ACOUSTICALLY HIGH-PERFORMANCE, LIGHT-TRANSMITTING SURFACE LIGHTING SYSTEM

Abstract

The invention combines sound absorption, light transmission, personalization, and environmental sensitivity, featuring a 92% wood and plant-based composition and A+ class low VOC emissions. Its value lies in its phthalate-free material composition and recyclability, making it sensitive to human health and nature, and it can work synchronously with intelligent control systems, 3D. Thanks to its moldable structure and suitability for UV printing, it offers aesthetics, functionality and sustainability simultaneously, making it an innovative and environmentally friendly interior application. It is related to the surface lighting system used.

Description

1 TARIFF ACOUSTICALLY HIGH-PERFORMANCE, LIGHT-TRANSMITTING SURFACE LIGHTING SYSTEM Technical Area 5 The invention has implications for interior architecture, lighting technology, and acoustic design. It is related to the lighting system used. The invention specifically relates to a light-transmitting, microperforated, recyclable membrane of 10 a product and surface that provides both acoustic comfort and lighting simultaneously. It is related to the lighting system. State of the Art Today, standard LED panel lighting is common, especially in ceiling applications. These lighting systems are used in a way that results in flat, rigid, and fragile structures. Light homogeneity is low, and shadowing occurs at the edges. Acoustic performance. They do not offer this. Because these systems mostly contain plastic-derived materials, they pose a fire risk. It has low durability and some products have high VOC (volatile organic compound) emissions. It exists. After installation, it may negatively affect indoor air quality. Acoustic panels (PET-based, foam panels) provide sound insulation but not light insulation. They lack any special features. These panels, which offer limited aesthetic contribution, are made of sponge. Materials like polyurethane are not fire-resistant and are easily flammable. 25 On the other hand, many acoustic foam products contain harmful substances like phthalates and formaldehyde, which are detrimental to human health. They may contain chemicals. Their use can cause respiratory sensitization in the long term. or it can cause toxic effects indoors. Wood-patterned decorative ceiling coverings contribute to visual harmony, but 30 It has no light transmittance and acoustic performance. It is usually made of laminate, MDF, etc. Materials are used. Products that do not comply with fire regulations pose a fire hazard. The process is rapid. Because some panels are produced with solvent-based paints and adhesives. It can release harmful gases. 35 2 In current applications, linear LED systems and acoustic panels are sold separately. these are systems that generally offer only lighting or acoustic features alone. Therefore, lighting and sound control are provided with different products. However, integrating this application is difficult, and maintenance processes are complex. Used together Since the products have different material characteristics, even if one is environmentally friendly, the other is not. They can be toxic. The combination of different systems, fire and electrical safety. This can create uncontrolled areas. In the current state of the art, light and acoustic comfort and lighting applications. Acoustic solutions are usually achieved with separate products. This is both costly and practical. It increases the process and fails to provide visual and technical integrity. Phthalates, lead, If materials containing toxic substances such as cadmium are used, the products They can be harmful to human health in the long term. VOC (volatile organic compound) Products with high emissions reduce indoor air quality, leading to headaches, allergies, and It can pose risks such as respiratory problems. Fire regulations (e.g., 15 Panels that do not comply with EN 13501-1 pose a serious safety risk in public areas. This gives rise to. While standard panels are not flexible in terms of design, architecturally... It does not offer freedom of form and personalization options in projects. Back Non-recyclable materials are incompatible with the concept of sustainable architecture. and increases the carbon footprint. During transportation, bulky and heavy products, more than 20 This creates high transportation costs and installation difficulties. Human-centered lighting. (Human Centric Lighting - HCL) and incompatible with intelligent control technologies. These systems cannot be integrated with contemporary building automation systems. Therefore... the need to eliminate problems encountered in the known state of the art It has been heard. 25 In conclusion, the existence of the above problems and the inadequacy of the current solutions, This has made it necessary to make improvements in the technical field. Purpose of the Invention The present invention eliminates the aforementioned disadvantages and contributes to the relevant technical field. 35 with acoustic performance, light-transmitting surface lighting system that brings new advantages. It is related. 