the profiles are increased. Product 15 Coloring can be achieved through electrostatic powder coating or anodizing processes on aluminum, PVC, and even... A surface coating process is applied that is compatible even with wood. The trigger system in question (3) is the trigger system located on the frame profile we created. It is fixed by screwing it into the application channel (1.2). Each trigger system has five lamella mounting heads. (3.1) and each trigger system has the feature of being able to be added to another trigger system. This 20 In this way, additions can be made until the desired size is achieved. If desired, the same frame can be used. Two separate independent working systems are obtained by using the central register plug (6) and lamella profile (2) on it. It is possible; the bottom part can remain closed while the other part stays open. The trigger system in question consists of three parts: the lamella mounting head (3.1), the movement guide (3.2), Assembly guide (3.3). Lamella mounting head (3.1), lamella profile (2) after the system is assembled 25 In order to be able to assemble, the channel (1.2) and the lamella profile (2) have a protrusion to remain fixed. This allows the product to be disassembled after manufacturing and prevents damage during transportation. This prevents damage and also allows for a reduction in the product's packaging size. Our trigger system is characterized by its recognition feature. Two in the lamella mounting head (3.1) There are pins. The first of these is the pin located in the center to enable axial movement, and 30 It locks onto the assembly guide (3.3) and thanks to the specific mounting centers in the assembly guide (3.3). They are arranged one after the other. The second pin is located at the end of its head (3.1) on the central axis and the lamella thickness measurement. It extends from the protruding area and thus, in the fully closed position, the lamellae overlap each other. This allows it to be mounted. The system's operation, its opening and closing to the side, is also enabled from this pinpoint. It connects to the movement guide (3.2) which provides 35. The movement guide (3.2) is the most important trigger system (3) that enables the system to function. It is part of the movement guide (3.2) which has five pin fixing holes and one end of it. 7 The desired measurement is obtained thanks to the projection that connects to the next movement guide (3.2) and 5 This part (3.2) is the most important part that enables the system to be opened and closed. With the movement guide (3.2) The pin locations shown on the assembly guide (3.3) are at the same points on both guides. Open In the position, the lamella movement trigger (3) is combined with the movement guide (3.2) thanks to the pins. The mounting pin is positioned half the length of the mounting pin, in the same plane as the mounting pin. The system is closed. When it moves into position, the movement guide (3.2) returns to the same position by the same amount. 10 The difference between the assembly guide (3.3) and the movement guide (3.2) is that in the movement guide (3.2) there are only pins. While there are gaps and an add-on lock, the assembly guide (3.3) shows the pin gaps and the case in general. screw holes that allow mounting of the lamellar movement trigger (3) to the frame (1.2) It is found. At the same time, it is not locked by arranging the movement triggers (3) one after the other, It has a pin protrusion that helps with alignment, and the triggers are locked by a screw. 15 The lamella actuator (4) is powered by a slot opened on a lamella (2) as a trigger. It is mounted and this part is the initiator of the movement. Our finger is on the lamellar movement handle (4) It has protrusions that provide a better grip. As is known, a rope system is not used. There is no blind system. Our product, which is the subject of this invention, will perform the function of a blind by opening and closing. It can perform its operation with just one handle (4), thus achieving a convenient design. This is being done. At the same time, especially in Europe, as of February 2014, measures have been taken against child drownings. All curtains offered for sale also comply with specific child safety requirements. When the lamellae (2) are moved to the fully closed position thanks to the movement trigger (3), 75 At a certain degree, they intersect each other, completely blocking the image and light. The open position is perfectly flat. It leans even further back from its position, so we can both see outside and enjoy the sunlight for 25 minutes. We ensure they are brought in effectively. The frame joining sergeant (5) which enables the joining of our frame profile (1) is L-shaped and Thanks to the 4 compression set screws located on it, the system can be assembled at a 45-degree angle. It provides the task of joining and compressing the frame profile (1.1) in the design of the profile center It is aligned with specific tolerances. By tightening the setscrew in its housing, the part itself moves 30° around the housing. It is compressed on top and helps the joint to remain aligned and stable. This part (5) is metal and the outside The surface has been galvanized to prevent it from being affected by external factors. This part (5) and lamella Thanks to the fact that the profiles (2) can be removed and reattached to the lamella mounting head (3.1) afterwards, the system It can be disassembled. The middle register joining plug (6) lamella profile (2) two separate working systems within the same frame 35 It allows us to operate it. The frame profile in the middle part of the middle register joining plug (6) (1) There is a screw channel for fixing. In this way, the plug (6) used in the middle 8 5 allows the registration lamella (2) to remain fixed and the bottom and top parts of the system to operate at different angles. provides. Window and door systems are among the most expensive accessories in our homes today. For this reason... Generally, screws are used to fasten the accessories that will be applied to it. It is not wanted. Thanks to the t-channel (1.3) in the design of our frame profile (1), the strip 10 that can be applied to the profile The magnet (7) makes the assembly process easier and more practical. The bottom of the strip magnet (7) The male part located in the section is slid into the t channel (1.3) to secure the strip magnet (7). Strip magnets (7) are produced by extrusion in roll form due to rubber additives. This means the product is seamless and long, and its positive and negative aspects are excessively strong on the same production line. This ensures that the installation is completed successfully. This also allows the system to operate robustly in the application area. 15 It allows it to be fixed in place. The strip magnet (7) has a corresponding band on the metal strip (8) in the application area. It is fixed to the frame thanks to a painted metal sheet slice applied to its back. And to prevent cuts, beveled metal is used, ensuring the system is secured around the entire area. Thanks to the magnetic strip, it can be easily assembled and disassembled. This ease of assembly saves 20 minutes during installation. This allows for installation without the use of screws. Our same sunshade blind system also has an alternative screwless mounting design. Our bracket (9) system, designed to fit our frame profile (1), easily fits our frame profile (1). They interlock and hold the system upright. These brackets (9) are manufactured with special spring steels and It is designed in the shape of a paperclip. The part mounted on the profile (1) is compatible with our frame profile 25 It is designed (1.5) and holds into a slot that opens into the frame profile. All windows have a slat It was thought that the depth measurements would not be the same, therefore the bracket (9) l turning part was originally produced a wire that is not bent in that part, and the depth measurement will be taken later at the application site. The bend will be aligned with the measurement by the bending hand tool, so that a stock of bracket (9) is not made for each measurement. Increasing production volume in the industry with a single mold and single packaging in a standard model is 30. This will ensure that when raw materials are purchased, they will be sliced ​​to the same size and stockpiled. When our bracket (9) is bent after taking the depth measurement, it isolates the glass and its frame at the application site. The rubber seal will be mounted between the glass and the frame profile (1.5) that we will create It will correspond to the slots at the fixed points. In this way, our product will be positioned facing each other. The mounting will be completed by securing the bracket (9) and locking the slot. 35

