Flexible Curtain Panel Fence System

Abstract

The invention refers to panel fencing, used to define the boundaries of areas outside enclosed spaces such as homes, workplaces, schools, and factories, as well as open spaces such as sports fields, gardens, parks, and playgrounds, and especially for security reasons. - To ensure that the gaps between two vertical connecting elements (120) are tightly filled by ensuring that the distances between the vertical connecting elements (120) in the load-bearing structure can be tolerated during production, and to ensure that the gaps between two vertical connecting elements (120) are tightly filled by using an elastic material. - It is characterized by having a curtain panel (200) with a contact surface (230) to ensure adhesion to the aforementioned vertical connecting elements (120).

Description

1 TAR I FNAME Flexible Curtain Panel Fence System 5 Technical Area The invention applies to the outdoor areas of enclosed spaces such as homes, workplaces, schools, and factories, as well as sports fields. In open areas such as gardens, parks and playgrounds, boundaries must be defined and This is especially relevant to panel fences used for security purposes. Current Technique 15 Outdoor areas of enclosed spaces such as homes, workplaces, schools, and factories, as well as sports fields, vineyards, and gardens, In open spaces such as parks and playgrounds, defining boundaries and especially Products used for security purposes are called fences. Fences, especially In situations requiring visual and sound insulation, they are enclosed with panels. 20 Applications that use panels are called panel fences. In current technology, connection with curtain panel in panel fence applications. The elements do not join completely, and gaps form between them. This Due to the gaps, complete image isolation cannot be achieved. With this 25 As a result, sound insulation is also inadequate. Patent document number 2023 / 00447 describes the need for visual and sound insulation. A curtain panel fence is described for use in these areas. However, this panel The fence consists of wire and panel structures, and since the panels have a flat structure, 30 It does not have elasticity. Due to the lack of elasticity, It is not suitable for use in applications with different wire spacings. This type The load-bearing structure must be manufactured with precision for practical use. 2 Purpose of the Invention The purpose of the invention is to allow the material to be tightly fitted between two vertical fasteners thanks to its elasticity. by settling in and filling any gaps that may form, thus providing complete sound and image. The goal is to obtain a curtain panel that provides insulation. 5 Another purpose of the invention is to create panel fences with varying vertical fastener spacing. In their construction, a curtain panel fence can be implemented using the same curtain panel. The goal is to achieve the desired structure. Another purpose of the invention is to create a curtain panel fence with increased strength and service life. to obtain. Another objective of the invention is to create a high-security curtain panel fence. Another purpose of the invention is to create a wavy structure thanks to the inclined panel design. A curtain panel fence with enhanced sound insulation and an aesthetically pleasing appearance. The goal is to achieve the desired structure. The curtain panel fence, developed to achieve the aforementioned objectives, is 20 - Vertical connection elements (120) located in the load-bearing structure, their distances from each other contain slight differences in the production process by ensuring that the situation is tolerable, two vertical connecting elements (120) to ensure that the gaps between are tightly filled with elastic which is in the structure and 25 - To ensure attachment to the aforementioned vertical connecting elements (120) It includes curtain panel (200) which has a contact surface (230). Explanation of the Figures The attached Figure 1 shows a front perspective of the curtain panel fence application. It is the appearance. 3 Figure 2 shows a front perspective view of the supporting structure. Figure 3 shows a side view of the supporting structure. Figure 4 shows a front top perspective view of a curtain panel fence. Figure 5 shows a top view of a curtain panel fence. Figure 6 shows a top view of the curtain panel. 5 Figure 7 shows the rear view of the curtain panel. Figure 8 is a top view of the two curtain panels. Figure 9 is a top-down perspective view of the curtain panel. Figure 10 is a top view of two curtain panels positioned side-by-side. Figure 11 is a top view of two curtain panels positioned side-by-side. 10 Figure 12 is a front perspective view of the curtain panel. Figure 13 shows a top detail view of the vertical connecting element and the curtain panel. The main parts shown in the figures are listed below by number and name. 15 (100) Load-bearing structure (110) Front support element (120) Vertical connecting element (130) Rear support element 20 (200) Curtain panel (210) Back (220) Wing (221) Projection (230) Contact surface 25 m: Concentricity of the contact surface and vertical connection element. 4 Detailed Description of the Invention The invention applies to outdoor areas of indoor spaces such as homes, workplaces, schools, and factories, as well as sports fields and vineyards. 