TR2023003123U5 - AN ILLUMINATED TEXTILE PRODUCT THAT IS ILLUMINATED WITH A LIGHT DIFFERENT LAYER - Google Patents

Abstract

The invention is the illumination of pictures and texts on textile products, especially scarves, with light sources for use in organizations such as sports competitions, crowded demonstration areas, celebrations, windows of areas such as homes, cars and offices, parties and holidays, and electronic control circuits of the flashing functions of these light sources. or controlling it via smartphone applications.

Description

DESCRIPTION Technological Field: Invention: Illumination of pictures and writings on textile products, especially scarves, with light sources for use in organizations such as sports competitions, crowded demonstration areas, celebrations, windows of houses, cars and offices, parties and holidays, and flashing of these light sources It is about controlling functions through electronic control circuits or smartphone applications. Known Status of the Technique: Scarves, flags, pennants and banners used in all mass demonstrations and celebrations, for individual use by hanging on the windows of places such as homes, offices and cars, in tribune shows in sports competitions, New Year's Eve celebrations, rallies, national holidays and similar places, etc. There are many textile products that consist of wearable and portable textile products with unknown shapes and whose visuals are created only by digital printing methods. Manufacturers, who do not ignore the great economic value of textile products used for demonstration purposes or wearable normal textile products in the market, change the production and visual techniques of these products and add various electronic circuits, light sources, video display screens to them to diversify the usage purposes of the products and make the products interesting. wants to increase its market shares and commercial values. These manufacturers, who want to increase their market shares and commercial values, have tried to develop new product designs with light and video screen visuals and have applied for many patents and benefits. However, these textile products with lights and video display screens designed by the manufacturers could not find a market share due to various reasons. Or they have found a very small market share in a limited area. Although many textile application documents with light and video screens have been obtained, they have not even been able to start their commercial activities because they do not have an ergonomic use, they cannot provide the desired benefit and it is difficult to apply them to the industry. These textile products are not only produced individually using different techniques, but also in different countries by attaching light sources to them. Some of these products have their own advantages and disadvantages. Even if light sources and display screens are installed on them, the products compromise on flexibility. In fact, most light sources are designed to be damaged when bent or bent. In fact, many products that were applied for as patents or utility models either never went into production, or even if they were produced, they did not meet the expected quality and ergonomics. The reasons why textile applications with luminous and video display screens cannot find any or limited markets, attract little interest from users, fail to achieve the desired efficiency and cannot start commercial activities are as follows: 0 Lack of homogeneous light distribution and LED lights being visible and conspicuous one by one, o luminous textile products' flexibility problem, 0 Excessive weight and production costs due to the use of too many LED lights, large power supplies, large electronic control circuits, 0 Light-up textile products are not washable in washing machines, electronic equipment requires effort to disassemble in order to be washed, otherwise the electronic equipment will be damaged, 0 Textile Since the lights, video display screens, electronic circuits and batteries on the products are removable, there is a risk that they may be thrown onto the field and harm athletes, especially in sports competitions. o Damage to electronic equipment due to the products being water permeable in rainy weather. In the patent document, a t-shirt textile product is mentioned. The patent entry in question mentions creating images using LED matrices on the t-shirt. In order to create an image or light, more than one LED light source must stand very close to each other. This creates problems with flexibility. LEDs are not protected against washing in the washing machine. The images are created with LED lights and the images on the textile are not illuminated and the visual on the textile is not highlighted. In the relevant patent, a light emitting layer made of silicone or similar materials is not used. It was encountered with the patent document. In the patent in question, there are problems in terms of flexibility since the LED and electronic circuits are very close to each other. Additionally, a light-emitting layer made of silicone and similar materials is not used in the relevant patent. The patent document describes a textile product made by combining LEDs. Too many LEDs have been used on it, and if it is completely bent or bent, LED lights and conductive cables may be damaged. Additionally, when looking at the LEDs, they do not appear as a single light but can be seen individually. There is no homogeneous light distribution. Production is costly due to the excess of LEDs. There are many patent applications similar to these, but