3 The main purpose of the invention is to create a light-transmitting, microperforated, recyclable material. Made of membrane and providing both acoustic comfort and lighting simultaneously. The goal is to create a surface lighting system. The aim of the invention is to integrate light, acoustics and environmental friendliness within a single structure. by presenting it within the system, simplifying the system and making the implementation easier. The goal is to develop a surface lighting system that provides this. Another aim of the invention is to reduce echo and sound reflection with its micro-perforated structure. Surface lighting systems that reduce noise and provide acoustic comfort in spaces have emerged. to place. Another aim of the invention is to increase visual comfort through homogeneous light distribution while maintaining the light level. surface lighting system that eliminates shadows created by light sources 15 to reveal. Another objective of the invention is the Casambi system (intelligent lighting control system) technology. with remote control of light level and color temperature, according to the daylight cycle. The scenarios are to develop a surface lighting system that can be defined. 20 Another aim of the invention is to create a surface that can be personalized thanks to UV printing technology. A surface lighting system has emerged on which patterns, logos, or artistic content can be applied. to place. Another aim of the invention is to produce a phthalate-free product made from 100% recyclable materials. Surface that does not contain substances harmful to human health such as lead and cadmium. The goal is to create a lighting system. Another objective of the invention is to create a low gas emission structure in the A+ VOC class. a health-friendly surface lighting system that does not degrade indoor air quality. to reveal. Another aim of the invention is to provide advantages in the transportation and assembly process due to its lightweight structure. A surface lighting system that places minimum load on the supporting structure has been developed. 35 to place. 4 Another purpose of the invention is its ease of assembly and disassembly, which facilitates maintenance and cleaning. and surface lighting system that greatly facilitates light unit changes to place. Another aim of the invention is to reduce transportation costs and to improve the panels used in existing technology. Surface lighting takes up less space and offers more economical logistics options. The goal is to establish the system. Another aim of the invention is to enable 3D moldable flexible surfaces to be incorporated into freeform designs. a surface lighting system that adapts and integrates with modern architecture to place. Another purpose of the invention is human-centric lighting (HCL). 15 that provide biological rhythm-sensitive lighting according to daylight, in accordance with its principles The goal is to create a surface lighting system. Another purpose of the invention is its fire-resistant structure (EN 13501-1: B-s1, d0). A surface lighting system that can be safely used in public spaces has emerged. to put. 20 Another purpose of the invention is as ceiling and wall covering in modern architectural projects. A surface lighting system that offers both visual integrity and a functional solution. to reveal. Another purpose of the invention is for offices, hotels, restaurants, schools, homes and conferences. In high-traffic areas such as halls, reducing echo provides acoustic comfort. The goal is to develop a surface lighting system that provides this. Another purpose of the invention is human-centric lighting (HCL). 30 In living and working spaces where it is needed, lighting that is in accordance with the biological rhythm. The goal is to create a surface lighting system that provides a supportive environment with its various levels. Another aim of the invention is to utilize recycled materials in projects that prefer sustainable building materials. 35 as a recyclable product with low VOC (volatile organic compound) emissions The aim is to present the surface lighting system being evaluated. Another aim of the invention is to integrate color temperature and light with intelligent control systems. Lighting solutions suitable for scenario designs based on intensity and timing. The goal is to develop a surface lighting system that provides this. To fulfill all the purposes mentioned above and those that can be derived from the detailed explanation. The invention relates to interior architecture, lighting technology, and acoustic design. these areas have surface lighting systems, - main outer body in a circular or rectangular form, - located inside the main outer body and providing lighting for the space, human 10 Human-centric lighting (HCL) LED module, - located inside the main outer casing and the LED modules are attached to the main outer casing. LED housing that enables the connection, - covering the bottom surface of the main outer casing and attaching the LED housing to the main outer casing. rear cover that allows attachment, 15 - located inside the main outer casing and controlling the operating regime of the LED modules. and an LED driver that enables its control, - located on the rear surface of the rear cover under the outer main body and the outer main mounting base that enables the body to be mounted to the ceiling, - a light-transmitting, sound-blocking material that is stretched and fixed to the main outer body surface. This is related to the fact that it contains a micro-perforated and flexible membrane that absorbs matter. The structural and characteristic features and all the advantages of the invention are given in the figures below. And thanks to the detailed explanation written with references to these figures, it becomes clearer. This will be understood as such. Therefore, the evaluation should also include these forms and detailed explanations. 