A system that enables the removable and modular placement of electronic modules in wearable textile products.

Abstract

This invention relates to an integration system that enables the removable and modular placement of electronic modules in wearable textiles. The current technical situation presents several problems, including damage to electronic modules during washing due to their fixed integration into the garment structure, difficulty in easily removing them for maintenance / charging / replacement, and the lack of a standard infrastructure allowing the same module to be used in different garments. Within the scope of this invention, an enclosure, support structure, or placement compartment, configured for and specifically designed for electronic module placement, is positioned on the garment and is connected to the garment via at least one connection or positioning mechanism. The electronic module is positioned on the garment in a removable manner during use and is detachable from the garment before washing or maintenance. Thanks to this system, the electronic module is protected, the garment can be washed like a standard textile product, and the same electronic module can be used compatibly with multiple wearable textile products. An example application of the system is shown in the images section.

Description

1 Removable Electronic Modules in Wearable Textile Products A system that enables modular placement. TECHNICAL FIELD This invention relates to the field of wearable textiles and technical textiles; specifically, clothing. User safety of electronic, electromechanical or digital modules used on it, 5 Removable, reattachable and modular, designed with comfort and product durability in mind. It relates to systems that enable placement. The invention is suitable for placement of electronic module (3). wearable textiles containing a housing / carrier structure / placement compartment (1) structured as products (4) and their modular integration infrastructures are evaluated within the scope of. CURRENT TECHNICAL STATUS 10 Today, a large proportion of smart clothing and accessories are being developed in the field of wearable technology. In this section, electronic modules are permanently integrated into the garment structure or are limited in scope. They are positioned on the garment using fastening methods. This is necessary for washing processes. during this process electronic components may be damaged, short circuits may occur, and there may be a loss of function. or it may cause the product to become completely unusable. 15 In addition, the direct contact of electronic modules with the user's body is affected by sweat, moisture, and heat. for this reason, both in terms of electronic equipment and user comfort and hygiene. This can create various risks. Current solutions involve maintenance and charging of electronic modules. Removing it from clothing for repair or alteration is often difficult, troublesome, or impossible. It is not. The same electronic module can be securely and standardized across 20 different garments. The modular infrastructures that enable its use are also limited. THE PURPOSE OF THE INVENTION The aim of this invention is to integrate electronic modules used in wearable textiles into clothing. It can be easily removed from the body and changed between different garments. modular 25 that enables usability and safe positioning during use. The goal is to offer a system. Another purpose of the invention is to create a specially designed structure in which electronic modules can be placed. By creating enclosure or placement areas, it is sold both with and without an electronic module. wearable textile products that are manufactured in a way that allows for the retrofitting of electronic modules. The goal is to make it usable. 30 2 BRIEF DESCRIPTION OF THE IMAGES Figure 1 shows the application of the system in question on a wearable textile product (4). It is the general appearance shown. Figure 2 shows the opening structure (5) of the enclosure, support structure or placement compartment (1) that is the subject of the invention. This is a detailed view showing the removal / installation of the electronic module (3). 35 The type of clothing shown in Figure 1 and Figure 2, the storage / support structure / placement compartment (1) (2) the position, shape and type of attachment or positioning mechanism on the garment, This reflects only an example of a practical application. As described above in the specifications... As explained, the system described in the invention can be used in all types of wearable textile products (T-shirts, sweatshirts, Coats, jackets, trousers, tracksuits, sportswear, swimwear, uniforms, work clothes, children's clothing 40 products etc.), in any position on the garment and in pocket form, modular platform, cartridge Its structure can vary in form, such as sliding housing or rail system; mechanical, magnetic, elastic or hybrid. It is applicable with different connection mechanisms. DETAILED DESCRIPTION OF THE INVENTION The system developed within the scope of the invention generally includes the following elements: 45 enclosure, carrier structure or designed to accommodate electronic module (3) docking compartment (1), connecting the said containment / support structure / placement compartment (1) with the garment (4) at least one linkage or positioning mechanism (2), 50 allows the electronic module (3) to be positioned in a removable and reattachable manner. modular structure that provides. The electronic module (3) is located in the housing or insertion compartment (1) on the garment (4). It is located inside. The enclosure / support structure / placement compartment in question (1), Unlike ordinary textile pockets, these are specifically designed for housing electronic modules. It may include technical specifications. 