their disadvantages are generally the same. In the patent document, a product created using electroluminescence LED on a textile product is mentioned. Again, the light source used in these products uses an expensive phosphorus-based raw material. The light source is thin, flexible, but not foldable. The light source may become useless if the slightest crack occurs during folding. It cannot be washed in washing machines without removing it from textile products. Although it works with batteries, the phosphor-based light source requires high voltage, so the electric current in these batteries is increased to between 80 and 110 volts. This can cause people to be electrocuted in the event of a leak, which can be felt even if it is not fatal. Light intensity is less than LEDs. Since small coil transformers are used to amplify the electric current, electronic circuits take up a lot of space and are heavy. In the CN201733872U Chinese patent document encountered in the literature research, LED hardware arrayed on flexible PCBs was applied on textile products. However, since the LEDs are arranged too tightly to form a shape, their flexibility has decreased. The cost of using LED has increased. Since the LEDs are arranged side by side to create a shape, a homogeneous shape cannot be created. It is not possible to wash the PCB textile products with LEDs on them in washing machines. It cannot be used in every environment. As mentioned above, there are many more patent applications. One of the biggest problems with these applications is that they do not use a light-emitting silicone layer. As will be explained in the following pages, it will be seen that this layer offers solutions to many problems in invention. As a result, there is a need for an illuminated scarf that exceeds the known state of the technique and eliminates its disadvantages. Brief Description of the Invention: The invention is an illuminated scarf that exceeds the known state of the technique, eliminates its disadvantages, and includes additional advantages. The problems in the known technique have been solved as follows thanks to the invention: o Homogeneous light distribution: Instead of placing light sources directly on the textile products, the transparent thin silicone LGP panel layer is first illuminated with LED lights from the side section. While the LEDs are at the edge, the light traveling horizontally has a homogeneous light distribution in the middle parts. That illuminated silicone layer is placed on the bottom of the textile products and the images and texts on the textile products are illuminated and colored. o Flexibility: Instead of gathering many LED light sources together to create light or visual; A thin, transparent silicone layer with white dots on the bottom that reflects the light upwards is used. By arranging small amounts of LED lights on flexible conductive film cables, the transparent silicone layer is illuminated from the side section. Since the conductive film cable on which the LED lights are arranged is flexible and the silicone layer itself is flexible, when the two are combined together, we have an even more flexible light source. This flexible illuminated silicone layer is placed on the underside of the textile products and the visuals and texts on the textile products are illuminated and colored. The textile product can be bent and twisted in any direction as desired and the light sources will not be damaged. o Cost due to excessive use of LEDs: Instead of combining many LED lights and using them for direct illumination, the cost of LED lights is reduced by illuminating the side section of the light-emitting thin silicone layer with a small LED light source, resulting in a lot of light. 0 Use of large power supplies: Due to the widely used LED light sources, more or larger use of power supplies is required. Since the LED light sources we use are in small quantities, their power supplies may be less or smaller. Thus, illuminated textile products are lighter. 0 Use of large electronic control circuits: The large electronic circuits used cause both cost and difficulty in use. Since the electronic circuits we will use will be thin electronic circuits made with SMD surface mount materials that can work with a 4.2 volt rechargeable power supply, they will be lighter and more useful than other electronic circuits. 0 Illuminated textile products can be washed in washing machines: Since the flexible light sources we use are flexible and all electronic materials are covered with a silicone protective layer, illuminated textile products can be easily washed in washing machines without removing the electronic materials and light sources on them. o Illuminated textile products are thrown onto the fields in sports competitions and cause injuries to people: The electronic control card used, LED light sources, power supplies are small and cannot be thrown because they will be covered with a silicone protective layer and embedded in the illuminated textile products. Even if the product is completely thrown away, there is no possibility of damage as the materials will be light and covered with silicone material. o Use in rainy weather: Since electronic control cards, LED light sources and power supplies will be covered with a silicone protective layer and made waterproof, illuminated textile products can be used easily in rainy weather. As it is known, textile products are used for covering purposes and protection from cold, and some textile products are also used for show purposes. For example, a scarf or a raft is used for protection from the cold, and for