SMART CLOTHING SYSTEM THAT ENSURES SAFE AND ERGONOMIC INTEGRATION OF ELECTRONIC HARDWARE.

Abstract

This invention relates to an advanced smart clothing system with ergonomically and discreetly integrated electronic equipment, ensuring device safety during periods of high physical activity and preventing unauthorized access by children via a mechanical barrier. The invention features a rotating inverted pocket mechanism that makes it difficult for the equipment to fall off under the influence of multi-directional forces. Secured to the garment only at the top edge with a fold / rotate mounting seam, the pocket hangs downwards in a gravity-closed position and must be folded upwards 180° to access the device. The system also incorporates a multi-compartment internal pocket structure that isolates the electronic modules, preventing the risk of short circuits, and a mesh shoulder pocket with a concealed (inverted) entry / exit slit that does not interrupt signal communication and physically hinders unauthorized removal of the equipment.This advanced smart garment system, with its modular structure and assembly method, can be easily integrated into standard textile and garment production processes.

Description

1 SAFE AND ERGONOMIC ELECTRONIC EQUIPMENT SMART CLOTHING SYSTEM THAT ENABLES INTEGRATION TECHNICAL FIELD This invention includes electronics such as a position sensor, control circuit, battery, and sensor. It relates to wearable technologies and smart textiles in which hardware is integrated. The invention is particularly useful for electronics, which are subjected to the influence of multifaceted forces during high physical activity. 10 that make it difficult for devices to fall off / detach from clothing and prevent children from accessing the device without authorization with a 180° foldable reverse pocket mechanism that blocks with a mechanical barrier, equipment Multi-compartment inner pocket structure that insulates each other, preventing the risk of short circuits, and signal It has a hidden (reverse) mesh shoulder pocket that doesn't interrupt communication, providing security and It relates to an advanced smart clothing system focused on ergonomics. STATE OF THE ART With the rapid development of wearable technologies and smart textiles, electronics Integration of hardware (GPS, RFID, sensors, batteries, etc.) into the anatomy of the garment. It has gained great importance. Specifically, 20 designed for the safety and monitoring of children. In smart clothing, electronic devices are carried on the garment and protected from external factors. And preventing unauthorized physical access is an area open to work in industry. In current practices, electronic devices are often hidden inside or outside of clothing. They are carried in standard pockets added to their surfaces or in slots with hook / loop fasteners. 25 However, these basic transportation methods are particularly difficult for children who are highly physically active. It fails to meet the ergonomic and safety needs of users. Risks such as devices falling or being removed and lost by children It contains. The design presented in patent number US9295292B2 is for a garment that moves on its own axis. It consists of movable pocket mechanisms that can rotate around a point. This system attaches to the garment. and includes outer pocket sleeves that can be rotated in different directions. With our invention, we can achieve this design. 2 In comparison, it features a reverse pocket that folds 180° upwards and a fold / rotate assembly seam structure. Improving child safety by locking the equipment against gravity. It has been done. The system, protected by patent number US8402562B1, includes electronic devices and 5 a hidden pocket structure created between the inner and outer panels of the garment for connecting cables This study describes standard openings through which electronic cable connections can be routed. and includes inner layers. With our invention, compared to this design, 3 and 4-compartment pocket bases Its structure and equipment include a cable protection channel created by stitching on the textile surface. Improving operational safety by isolating them so they do not touch each other. 10 has been provided. The invention described in patent number US8856970B2 allows the user to move objects carried by themselves from the outside. These are pocket-sized designs that conceal the device and control access in a way that makes it inconspicuous. The design utilizes textile camouflage, allowing objects to be concealed behind the main clothing lines. 15 It includes covers. With our invention, compared to this design, our reverse pocket is free when... By leaving the opening completely in a blind spot, it prevents unauthorized access by children. Improvements have been made in this regard. The study, presented under patent number US20250375158A1, measures heart rate, body temperature, and 20... This involves integrating position-sensing sensors into the garment. This system is removable. It includes flexible channels that hold electronic sensors and standard garment pockets. Compared to this design, our invention places the position sensor in the reverse pocket of the beltline. Improvement in terms of increasing resistance to dynamic movements through its placement. It has been done. 25 The design described in patent document US7992225B2 is for electronic devices. A pocket structure consisting of mesh or transparent panels to receive signals from the outside. This garment system allows the device screen or signal to be transmitted externally. It includes permeable windows. With our invention, compared to this design, the shoulder pocket is 30 It provides readability through a signal-transmitting mesh layer in its structure, while the device is controlled by the mesh. Physical intervention with a hidden (reverse) entry / exit slit that requires pushing it out Improvements have been made in terms of prevention. 