55 These technical specifications may include one or more of the following: Internal volume suitable for module (3) size, Support surfaces and / or internal retaining structures that restrict the movement of the module (3), Opening structure (5) that allows the module (3) to be kept removable, 3 Mechanical and / or magnetic elements that enable the fixing of the module (3), 60 Insulation / isolation layers that provide protection for the module (3). The storage or placement compartment (1) can be designed in different ways. For example; pocket In various forms, including modular platform, cartridge structure, sliding housing, and rail system. This can be implemented in this way or in similar module positioning structures. Storage / support structure / placement compartment (1); on the inner surface, outer surface or 65 of the garment (4). It can be placed between layers and joined using stitching, gluing, thermal bonding or similar methods. It can be integrated using textile joining techniques. Example application: The cover (1) is inside a textile pocket fixed by stitching onto the garment (4). elastic retaining band and mechanical fastener (2) on the outer surface can be created. 70 CONNECTION AND FIXING MECHANISMS Storage or placement compartment (1) different attachment or positioning on the garment (4) They can be fixed with mechanisms (2). These mechanisms are one or of the following: It may include several: mechanical fasteners (e.g., Velcro, zipper, snap, button, clip, hook-and-loop fastener) 75 structures), magnetic coupling elements (e.g., magnet, magnetic plate, ferromagnetic counterpart) element), elastic fastening structures, Hybrid coupling systems that use both mechanical and magnetic elements. 80 The connection or positioning mechanism (2) is directly between the housing (1) and the garment (4). or it can be implemented via an intermediate carrier element. This allows the electronic module (3) is securely positioned on the garment (4) and can be used by the user when needed It can be removed. EXTENDED TECHNICAL SPECIFICATIONS AND PROTECTION STRUCTURES 85 The housing, carrier structure or mounting compartment (1) in which the electronic module (3) is placed, to ensure the safe operation and long-term use of the electronic module (3) 4 It may include various protective technical specifications. These protective specifications are one or more of the following: It may include several: water-resistant construction, 90 waterproof structure, Layers that provide moisture and liquid insulation, shock-absorbing or vibration-reducing structures, Structural elements that provide protection against mechanical impacts, heat-resistant layers, 95 textile or composite layers that provide thermal insulation, heat spreader or heat insulator structure that can prevent the electronic module (3) from overheating. elements. In this way, the electronic module (3) is suitable for daily use, sports activities, outdoor conditions or It can operate safely in mobile usage scenarios. 100 TYPES OF ELECTRONIC MODULES (EXPANDED) The electronic modules used within the system (3) may have different functions and The electronic module (3) can perform one or more of the following functions: Location determination modules (GPS or similar systems), sensor modules, 105 sound detection or sound sensor modules, motion or activity sensors, temperature sensors, pressure sensors, biometric or health sensors, 110 sports performance sensors, communication modules, data processing modules, safety or emergency modules. Electronic modules (3) alone or by using multiple modules together 115 It can be created. Modules can be produced in different sizes and technical specifications, and the system can be configured accordingly. It can be designed to adapt to variations. MODULAR USE The electronic module (3) is activated by opening the connection or positioning mechanism (2). It can be separated from the garment (4) and the same module (3) can be placed on a different wearable textile product (4) 120 It can be fitted into a compatible housing or mounting compartment (1). Thanks to this structure, the user A single electronic module (3) can be used with multiple wearable textile products (4). APPLICATION AREAS AND SCOPE This invention is not limited to a particular type of clothing but applies to all (4) wearable textile products. It is applicable. The system is suitable for t-shirts, sweatshirts, coats, jackets, trousers, tracksuits, and sportswear. 125 clothing, swimwear, uniforms, work clothes, children's clothing and all similar clothing items It can be designed to be used in products. Storage / placement compartment (1) different They can be produced in various sizes, shapes, and positions to suit different types of clothing. The system described above as an example, which is the subject of the invention, is technically equivalent to... Different forms of implementation are also possible, and the scope of the invention is limited to the attached claims. Reference numbers used in the figures and description are used to better understand the invention. It is provided to ensure understanding and is of a nature that limits the scope of the requests. It is not.