5 of the areas they own in open spaces such as gardens, parks and playgrounds panel used for reasons such as defining boundaries and especially security It is related to fences. The subject of the invention is a curtain panel fence; supporting structure (100) and The curtain consists of panels (200). Support structure (100), front support element (110), vertical connection element 10 (120) and rear support element (130). Front support element (110), vertical The connecting element (120) and the rear support element (130) are connected to each other. With the aforementioned connection, the supporting structure (100) is firmly in place. It has been created. Front support element (110) ensures that the supporting structure (100) is strong and stable. connecting the vertical support elements (120) to ensure that it stops It is a part. Depending on the request or need, on the load-bearing structure (100). One, two or more front support elements (110) can be used. The aforementioned front support element (110) defines the front boundary of the curtain panel (200). 20 The vertical connecting element (120) ensures a strong and stable support structure (100). to ensure that the aforementioned supporting structure (100) remains in place It is the part that forms the skeleton. On the load-bearing structure (100) optionally or Depending on the need, the desired number of vertical connection elements (110) 25 It can be used. Curtain panel on the aforementioned vertical connection element (120). (200) nests. The mentioned nesting occurs in the wings (200) of the curtain panel. (220) is made through the contact surface (230). Nesting and curtain The panel (200) is fixed to the carrier structure (100). The rear support element (130) ensures a strong and stable support structure (100). vertical support elements (120) from behind to ensure that it stays in this position It is the part that connects the rear support element (130) and the curtain panel. (200) The stretching limit towards the back is determined. Rear support element (130) structural support of the curtain panel (200) during flexing. It is the part that maintains the integrity and determines the stretching limits of the curtain panel (200). 5 With the limitation, the curtain panel (200) may stretch excessively inwards, potentially leading to deformation. This prevents damage. The rear support element (130) also protects the carrier. by adding extra strength to the construction (100) the outer (200) of the curtain panel It also helps prevent deformation caused by impacts. The curtain panel (200) used in the structure that is the subject of the invention; back (210), It includes a flexible wing (220) and a contact surface (230). Curtain panel (200), front between the support element (110) and the rear support element (130) and parallel to each other. between two vertical connecting elements (120) placed in the figure It is located. 15 Curtain panel (200) is made of elastic material. Curtain panel (200) each wing (220) has the ability to flex from the inside out or from the outside in. It has. With the stretching movement, the back (210) part of the curtain panel moves back and forth. It does. With inward flexion, the back (210) moves 20 towards the back support element (130). It is moving. The rear support element (130) limits the stretching of the curtain panel (200). It determines this. In this way, the curtain panel (200) stretches more than desired. Deformation, cracking, or breakage has been prevented. The subject of the invention is a curtain panel (200), comprising two wings (220). Winged (220) 25 The structure ensures that the curtain panel (200) flexes more healthily. Alternative applications of the invention may include one wing (220) or more than two. Winged (220) structure can also be used. Wing (220) generally has an oval shape. It has an oval shape which allows the wing (220) to flex better. Additionally, the oval shape allows for better absorption of sound waves, resulting in a sound insulation level of 30. It is enhanced. Thanks to the oval wing structure (200), the reflection of sound from the panel is increased. 6 Environmental noise is reduced and minimized. This feature of the invention It is more effective to use it, especially in areas where noise reduction is important. It makes it so. There is at least one protrusion (221) on the wing (220). The protrusions (221) are 5 by providing extra strength to the wing (220), which occurs during stretching This prevents problems such as cracking or breaking that may occur. Thus, Long-term use of the curtain panel (200) is ensured. The protrusions (221) are generally located on the ridge (210) region and / or the contact surface (230) 10 It is located on the nearby parts. In this way, the curtain panel (200) stretches. During the process, the areas most prone to fracture and cracking were reinforced. [Protrusion] (230) and the service life of the curtain panel (200) have been increased. Curtain panel (200), thanks to its concave contact surfaces (230) vertical connection element 15 (120) nests by being squeezed between the concave (200) of the curtain panel. is done via contact surfaces (230). With the flexible structure of the curtain panel (200), the production of the mentioned curtain panel (200). It tolerates small size deviations that may occur during the process. 20 The meeting was held in the outdoor areas of indoor places such as homes, workplaces, schools, and factories, as well as sports fields and vineyards. areas they own in open spaces such as gardens, parks and playgrounds Panel fences are used for reasons such as defining boundaries and especially security. 25 -vertical connection elements (120) located in the load-bearing structure, to each other the fact that the distances between them contain slight differences in the production process is tolerable. by ensuring that the two vertical connecting elements (120) can be connected elastic in structure to ensure that the gaps are tightly filled, -to ensure contact 30 to hold onto the aforementioned vertical connecting elements (120). It is characterized by having a curtain panel (200) with a surface (230).