25 This should be done taking that into consideration. Figures that will help understand the invention. Figure 1a: View of the surface lighting system, the subject of the invention, in its disassembled state. 30 Figure 1b: Demountable surface lighting system in an alternative configuration of the invention. It is the appearance of its state. Figure 2: Cross-section of the main outer casing of the surface lighting system subject to the invention. It is the appearance. 35 6 Explanation of Part References 10. Main outer casing 11. Upper channel 20. LED module 5 30. LED housing 40. Back cover 50. LED housing mounting part 60. LED module mounting clip 70. LED driver 10 80. Mounting base 90. Body threaded fastening piece 100. Body male fixing piece 110. Membrane Detailed Description of the Invention 15 This detailed description explains the preferred surface lighting system of the invention. alternatives, solely for the purpose of better understanding the subject and without any limitations It is explained in a way that will not create an impact. Figures 1a and 1b show the disassembled view of the surface lighting system that is the subject of the invention. It is given. Accordingly, the surface lighting system, in its most basic form, can be circular or The main outer body (10) in the form of a quadrilateral, located inside the main outer body (10) and the space Human-centric lighting (HCL) that provides illumination 25 LED module (20) and the connection of the LED modules (20) to the main outer casing (10). LED housing (30), which covers the lower surface of the main outer housing (10) and LED Rear cover (40) which connects the housing (30) to the main outer housing (10), LED the body (30) is attached to the rear cover (40) in a detachable manner. LED housing mounting part (50) that provides LED modules (20) to LED housing (30) LED module connection clip (60) that enables detachable and attachable connection, main 30 Control and monitoring of the operating mode of the LED modules (20) inside the outer casing (10) LED driver (70) which enables the mounting of the outer main body (10) to the ceiling Mounting base (80), mounting base (80) with snap-on and locking to the main body (10) body female fastening piece (90) and body male fastening piece which enable connection. part (100), fixed by stretching it onto the surface of the main outer body (10) and light-transmitting, 35 7 Made from wood and plant-based composite material with a micro-perforated and flexible structure. It contains a membrane (110). The main outer casing (10), which forms the main structure of the surface lighting system subject to the invention, It is circular or rectangular in shape and contains 5 elements that provide lighting to the space. LED modules (20) are included. These LED modules (20) are human-oriented. It features Human Centric Lighting (HCL) and is suitable for use at any time of day. and provides lighting by adjusting the desired color temperatures (2700K / 6500K). The LED modules in question (20) are placed inside the main outer casing (10) (30) can be removed and installed via LED module mounting clips (60) 10 It is connected. The aforementioned LED housing (30) conforms to the form of the main outer housing (10). It is structured and provides connection of the LED modules (20) to the main outer casing (10). Accordingly, the lower surface of the main outer casing (10) is covered with a rear cover (40). and the LED housing (30) is connected to the main outer housing (10) by means of the rear cover (40) The connection has been made. The LED housing (30) is attached to the rear cover (40), LED 15 The body is connected in such a way that it can be removed and reattached via mounting parts (50). Control of the operating regime of the LED modules (20) inside the main outer casing (10) and It contains an LED driver (70) that enables it to be controlled. The LED driver (70) is the LED Compatible with automation systems of modules (20) and comfortable lighting with Casambi system 20 and ensures comfortable control. The aforementioned Casambi system uses Bluetooth. A system that provides wireless lighting control based on low energy (BLE) technology. It is a system. Thus, the surface lighting system that is the subject of the invention is equipped with intelligent control systems. integrated scenarios based on color temperature, light intensity, and timing. It has been made possible to provide lighting solutions suitable for their designs. Also, LED 25 modules (20) with adjustable light levels according to daylight cycle human biological It adapts to its rhythm. Under the outer main body (10) to the rear surface of the rear cover (40), body thread fastening 30 of the outer main body (10) via part (90) and body male fixing part (100). The mounting base (80) which enables its mounting to the ceiling is connected. The aforementioned body thread fixing piece (90) and body male fixing piece (100), mounting base (80) It is connected to the main outer body (10) by snapping and locking. Accordingly, the figure As seen in Figure 2, the upper channel (11) is located on the upper surface of the main outer body (10). 