years, fans have been using these scarves to create shows and choreographers by moving them around by shaking them collectively in the stands of sporting events. The tribune shows made by waving these scarves not only create a driving force and motivation for the athletes, but also leave a good visual impression on the audience. Sports clubs, numbering millions around the world, earn huge profits by marketing various textile products to fans. However, sports clubs are still searching for interesting new products to increase their service quality, fan satisfaction, profits and number of fans. The invention includes fan scarves with illuminated or colored inscriptions and shapes, and other demonstration products made of textiles; It aims to raise the service quality and fan satisfaction of sports clubs to higher levels, increase the number of fans, increase licensed product sales, and also bring innovation to all other collective and individual shows and increase visual awareness. Again, with these light show products, it is aimed to be able to perform synchronized light shows in the stands, to enable athletes and spectators to get more pleasure from sports competitions with lighted tribune shows, to motivate athletes better with light shows, to make the shows more exciting by using light products in rallies, national holidays and all other mass shows. The aim is to create interesting dimly lit environments by hanging these illuminated products in homes, offices, and car windows. By adding the names and shapes of corporate companies to these products, it is aimed that corporate companies can be advertised more attractively and can also be used for warning purposes. Again, it is aimed to create interesting clothes whose shapes can be seen at night by placing these illuminated, colored visual texts and shapes on wearable textiles and similar products. The illuminated textile product subject to the invention can be used in textile products such as school bags. It can be applied on all kinds of textile products to attract attention and warn. For example, when a vehicle is stuck on the road or a cyclist gets into traffic, wearing the illuminated textile product will attract attention and warn those who see it. Lighted textile products can also be used for advertising purposes. Advertisements with light images, text or logos can be realized. Explanation of Drawings: The invention will be explained by referring to the attached figures, so that the features of the invention will be understood more clearly. However, this is not intended to limit the invention to these particular embodiments. On the contrary, it is intended to cover all alternatives, modifications and equivalences that can be included within the scope of the invention as defined by the attached claims. It should be understood that the details shown are for the sole purpose of illustrating preferred embodiments of the present invention and are presented for the purpose of providing the most useful and easily understandable description of both the embodiment of the methods and the rules and conceptual features of the invention. In these drawings; Figure- 1 Appearance of the illuminated scarf that is the subject of the invention. Figure- 2 Another view of the illuminated scarf that is the subject of the invention. Figure- 3 Exploded assembly view of the lighted scarf. Figure- 4 View of the light-emitting layer in the light scarf. The figures that will help understand this invention are numbered as indicated in the attached picture and are given below with their names. Explanation of References: 1. Light-emitting layer LED diode Coating layer Upper layer Lower layer Light-reflecting layer Electronic control circuit Bluetooth module. Remote control 11. Power supply 12. Wireless charging module 13. Charging adapter 14.Speaker. Microphone 16. Light sensor 17. Keypad 18. Control screen 19. Memory card slot .lR sensor A. Luminous text B. Luminous logo Description of the Invention: In this detailed description, the illuminated scarf that is the subject of the invention is only for a better understanding of the subject, without any limiting effect. It is explained with examples that will not create problems. As seen in Figure 1, the illuminated scarf contains illuminated text (A) and illuminated logo (B) areas on its upper layer (5) or lower layer (&). The illuminated text (A) and illuminated logo (B) can be of any type, shape and design. There is no limitation regarding this. The distinguishing feature of the invention is that it includes the light-emitting layer (1). The light-emitting layer (1) is used to illuminate the illuminated text (A) or light logo (B) areas on the scarf. While in the known technique the illumination of the illuminated text (A) and the illuminated logo (B) is provided by placing a direct LED element, in the present invention a light emitting layer (1) is used. The light diffuser layer (1) can be made of flexible materials such as silicone, thermoplastic and plexiglass. The light-emitting layer (1) contains cables (2) made of conductive and flexible film material, as seen in Figure 3. These cables (2) are associated with the power supply (11) and are connected to the LED diodes (1) located in the light-emitting layer (1). 