Claims

7 SYSTEMS 1. The invention applies to outdoor areas of enclosed spaces such as homes, workplaces, schools, and factories, as well as sports fields and vineyards. areas they own in open spaces such as gardens, parks and playgrounds panel used for reasons such as defining boundaries and especially security It is a fence and its feature is; - Vertical connection elements (120) located in the load-bearing structure, their distances from each other contain slight differences in the production process. 10 by ensuring that the situation is tolerable, two vertical connecting elements (120) to ensure that the gaps between are tightly filled with elastic which is in structure and - To ensure attachment to the aforementioned vertical connecting elements (120) It includes a curtain panel (200) which has a contact surface (230). 15 2. The contact surface mentioned in Claim 1 is (230) and its characteristic is that the curtain panel is forward- In order to prevent backward movement, the vertical connecting elements (120) a shape that can accommodate the vertical connecting element (120) that enables it to be nested and its size is concave in shape. 20 3. The contact surface mentioned in Claim 1 is (230) and its characteristic is; vertical connection. a complete bond of element (100) and contact surface (230) in harmony to be concentric with the vertical connecting element (120) to provide It is positioning. 25 4. The load-bearing structure mentioned in Claim 1 is (100) and its characteristic is; - ensuring that the supporting structure (100) stands firmly and stably. connecting the vertical support elements (120) to each other and curtain front support element (110) which defines the front limit of the panel and 30 - ensuring that the supporting structure (100) stands firmly and stably. to connect the vertical support elements (120) from the back and 8 rear support element (130) defining the rear boundary of the curtain panel (200) It includes.

5. The load-bearing structure mentioned in Claim 1 is (100) and its characteristic is; load-bearing 5 to ensure that the construction (100) stands firmly and stably forming the skeleton and the curtain panel (200) to the supporting structure (100) It includes a vertical connecting element (120) that enables it to be fixed.

6. The curtain panel (200) mentioned in Claim 1 is made of flexible polymer. It is made of the material. 10 7. The curtain panel mentioned in Claim 1 is (200) and its feature is; the curtain panel It must contain at least one wing (220) to ensure its flexibility.

8. The wing mentioned in Claim 7 is (220) and its feature is; the wing (220) has an extra 15 by providing strength, preventing cracking that may occur during stretching. at least one protrusion that prevents problems such as breakage (221) It includes.

9. The wing mentioned in claim 7 (220) is characterized by its flexibility, in addition to being better 20 Its oval shape provides sound and visual insulation.

10. The curtain panel mentioned in Claim 1 is (200) and its feature is; wings (220) It contains a back (210) to increase the tensile strength.

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