35 8 A membrane (110) is fixed to the lower surface of the main outer body (10) by stretching it over it. The subject membrane (110) has a translucent structure and light transmitting properties, and LED homogeneous spread of light from the modules (20) into the environment This ensures that the light from the LED modules (20) is distributed evenly. Glare, shadows, and point reflections are prevented on the surface. Thus, the surface is 5 The lighting system provides both visual comfort and aesthetic integrity. The membrane (110) also absorbs sound waves with its micro-perforated structure. This reduces the level of echo and reflection in the environment, thus providing acoustic comfort. is provided. The membrane (110) has a sound regulating feature along with lighting. Thanks to its features, the surface lighting system can be made multifunctional. has been provided. Membrane (110) is also flexible and can be applied to flat (2D) and curved (3D) surfaces. It can be applied and fixed by stretching it onto the main outer body (10) surface. This 15 In this way, it has been made possible for the membrane (110) to adapt to different architectural forms. In addition, the membrane (110) offers ease of assembly and low transport costs, as well as lightness. Thanks to this, it does not create a structural load in the surface lighting system. Membrane (110) is made of 92% wood and plant-based composite material, making it 20 It consists of naturally sourced components (wood fiber, plant-based polymers). This Thanks to this, it has an environmentally friendly structure and is harmless to human health. It is in the A+ VOC class, It does not contain phthalates. It complies with green building certifications (LEED, BREEAM). It is 100% recyclable. Membrane (110) is resistant to UV rays and heat. Close to LED modules (20) Even when positioned, it does not yellow, deform, or become brittle. This This ensures that the surface lighting system is long-lasting and reliable. Membrane (110) has a surface structure suitable for high-resolution UV printing. Membrane 30 (110) Patterns, logos, textures or visuals can be applied to its surface. In this way, the surface lighting system has an aesthetic that is specific to the application area and the brand It has been ensured that it supports integration. The surface lighting system described in the invention features sound absorption, light transmission, personalization, and 35 Combining environmental awareness, its structure, which is 92% wood and plant-based, has an A+ rating. 9 class low VOC emission value, phthalate-free material composition and recycling With its adaptability, it is sensitive to human health and nature, and equipped with smart control systems. Its synchronized, 3D moldable structure and suitability for UV printing make it ideal for various applications. Thanks to this, it offers an innovative and environmentally friendly interior that combines aesthetics, functionality, and sustainability simultaneously. Interior architecture, lighting technology and acoustics as spatial applications 5 It can be used in regulatory fields.

Claims

REQUESTS 1. In the fields of interior architecture, lighting technology and acoustic design. It is a surface lighting system; its feature is: - main outer body in circular or rectangular form (10), 5 - located inside the main outer body (10) and providing lighting for the space Human-centric lighting (HCL) LED module (20) - located inside the main outer casing (10) and the main outer casing of the LED modules (20) LED housing (30) which enables connection to the housing (10), 10 - covering the lower surface of the main outer casing (10) and the main of the LED housing (30) Rear cover (40) which allows it to be attached to the outer casing (10), - The LED housing (30) can be removed and attached to the rear cover (40). LED housing mounting part (50) that enables connection, - LED modules (20) can be removed and installed into the LED housing (30) 15 LED module connection clip (60) that enables connection, - located inside the main outer casing (10) and the operation of the LED modules (20) LED driver (70) that enables the control and management of the regime, - located on the rear surface of the rear cover (40) under the outer main body (10) and mounting base 20 which enables the mounting of the outer main body (10) to the ceiling (80), - fixed by stretching to the surface of the main outer body (10) and light-transmitting, Wood and plant-based materials with micro-perforated and flexible structures that absorb sound waves. It contains a membrane made of composite material (110). 30

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