3 The structure protected under document number CN209284361U contains vibration-damping layers. It is in the form of a smart garment pocket model. This model features a spongy structure that protects the modules from shocks. It includes surfaces and GPS ports. With our invention, compared to this design, it faces the body. By preventing contact between the devices and the body thanks to the pocket layer and intermediate insulation seams, 5 Improvements have been made in terms of children's clothing ergonomics. The invention described in patent number US9060550B2 enables personal movement during active physical activity. Athletic clothing features hidden pockets that protect belongings. This design is ideal for running and jumping. It includes compact inner pocket forms resistant to impacts. With our invention, this design can be extended to 10 In comparison, the inner pocket features an extra mechanical safety fold and a 180° fold vectoring mechanism. By creating barriers, the possibility of the device being ejected is physically made more difficult / close to zero. Improvements have been made in this regard. The system described in patent document number GB2436718A provides 15 safety features for textile products. This involves integrating tracking devices. The system places the equipment inside specific areas of clothing. It includes alarm and connector connection units that are fixed to specific points. Our invention, however... In contrast to this design, a hidden input makes it difficult for the user to directly access the device. Improving the hardware by physically isolating it from the outside world through the presentation of vectors. has provided. 20 The design, presented under patent number US6976273B1, features a second pocket inside a pouch. It is in the form of a protective equipment pocket that houses and tiers access to the gear. This garment, A pocket with multiple interlocking Velcro straps for easy access to devices. It includes a mechanism. Compared to this design, our invention creates a double-closing labyrinth effect. 25 by connecting the security barriers that provide access to a single reversing mechanism Improvements have been made in terms of creativity. The design, protected under patent number GB2625706A, involves electronic modules on the outer layer of the garment. It is designed to be placed in the overlapping spaces between the inner carrier lining and the outer layer. This design is 30 It includes standard electronic hardware sockets reinforced with support layers. Our invention, in contrast to this design, involves multi-compartment pockets made of textile on the garment's inner lining. 4 The principle of integrating the closing flap and guide lines into the industry in a single step. It has made improvements in terms of mass production applicability. The design, hardware, and connecting cables are described in patent document number US9414631B2. It consists of linear pouch and tunnel systems added to the inner surfaces of garments. This system, 5 fabric in which electronic equipment and cables are protected within multiple storage compartments. It includes lines. Our invention, however, differs from this design in that it includes the control circuit and the battery. short circuit by using separate, stitched compartments that structurally prevent them from touching each other. Improvements have been made in terms of preventing the risk. The invention described in patent number CN105054344B involves large-scale electronic lines and power... It is in the form of a smart outerwear system containing resources and microcontrollers. This study, a comprehensive carrier where sensors and equipment are grouped in the back and chest areas It includes the spine. With our invention, compared to this design, the modules' lower body girdle The garment's lightness is 15 thanks to its local integration into the waistline and the upper body shoulder pocket location. And improvements have been made in terms of comfort for daily use. Current smart clothing pockets, as per the known state of the art, are typically a standard type. It has an opening and a simple closure mechanism accessible from the outside. This situation, the garment The electronic components inside could be easily found by a curious child and 20 This results in the device being removed, discarded, or the hardware being damaged. During children's high-physical activities such as running, jumping, and playing, technique is important. Vertical or horizontal pocket entrances in their known state are subject to gravity and multidirectional forces. It is insufficient against these forces. Due to the effect of these forces, the devices penetrate the clothing 25 It can detach, and hardware failures can occur. Existing hardware sockets are mostly located in direct contact with the body or waist. The rubber is securely fastened inside. This prevents stiffness during movements such as bending and sitting. The electronic device is causing the garment to press against the pelvic bone or abdominal area. It reduces usage time and comfort by compromising ergonomics. RFID and similar wireless communication modules embedded in clothing with thick layers of fabric. Concealing it weakens signal readability. To increase signal transmittance... Positioning the device close to or directly on the outer surface makes it a physical device. This makes it vulnerable to intervention. In the current state of the technology, the system consists of multiple electronic components such as the control board, battery, and sensors. The modules are usually placed in the same housing or in separate pouches. This This situation leads to both cable clutter and contact between the components. This results in increased safety risks such as short circuits and battery deformation. Furthermore... Complex wiring and multi-part assembly processes increase the mass production speed of the garment by 10. It slows things down. THE PURPOSE OF THE INVENTION The overall purpose of the invention is to simplify production processes and to provide a solution for 15 people during periods of high physical activity. electronic devices can be removed from clothing by the effects of gravity and multidirectional forces. making it difficult to detach / drop the device, preventing unauthorized access and interference by children. by blocking with a mechanical barrier, isolating electronic modules from each other, thus making them operational. advanced covert structures that provide security and do not interrupt signal communication The goal is to introduce a smart clothing system into technology that focuses on ownership, safety, and ergonomics. 