A FOOT STRUCTURE

Abstract

The invention relates to a support structure used for fixing support posts to the ground in winter gardens, pergolas, or similar structural systems, especially those made from aluminum profiles.The invention relates specifically to a foot structure which includes a pole guide (20) having a structure onto which the pole (D) is to be mounted and which has at least one guide hole (21) which can be made coaxial with the foot hole (11) in the foot plate (10) and at least one guide slot (22) on the surface facing the foot plate (10); at least one directional fixing pin (30) which is used to fix the relative angular position of the pole guide (20) on the foot plate (10) by being placed in one of the pin slots (12) in the foot plate (10) and in the guide slot(s) (22) in the pole guide (20); and at least one connecting element (40) which is passed through the foot hole (11) of the foot plate (10) and the guide hole (21) of the pole guide (20) and connects the pole guide (20) to the foot plate (10).

Description

1 TARIFF A FOOT STRUCTURE TECHNICAL FIELD The invention relates to a winter garden, pergola or similar structure manufactured specifically from aluminum profiles. 5 a foot structure used to fix the support posts to the ground in these systems It is related to. The invention specifically involves a structure onto which the pole is mounted, and on which the aforementioned with at least one pilot hole that can be aligned with the foot hole in the footplate 10 a mast guide having at least one guide slot on the surface facing the footplate; from the pin holes in the footplate and the guide in the direct guide by fitting into its socket(s), the relative angular position of the pole guide on the footplate at least one directional fixing pin used to secure its position; and the foot in question by passing the plate through the foot hole and the guide hole of the pole guide, pole 15 a footplate containing at least one fastening element that connects the guide to the footplate It is related to its structure. STATE OF THE ART 20 Steel construction and aluminum profile systems are lightweight, durable, and suitable for modern architecture. These are fundamental structural solutions widely used to create flexible structures. Winter gardens, pergolas and similar structures, especially those made from aluminum profiles, They are frequently preferred due to their aesthetic appearance and corrosion resistance. The statics, safety, and longevity of such structures depend on the 25 mm bearing the entire system's load. This directly depends on the vertical support posts being firmly fixed to the ground. To provide the critical connection, it is usually made of high-strength steel or aluminum. Specially manufactured connecting feet are used. These feet support the vertical and lateral connections coming from the poles. It safely transfers the loads (the structure's own weight, wind, snow load, etc.) to the ground and 2 It preserves the integrity of the structure. Therefore, these connecting legs are more than just simple components. Furthermore, they are engineering components that play a vital role in the stability of the entire system. In current technology, modular structures such as winter gardens are installed. Aluminum support posts can be positioned in different locations of the structure, such as corner, middle, right or left. They are positioned. Each of these positions has the pole's ground connection foot facing a different direction. This requires looking at it. To meet this need, for each position (for example; right (corner leg, left corner leg, center connecting leg, etc.) are designed and manufactured separately, in a specific direction. Specific, fixed sets of feet are used. This is for a simple fastening element. This leads to the emergence of numerous different part variations. 10 In current technology, the necessity of having a separate set of feet for each position is imposed by the manufacturer and This creates serious inventory management problems for distributor companies. Numerous different Stocking of foot-type materials leads to inefficient use of storage space and inventory This leads to increased costs. At the same time, this variety of parts increases the inventory. 15 by complicating tracking, order management and supply chain processes operational It reduces efficiency. In the current technique, there are numerous sets of feet that are very similar to each other but have different orientations. 20 This is the cause. Warehouse staff or packing supervisor, order preparation. During the process, they can easily select the wrong set of feet and send it to the customer. This situation, a common problem is that the correct parts needed for the project do not arrive on site. It is a problem. 25 With the current technology, sending a set of footings to the site in the wrong direction can disrupt the project's progress. This has serious consequences that directly affect the process. The assembly team has to deal with the direct impact of the part they have. If it realizes that it is incompatible with the position, it cannot complete the installation and the work stops. This leads to unforeseen delays in projects and increased labor costs. increase, time and resource loss for re-supplying the correct part, and at least 30 3 Ultimately, as a result of this whole chain of negative events, serious customers This leads to dissatisfaction. In conclusion, in order to solve the aforementioned problems that exist in the current technology, The need for a new, economical and practical leg structure and the existing 5 The inadequacy of the solutions has made it necessary to make improvements in the relevant technical field. THE PURPOSE OF THE INVENTION The present invention aims to eliminate the aforementioned disadvantages and contribute to the relevant technical field. Developed to bring new advantages, especially in winter garden systems, each post a uniform design that eliminates the need to use different feet for each position A pole mounting base that can be manufactured and adapted to any position, rotating 360 degrees. It is related to. 15 The main purpose of the invention is to enable each pole position (right, left, the necessity of using fixed leg sets designed separately for (middle, corner, etc.) The aim is to eliminate it. A single type of foot set, developed for this purpose, rotates on its own axis. It can rotate around its axis and be locked in the desired direction thanks to its integrated locking pin. It has the capability to meet the needs of all different pole positions with a single product. It can be met. Another important objective of the invention is to reduce high inventory costs caused by part variety. and to eliminate complex inventory management. Numerous aspects of current technology Instead of needing to stock different leg variations, just 25 of a single type of universal leg set. Stocking is sufficient. This situation is reflected in storage areas and Kanban by significantly saving space in their systems, they improve logistics and operational efficiency. It increases. 