3) It provides energy supply. The light-emitting layer (1) contains a heat-reflecting layer (7) in its lower part. The light reflective layer (7) can be made of any material with reflective properties, including all kinds of textiles, silicone, thermoplastics, all plastic types, all paper types. The light reflective layer (7) helps distribute the light emitted from the LED diodes (3) homogeneously. In the invention, the lower layer (6) and the upper layer (5) constitute the surface of the textile product. The coating layer (4) protects both the light emitting layer (1) (and therefore the LED diode (3) and cable (2)) and all electronic equipment on the scarf by making them waterproof and provides flexibility to the scarf. In the invention, the coating layer (4) is made of materials such as silicone, thermoplastic, all kinds of textiles and PVC film. Again, the upper layer (5) and the lower layer (6) can be made of all kinds of plain or embossed textile, silicone, thermoplastic and plastic materials. In the invention, microprocessors used to control LED lights and all the mentioned electronic equipment include an electronic control circuit (8) containing electronic and other electronic semiconductor materials, a bluetooth module (9) which is a wireless communication module with devices such as smartphones, and a remote electronic control circuit (8). It includes at least one remote control (10) that uses IR or RF waves to control the device. Again, the illuminated scarf consists of a power source (11), which can be rechargeable batteries such as lithium ion, lithium polymer, or disposable non-rechargeable batteries, which will power the electronic control circuit, a wireless charging module (12), which is a module that allows charging rechargeable batteries wirelessly without contact. ), may contain wired or wireless charging adapters (13) that are used to charge rechargeable batteries or directly operate the electronic control circuit. Again, the illuminated scarf consists of a speaker (14) that allows the sound files operated through the electronic control circuit to be heard from outside, a microphone (15) that allows the LED lights to flash in accordance with the sound waves coming from the outside, a microphone (15) that allows the LED lights to flash in accordance with the sound waves coming from the outside, and the light functions of the electronic control circuit according to the state of the light by measuring the amount of light coming from the outside. It may contain a light sensor (16) that ensures its operation. Again, an illuminated scarf, a keypad (17) that performs functions such as flashing the light on the electronic control circuit, turning it on and off, and also used to control other electronic equipment, a control with all kinds of screen technology on which the menus on which the operations performed on the electronic control circuit can be seen can be controlled. It may contain a screen (18), a memory card slot (19) for a memory card that allows external audio files to be loaded onto the electronic control circuit, and an IR sensor (20), which is the receiving eye used to receive remote control (10) signals. In sports competitions, mass demonstrations are held by waving scarves, flags and similar products, which are normal textile products, in the stands. Another different form of demonstration is to raise awareness at sports competitions, concerts and rallies by collectively turning on mobile phone lights. However, the shows performed with phone lights do not contain any shapes and illumination is provided in a single color. Since the text and logos on them are created with digital printing techniques, scarves and scarves with less noticeable features, whose text and logos are not visible at night, are used in Tribune shows. With the invention, the appearance and production technologies of the visual shapes and inscriptions on these products used in shows will be changed and electronic equipment and light sources will be added to the products, thus creating new generation fan products with illuminated visuals. That is to say, the visuals on the scarves will become more interesting as the club logos, colors of the clubs, advertising texts and names of the football players on the fan scarves will be illuminated with a silicone layer illuminated from the bottom. This illuminated light-emitting layer (1) can be used to illuminate the images on all wearable and portable textile products. For example, it can be applied to all wearable and portable products made of textiles or other materials, such as scarves, flags, pennants, banners, t-shirts, bags, hats, Christmas socks, work clothes. To summarize the working principle of the invention, the electronic control circuit (8) is powered by the power source (11) on the illuminated textile products. LED diodes (3) are operated by the keypad (17) that controls the electronic control circuit (8) and the light emitting layer (1) is illuminated/coloured. Thus, the illuminated text (A) or illuminated logos (B) on the textile products are illuminated or colored. Again, different light blinking functions can be controlled via this keypad (17). Again, smartphones can be connected to illuminated textile products thanks to the Bluetooth module (9), and light flashing functions and other electronic equipment and functions can be controlled via applications in the phone. Again, the light flashing functions can be controlled by remotely controlling the electronic control circuit (8) via the remote control (10). Depending on the model produced, there may be all of the electronic equipment on the illuminated textile products, or there may be only a few of them. Or all the functional features may be together or only a few of them. If the production method of the invention needs to be summarized, suitable fabric ready for digital printing is purchased. Sublimation paper is printed with sublimation printing machines, the