20 The invention features an upward 180° foldable reverse pocket structure for storing electronic equipment. Due to the effect of gravity, it hangs downwards, leaving the pocket opening completely hidden and closed. This allows the device to remain stationary, thus enabling it to perform actions such as running, jumping, and rolling. 25 It makes things more difficult. In the inverted pocket design presented with the invention, the pocket must be turned upwards to access the hardware inside. It must be folded 180°, reversed, and the closing element must be engaged only in this position. As a result of being able to open it, curious children may interfere with the equipment and find the device. 30 or its removal from the garment, whether intentionally or unintentionally, is prevented by a mechanical barrier. 6 The invention presents 3 and 4-compartment pockets with a basic structure including a battery, control circuit, and sensors. electronic modules are placed in insulated compartments (cells) that are isolated from each other. As a result, contact between the components is prevented, and a possible short circuit or overcurrent is avoided. Critical safety risks such as overheating or battery deformation have been eliminated. The invention offers a multi-compartment interior pocket structure that houses the entire electronic equipment ecosystem in one place. assembled on a textile template, via guide lines and a fastening area. The complex, multi-part assembly results from the fact that the inner lining of the garment is sewn on in one go. By eliminating the steps, mass production is facilitated and industrial applicability is improved. It has been increased. 10 The shoulder pocket design presented with this invention features a signal-transmitting mesh layer on the outer surface of the device. As a result of their use, RFID and similar wireless communication modules are used with readers. Communication performance is maximized; access to the device is only possible via a hidden compartment under the inner fabric. (reversed) entry / exit is ensured through the slit, allowing the equipment to be pulled out from the outside and 15 It has been designed to protect against physical intrusions such as theft. The invention presents a body-facing insulation layer that attaches to the garment only at its top edge. Due to its free-hanging structure (with folding / rotating assembly seams), it is suitable for rigid electronics. the equipment protects the child's pelvis or abdomen during actions such as sitting and bending. This prevents the garment from sinking into the surrounding area, thus ensuring daily wear comfort and ergonomics. It has been elevated to the highest level. A BRIEF DESCRIPTION OF THE INVENTION The invention is a security-focused system in which electronic equipment is integrated ergonomically and discreetly. It is a smart clothing system (100) (Figure 1, Figure 2). The system can be worn on a top such as a t-shirt, long-sleeved cotton shirt. body garment (110) and a lower body garment such as trousers or sweatpants (120) This occurs. Signal communication is highest in the upper body garment (110). a strategic shoulder pocket location (113) and access to equipment without removing clothing 30 (111) The position of the inner side pocket on the upper body, located inside, to make it difficult to move Similarly, in the lower body garment (120), ergonomics and safety are considered. designed belt line with reverse pocket location (121) and lower body inner side pocket location (122) 7 The waistline of the lower body (120) garment that remains at the waistline and touches the body (123) surface is located. The invention makes it difficult for electronic equipment (240) to fall off during active physical movement, Upward foldable 180° reverse pocket designed in a pillowcase-like form (200) 5 It has the structure (Figure 3, Figure 4). The reverse pocket (200) attaches to the garment only from its upper edge. It is fixed with a folding / rotating mounting seam (225). This innovative one-way movement Due to the suitable structure, the pocket is freely positioned at 0° downwards under the influence of gravity. It is in the state of (203) (Figure 5). The position sensor etc. electronic device inside it (240) In order to reach it, the pocket must be folded upwards 180° in the direction of the vector (250) 10 by moving it and passing the raised position of approximately 40° (202) it is folded upwards. It is necessary to bring it to the state (201) (Figure 6). To store the device again and put it in a safe position. To obtain it, the pocket moves downwards in the direction of the 180° folding vector (251). is being done (Figure 7). The reverse pocket (200) is a textile that conceals the opening and faces the body when it is in the free position. Thanks to its surface (210) and its surface (220) which faces the clothing / belt line, the equipment allows children to get to know the children. External interference is prevented by a mechanical barrier. The internal structure of the pocket. Upon examination, the body-facing pocket layer (230) which secures