30 4 Another important purpose of the invention is to address problems encountered in shipping processes and customer issues. The goal is to completely resolve the 'wrong part delivery' problem that leads to dissatisfaction. Since there is only one type of foot set design, order preparation and packaging The possibility of selecting the wrong part specific to the position during the stages is completely eliminated. has been removed. This ensures that the project is delivered to the client completely and with the correct materials. Delivery is guaranteed, and project delays caused by faulty shipments are avoided. Additional costs are avoided. Another important objective of the invention is to simplify application processes in the assembly field and The aim is to make it practical. The technician who will do the assembly will attach the uniform leg to the relevant pole. After assembly, you can easily rotate it so that it faces the inside of the structure. It locks with adjustment and fixing pins. This determines which leg belongs to which corner. It shortens assembly time by eliminating the need for identification and installation. It prevents mistakes. 15 The structural and characteristic features and all the advantages of the invention are given in the figures below. This becomes clearer thanks to the detailed explanation written by referring to these figures. This will be understood. Therefore, the evaluation should also take these figures and detailed explanations into account. It must be done by taking it. 20 FIGURES THAT WILL HELP UNDERSTAND THE INVENTION FIGURE 1; This drawing shows the leg, which is the subject of the invention, in its disassembled state. FIGURE 2; This is a drawing showing the foot, which is the subject of the invention. FIGURE 3; This is a drawing showing the leg of the invention attached to the pole. 25 REFERENCE NUMBERS 10. Footplate 11. Foot Hole 12. Pin Socket 20. Pole Guide 5 21. Pilot Hole 22. Guide Housing Pin 30 40. Fastener D. Pole 10 DETAILED DESCRIPTION OF THE INVENTION This detailed explanation includes the preferred configurations for seat suspension systems. purely for the purpose of better understanding the subject and without any limiting influence. 15 It is explained in a way that will not create a problem. The invention provides for the mounting of a pole (D) to the ground or a surface, and also for the pole itself. It involves a modular connection system that allows for adjustment of its direction. The system basically consists of a foot plate (10) forming the mounting surface, inside the pole (D). an incoming pole guide (20), pins used for direction adjustment (30) and the whole system a 20 It consists of connecting elements (40) that hold it together. The assembly process involves the pins located on the footplate (10), preferably four of which are present. It starts with the insertion of two directional fixing pins (30) into two of its slots (12). 6 Then the direct guide (20), guide slots (22) on its lower surface are connected to these pins (30) It is placed on the footplate (10) so that it fits perfectly. These two main parts fastening together through the foot holes (11) in the footplate (10) and the post through the connecting elements (40) that are passed through the guide hole (21) in the guide (20). This is done. At the end of this stage, the footplate (10) and the post guide (20) are tightly joined together. 5 They will be connected. In the next step of the system, an aluminum pole (D), preferably measuring 80x80mm, It is slid over the assembled pole guide (20). The pole (D) To finally fix its position, the side of the mast (D) and the mast guide (20) Metric threads are cut onto the surfaces, concentrically on both. This thread is 10 A connecting element (40) is screwed into the socket, passing through the pole guide. This process ensures that the pole (D) guide (20) prevents the entire system from turning or playing within a single and It makes it a solid structure. One of the most important features of the invention is its ability to adjust direction. Footplate (10) has four pin slots (12) as standard on the pole guide 15 (20) allows the pins to be positioned at 90-degree intervals on the plate. (30) by being installed into different slots (12), direct (D) after mounting 0, 90, 180 and 270 It can be easily adjusted to face in four different directions, including degrees. This allows... Flexible installation depending on the physical conditions of the assembly area or design requirements. The possibility is offered. In addition, the pin socket (12) in the footplate (10) and the 20 in the pole guide (20) By increasing the number of guide slots (22), a more precise 90-degree rotation angle can be achieved. The angle can be adjusted to a specific value (e.g., 45° or 30°), which expands the range of applications of the invention. The scope of protection in this application is defined in the claims section and is explicitly stated above. The examples given cannot be limited to those described; a person skilled in the technique can make a difference in the invention. the innovation presented can be achieved by using similar structures and / or 25 this structure can also be applied to other similar fields using the same technology. It is clear. Therefore, such structures foster innovation and, in particular, the state of the technology. It is also obvious that it will lack the criterion of being surpassed.