Claims

1 REQUESTS Claim 1 (Independent) The electronic module (3) used in wearable textile products (4) is removable and modular It is a system that enables placement in this way, and its feature is to place the electronic module (3). technical 5 which is appropriately structured and dedicated to the placement of electronic module (3) an enclosure, carrier structure or housing compartment (1) containing the features and said at least the connection of the enclosure, carrier structure or placement compartment (1) with the garment (4) including a linkage or positioning mechanism (2); use of electronic module (3) during the garment (4) is positioned in a removable manner and during washing or maintenance It is possible to separate the garment (4) before the procedures. 10 Claim 2 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) internal volume suitable for module (3) dimensions and / or support limiting the movement of module (3) This includes surfaces and / or internal retaining structures. Request 3 15 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) opening structure (5) and / or internal fixing that allows the module (3) to be kept removable. It includes elements. Claim 4 The system defined in Claim 1 is characterized by its connection or positioning mechanism (2) 20 It must include at least one mechanical fastening element. Claim 5 The system defined in Claim 1 is characterized by its connection or positioning mechanism (2). It must contain at least one magnetic coupling element. Request 6 25 The system defined in Claim 1 is characterized by its connection or positioning mechanism (2). It features a hybrid structure that incorporates both mechanical and magnetic elements. Claim 7 2 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) in pocket form, modular platform form, cartridge structure, sliding slot form or 30 It is designed as a rail system. Claim 8 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) It is made of single-layer or multi-layer textile structure. Request 9 35 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) having at least one of the following properties: water resistant and / or waterproof and / or moisture-liquid insulation It involves one of them. Claim 10 The system described in Claim 1, characterized by its enclosure, supporting structure or placement compartment being 40 (1) shock absorbing and / or vibration reducing and / or providing protection against mechanical shocks It must contain at least one of these features. Claim 11 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) heat resistant and / or thermally insulating and / or prevents the electronic module (3) from overheating 45 It must include at least one of the heat-dissipating or heat-insulating building elements aimed at prevention. Claim 12 The system is defined in Claim 1 and its feature is; position determination of the electronic module (3), sensor data collection, voice detection / voice sensor, communication, data processing, biometric / health or It must perform at least one of the safety / emergency functions. 50 Claim 13 The system is defined in Claim 1 and its feature is that the electronic module (3) connection or It can be separated from the garment (4) by opening the positioning mechanism (2) and the same module (3) compatible housing, carrier structure or on a different wearable textile product (4) It can be attached to the docking compartment (1). 55 Claim 14 3 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) is the integration of the garment (4) into the inner surface, outer surface or between textile layers. Claim 15 The system defined in Claim 1 is characterized by its connection or positioning mechanism (2) 60 It contains an elastic fixation structure. Claim 16 The system is defined in Claim 1, and its characteristic feature is that it is an enclosure, supporting structure or placement compartment. (1) It contains an insulation / isolation layer that provides protection for the electronic module (3). Request 17 65 The system defined in Claim 1 is characterized by its connection or positioning mechanism (2), direct or intermediate between the enclosure, support structure or placement compartment (1) and the clothing (4). This is accomplished through a supporting element.

Images