printed paper and fabric are placed under the heating press to ensure that the print on the paper transfers to the fabric. The produced flexible film cable array LED diodes (3) are glued with liquid silicone to the transparent silicone produced in the pressing machine, the light-emitting silicone layer (1) appears (it may also be made of a different material), this light-emitting layer (1) is placed under the image on the textile with liquid silicone. is glued, the cable (2) connections between the electronic control circuit (8) and the light-emitting layers (1) are made, the light-reflecting layer (7) is placed under the light-emitting layer (1) and adhered with liquid silicone. Then, the light-emitting silicone layers (1) are covered with the coating layer (4), and the substrate (6) is glued onto it with liquid silicone. The electronic control circuit (8) and power supply (11) are trapped between silicone-coated textiles, making all the hardware inside waterproof. The assembly and assembly method described here or the material used may vary depending on the model produced.TR TR TR TR

Claims (16)

1. The invention is a textile product containing illuminated text (A) or illuminated logo (B) to be used in various organizations, and its feature is; o It contains a light-emitting layer (1) made of silicone, thermoplastic or plexi material that provides illumination in the areas corresponding to the illuminated text (A) or illuminated logo (B) section between the textile product's upper layer (5) and lower layer (6), o said light-emitting layer (1) contains a series of LED diodes (3) at its base, which serve as illumination and can be single color LED lights, RGB LED lights or multi-color LED lights emitting horizontally or vertically oriented light, o said light-emitting layer (1) ) is characterized by containing at least one light-reflecting layer (7) on its base, which has the property of reflecting light and can be made of all kinds of textiles, silicones, thermoplastics, all types of plastics and all types of paper. 2. It is a textile product in accordance with claim 1, and its feature is; It contains a conductor and flexible cable (2) made of FPCB or other materials to ensure energy transfer between LED diodes (3) and a power source (11). 3. It is a textile product in accordance with claim 1, and its feature is; Coating layer (4) made of silicone, thermoplastic or any kind of textile or PVC film material to make it waterproof by leaving it between the upper layer (5) and the lower layer (6) of the textile product, between the light-emitting layer (1) and electronic equipment in the textile product. It contains. 4. It is a textile product in accordance with claim 1, and its feature is; It contains an electronic control circuit (8) with microprocessors and other electronic semiconductor materials used to control LED lights and all the mentioned electronic equipment. . It is a textile product in accordance with claim 1 and its feature is; It contains a Bluetooth module (9) to provide wireless communication with devices such as smartphones. . It is a textile product in accordance with claim 1 and its feature is; It contains at least one remote control (10) that uses IR or RF waves to remotely control the electronic control circuit (8). . It is a textile product in accordance with claim 1 and its feature is; It contains at least one power source (11), which can be rechargeable batteries such as lithium ion, lithium polymer or disposable non-rechargeable batteries, which will power the electronic control circuit (8). . It is a textile product in accordance with claim 1 and its feature is; It contains at least one wireless charging module (12) that allows charging rechargeable batteries wirelessly without contact. . It is a textile product in accordance with claim 1 and its feature is; It contains at least one wired or wireless charging adapter (13) that is used to charge rechargeable batteries or to directly operate the electronic control circuit. 10. It is a textile product in accordance with claim 1, and its feature is; At least one device that allows audio files operated via electronic control circuit to be heard from outside. 11.It is a textile product in accordance with claim 1, and its feature is; It contains at least one microphone (15) that enables the LED lights to flash in harmony with the sound waves coming from the outside. 12. It is a textile product in accordance with claim 1, and its feature is; It contains at least one light sensor (16) that measures the amount of light coming from the outside and enables the light functions of the electronic control circuit to operate according to the light condition. 13.It is a textile product in accordance with claim 1, and its feature is; It contains a keypad (17) that performs functions such as flashing the light on the electronic control circuit, turning on and off, and also serves to control other electronic equipment. 14. It is a textile product in accordance with claim 1, and its feature is; It contains at least one control screen (18) with all kinds of screen technologies, where the menus on which the operations performed on the electronic control circuit are displayed are controlled. 15.It is a textile product in accordance with claim 1, and its feature is; It contains at least one memory card slot (19) for a memory card that allows external audio files to be loaded onto the electronic control circuit. 16. It is a textile product in accordance with claim 1, and its feature is; It contains an IR sensor (20), which is the receiving eye used to receive remote control signals.