Claims

7 REQUESTS 1- The invention relates to winter gardens, pergolas or similar structures manufactured specifically from aluminum profiles. In structural systems, a foot is used to fix supporting posts to the ground. Its structure and characteristic is; 5 - Designed to be fixed to the mounting surface in question and bearing a foot with at least one foot hole (11) and more than one pin socket (12) plate (10), - Having a structure on which the pole (D) in question will be placed, on it, the foot hole (11) on the footplate (10) is made coaxial with the foot hole (10). on the surface facing the footplate (10) with at least one guide hole (21) that can be brought in a mast guide (20) which has at least one guide slot (22); - Selected from the pin holes (12) on the footplate (10) and directly by being placed in the guide slots (22) in the guide (20) of the pole guide (20) foot at least 15 used to fix the relative angular position on the plate (10). one direction fixing pin (30); - Through the foot hole (11) and the pole guide of the footplate (10) in question. (20) guide hole (21) is passed through the pole guide (20) to the footplate (10) at least one connecting element (40) It is characterized by its inclusion. 20 2- The foot structure conforming to Claim 1, its feature being; the pole (D) in question, the pole guide (20) performs the task of ultimately fixing its position on the direct (D) screws into the concentric threaded socket on the lateral surfaces of the pole guide (20). It is characterized by containing an additional connecting element (40). 25 3- The foot structure conforming to Claim 1, its feature being; the foot plate in question (10) on it, the pole guide (20) at 90 degree intervals (0°, 90°, 180°, 270°) four pin slots (12) that allow for positioning It is characterized by its inclusion. 30 8 4- The foot structure conforming to Claim 1, its feature being; the turning angle of the pole guide (20) The task is to adjust it in more precise steps than 90 degrees (e.g., 45° or 30°). (12) pin sockets, the number and configuration of which are determined accordingly. It is characterized by its inclusion. 5 5- The foot structure conforming to claim 5, its feature being; the pole (D), the pole guide (20) performing the task of enabling mounting by sliding onto each other including a pole guide (20) with a compatible outer profile and a pole (D) with an inner profile It is characterized by... 10 15 20 25 30