Claims

2 REQUIREMENTS 5 1. A carrier frame (2) and several horizontal or vertically placed inside this frame. Sunshade blinds consisting of multiple slats, suitable for indoor or outdoor use. It relates to the system and its characteristic is;  The mentioned lamellae (2) are made of aluminum material and a trigger mechanism (3) 10 simultaneous movement through  Enables the mounting of the mentioned carrier frame (1) to windows or similar surfaces. It includes a strip magnet holder (1.3) and a bracket mounting tab (1.5) and thus, tape-on magnetic mounting with metal strip (7) and mechanical mounting with mounting bracket (9) 15 can be done  Thanks to the mentioned frame assembly sergeant (5), the assembly of the carrier frame (1) and Its feature is that it can be disassembled.  After the aforementioned carrier frame (1) is assembled, the lamella mounting part (3.1) This feature allows for the subsequent assembly and disassembly of the slats.  A lamella 20 thanks to the middle register connection plug (6) of the mentioned carrier frame (1). It can be divided into two with profile (2) and separated from each other within the same carrier frame (1). Its feature is that it allows two independent systems to operate.

2. The sunshade blind system mentioned in Claim 1, which enables the movement of the slats (2), lamellar movement trigger (3), lamellar mounting head (3.1), movement guide (3.2), mounting The guide includes parts (3.3). 25 3. The parts of the lamellar trigger mechanism mentioned in Claim 2 must be arranged in a specific order and in a certain way. It has locks that hold it in place. This allows the rotational movement to be distributed across all the lamellae. It is characterized by its transmission. 35

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