INNOVATION IN BIOCLIMATIC PERGOLA SYSTEMS

Abstract

The invention relates to an innovative pergola system that minimizes maintenance and repair costs by having a small number of elements used in open areas such as restaurants, terraces, verandas, etc. Specifically, the invention relates to a pergola system that includes a sliding profile positioning body (510) on which the sliding profile (200) is positioned and moves on the sliding profile (200), a wheel (400) that moves with the panel (700) that performs single-point referencing on the panel (700) and is positioned on the panel (700) and used as a cover, and a panel guiding element (600) used in the connection of the aforementioned sliding profile (500).

Description

1 TARIFF INNOVATION IN BIOCLIMATIC PERGOLA SYSTEMS TECHNICAL FIELD The invention is classified as number 5 because it has a small number of elements used in outdoor areas such as restaurants, terraces, verandas, etc. It is about an innovative pergola system that minimizes maintenance and repair costs. The invention specifically relates to the positioning body with the slide profile on it and the slide profile positioning. and the plastic track moving along the track profile, single-point referencing on the panel. performs, moves with the panel, is positioned on the panel and functions as a cover. A 10 that includes a panel guidance element used in the contact of the wheel and sled plastic. It is related to pergola systems. PREVIOUS TECHNIQUE Nowadays, areas that people use frequently, such as restaurants and terraces, need to be both aesthetically pleasing. It can be opened and closed both to provide functionality and depending on weather and climate conditions. Pergola systems are used. 15 Current pergola systems typically consist of numerous elements. These... The connections between the elements are subject to mechanical wear and tear over time, and misalignment. This leads to problems and maintenance requirements. In traditional systems, the roof section opens and closes. The movable mechanisms that enable it to close contain a large number of parts. They require periodic maintenance and can be costly in the long run. Also, they have 20 on them. referencing the routing elements from multiple points increases the installation time. It also increases the risk of deformation. THE PURPOSE OF THE INVENTION The invention satisfies the aforementioned requirements, eliminates all disadvantages, and It relates to innovations in pergola systems that bring some additional advantages. 25 2 The aim of this invention is to address the numerous elements found in existing pergola systems. It eliminates maintenance and assembly problems, has fewer components, is low cost, and It is a durable pergola system. In this new system, the guiding element is a single... By referencing from a specific point, the assembly process is simplified and the risk of deformation is reduced. Maintenance requirements are reduced. Thus, in the long run, maintenance needs are decreased, providing the user with a more efficient experience. and a low-cost solution is offered. FIGURES THAT WILL HELP UNDERSTAND THE INVENTION FIGURE-1; Drawing showing the pergola system that is the subject of the invention. FIGURE-2; This is a drawing showing the pergola system, the subject of the invention, in detail perspective. FIGURE-3; Perspective showing the pergola system, the subject of the invention, in its detailed disassembled state. It is a drawing. FIGURE-4; This is a drawing showing the pergola system, the subject of the invention, as a front cross-section. FIGURE 5; This is a drawing showing the sliding plastic used in the pergola system that is the subject of the invention. FIGURE-6; Perspective showing the panel guidance element in the pergola system that is the subject of the invention. It is a drawing. 15 FIGURE 7; Side view of the panel guiding element in the pergola system that is the subject of the invention. It is a drawing. FIGURE 8; This drawing shows the panels of the pergola system, which is the subject of the invention, in a semi-open position. FIGURE-9; This drawing shows the panels of the pergola system, which is the subject of the invention, in their closed position. REFERENCE NUMBERS 20 100th Ray 200. Sled Profile 210. Sled Plastic Positioning Area 300. Scissors 400. Wheel 25 3 500. Sled Plastic 510. Slide Profile Positioning Body 600. Panel Orientation Element 610. Panel Take-off Movement Center 620. Panel Take-off Assist Area 5 630. Support Protrusions 640. Panel Positioning Channel 700th Panel DETAILED DESCRIPTION OF THE INVENTION 10 The subject of the invention is the pergola system shown in Figure-1; rail (100), slide profile (200), truss (300), wheel (400), slide plastic (500), panel guiding element (600) and panel (700) elements It includes. Figures 2, 3 and 4 show the pergola system that is the subject of the invention in detail. Perspective drawings showing the assembled and disassembled state are given. In the invention, 15 on the rail (100) There is a positioned slide profile (200). On the slide profile (200), the slide The plastic positioning area (210) has been created and this slide plastic positioning area (210), the positioning body (510) of the slide profile (500) in the slide plastic is positioned and It is moving. The slide plastic (500) shown in Figure-5 passes over the wheel (400) and panel. It is connected to the guiding element (600). The sliding plastic (500) panel guiding 20 The panel take-off movement center (610) is used in connecting to element (600). Again wheel (400), on panel steering element (600), on panel steering element (600) The panel created is connected using the take-off support area (620). Finally panel orientation element (600), thanks to the panel positioning channel (640) on it It is located on the panel (700). Thanks to the panel positioning channel (640), the panel is 25 The directional element (600) is made to move together with the panel (700). In the invention, the monolithic panel guiding element (600) is shown in Figure-6 and Figure-7. panel take-off movement center (610) and positioned off-axis relative to each other The panel take-off support area (620) is located. The panel take-off movement center (610) is 30 The positioning of the support protrusions (630) is ensured by being off-axis. protrusions (630) to create movement space for both panel take-off movement center (610) 4 panel guidance element (600) is slid to the bottom of the body, as well as panel lifting connection of the movement center (610) to the body of the panel guiding element (600) It was created to ensure the strengthening of the panel take-off movement center (610). The reason for creating a movement gap is the operation of the sliding plastic (500) in the pergola system. The goal is to provide space for 5. In the invention, the panel orientation element (600) single point referencing on the panel (700) This improves the performance of the panel (700) movements and the panel (700) Facilitation is provided in the change. Again, the panel orientation element (600) invention The subject serves both as a cover in the pergola system and as a wheel (400) and runner 10 It offers connection points for plastic (500). In this invention, the movement of the scissors (300) is provided by motors. The scissors (300) The movement it receives from the motor is transmitted to the wheel (400), the slide plastic (500) and the panel guiding element (600) Thanks to this, it transfers to the panels (700). Thanks to this, the panels (700) can be opened and closed. 15 Figure-8 and Figure-9 show the panels (700) in the pergola system in the semi-open and closed positions. The drawings at the location are provided. In short, the invention is described as; the positioning body (510) on the slide profile and the slide profile. (200) located and moving in the slide profile (200) slide plastic (500), panel (700) 20 performing single-point referencing, moving with the panel, to the panel (700) located and used as a cover, the mentioned wheel (400) and the mentioned sled a pergola containing panel guiding element (600) used in the connection of its plastic (500). It is a system. In the invention, the sliding plastic (500) located on the panel guiding element (600) panel 25 used for connecting the wheel (400) to the panel guiding element (600). The starting movement center (610) and the wheel (400) to the aforementioned panel steering element (600) There is a panel take-off support area (620) used for connecting. Also in the invention Positioning of the panel orientation element (600) on the panel (700) and its use as a cover panel positioning channel (640) on panel orientation element (600) It is located. The panel steering element (600) in the invention has a panel lift-off movement of 30. The center (610) panel orientation element (600) moves by sliding it to the bottom of the body. in creating the gap and panel orientation element of the panel take-off movement center (610) (600) used to strengthen the connection to the body of the panel take-off movement center (610) positioning the panel lift-off support area (620) off-axis There are support protrusions (630) used.

Claims

6 REQUESTS 1. The invention is a pergola system used in open areas such as restaurants, terraces, verandas, etc. Its feature is that it performs single point referencing on the panel (700), with the panel moving together, positioned on the panel (700) and used as a cover, 5 used in the connection of the mentioned wheel (400) and the mentioned slide plastic (500). It is characterized by containing the panel orientation element (600).

2. This is a pergola system compliant with Claim-1, and its feature is the aforementioned panel guidance element. (600) located on the slide plastic (500) wheel (400) panel Panel lift-off movement 10 used for connecting to the steering element (600). It is characterized by containing the central (610).

3. The pergola system compliant with Claim-1 is characterized by its aforementioned panel guidance element. (600) located on the wheel (400) to the mentioned panel steering element (600) 15 characterized by containing the panel take-off support area (620) used for connecting. It is done.

4. Pergola system conforming to Request-1, its feature is; panel guiding element (600) panel orientation for positioning on panel (700) and use as a cover 20 characterized by having a panel positioning channel (640) on element (600). It is done.

5. The pergola system compliant with Claim-1 is characterized by the aforementioned panel orientation. element (600) panel take-off movement center (610) panel steering element (600) By sliding it to the bottom of the body, it creates a movement gap, panel lift 25 connection of the movement center (610) to the body of the panel guiding element (600) strengthening and the panel take-off movement center (610) mentioned panel take-off used in positioning off-axis with respect to the support area (620) It is characterized by containing support protrusions (630).

6. The pergola system complies with Request-1, and its feature is the aforementioned panel orientation. In the contact of element (600) with the slide profile (200), the position of the slide profile on it 7 The body (510) is positioned on the slide profile (200) and moves on the slide profile (200). It is characterized by containing sled plastic (500).