the device (240) and the device above The inner pocket has a safety fold (231) to prevent it from sliding out. The pocket has 20 pocket closure with elastic drawstring, accessible only when the pocket is folded 180° (221) It is secured with [the safety mechanism]. This closure makes it even more difficult for the equipment to fall. A rubber gathering stitch (222) was applied to the element. The bottom of the relevant closure fabric The back view of the part (223) and the back view of the drawstring position (224), this locked It completes the structural integrity of the building. The device (240), closing element opening direction 25 (260) along and in the direction vector of the protective pocket eye stretch (270). It is stretched and placed in the pocket. The invention prevents electronic components from being damaged by coming into contact with each other (short circuit, etc.). 3-compartment pocket basic structure (310) (Figure 8, Figure 9, Figure 10) or 30 for insulation purposes The fourth eye added for the additional electronic component (322) is the fourth eye (321) and its It contains a 4-compartment pocket structure (Figure 11, Figure 12, Figure 13) including its open form (323). In this modular structure; the first compartment (311), the second compartment (312), the third compartment (313) and these compartments 8 The open versions (314, 315, 316) are included. Thanks to these insulated compartments; power power supply / battery (340) and power supply / battery connection terminal (341), control circuit (350), remote data collecting data outside the pocket (sweating, fever etc.) with environmental sensor (360). The receiving sensor (380) is safely transported without touching each other. Between modules The conductive cable providing communication, external connection data / power paths (370), are protected from external factors 5 cable protection in the form of a tunnel created by stitching on the textile surface for protection purposes. It is passed through the channel (390). Equipment; 1. closing flap closing direction Closing direction of the 1st closing flap (330) and the 2nd closing flap closed with vector (335). It is firmly fixed by means of the 2nd closing flap (332) which is closed by the vector (333). Complex internal structure, 1st textile cover flap left empty according to cable exit direction 10 It is easily integrated into the garment in one go via the fixing area (331). The invention has a shoulder section for radio frequency readable devices such as the RFID module (430). A special shoulder pocket structure that provides optimum signal transmission (410) (Figure 14, Figure 15, Figure 16) is located. To prevent the device from irritating the skin, the shoulder pocket of the garment is 15. The textile layer serves as the ground, as seen from below (411) and from above (421). When the structure of the shoulder pocket is examined from the rear view (420); the module (430), mesh border Signal permeable mesh kept taut by sewing the seams from below (412) and above (422). It appears that the layer (425) is placed behind the hardware. Physical interventions To protect it, the device has a hidden (reversed) entry / exit slit in the form of a thin cut / slit 20 (440, 450) are attached and removed by being supported / pushed by the file (Figure 17, Figure 18). RFID module (430), in the direction of the hidden (reverse) entry slit hardware input vector (451). When inserted into the pocket from the top; a hidden (reverse) entry / exit slit when you want to remove it. The hardware output vector is moved in the direction of (441). EXPLANATION OF THE FIGURES Details of the smart clothing system developed to achieve the invention's purpose are listed below. This is shown as follows. Figure 1: Upper body pocket locations of the smart clothing system. Figure 2: Lower body pocket locations of the smart clothing system. Figure 3: General structure of the upward 180° foldable reverse pocket located at the waist. 9 Figure 4: View of the inverted pocket located on the waist, together with the device. Figure 5: Side view of the inverted pocket located at the waist, with the concealed device inside. Figure 6: Side view showing the upward folding movement of the reverse pocket and the opening direction of the outer pocket. appearance Figure 7: Vector (arrow) illustration of the internal and external opening directions of the inverted pocket with the device. appearance Figure 8: Technical drawing of the production mold for the basic structure of a 3-compartment hidden pocket. Figure 9: View of the 3-compartment hidden pocket structure including the placement of electronic components. Figure 10: The 3-compartment pocket structure in its folded and ready-to-assemble final form. Figure 11: Technical drawing of the production mold for a 4-compartment hidden pocket structure. Figure 12: View of the 4-compartment hidden pocket structure including the placement of electronic components. Figure 13: The final, folded, and ready-to-assemble configuration of the 4-compartment pocket structure. Figure 14: View of the shoulder pocket structure from beneath the garment textile layer. Figure 15: General view of the shoulder pocket structure from the rear. Figure 16: Shoulder pocket construction from the garment textile layer and mesh border seams 15 appearance Figure 17: Bottom view of the shoulder pocket's concealed (reverse) entry / exit slit and equipment exit vector. appearance Figure 18: Top view of the shoulder pocket's concealed (reverse) entry / exit slit and covering barrier. view 20 EXPLANATION OF REFERENCE NUMBERS IN THE FIGURES 100 - Smart Clothing System 110 - Upper Body Garment 25 111- Upper Body Inner Side Pocket Location 113 - Shoulder Pocket / RFID Location 120 - Lower Body Garment 121- Position of the Reverse Pocket on the Belt Line 122- Lower Body Inner Side Pocket Position 30 123 - Lower Body Waistline 200- Upward 180° Foldable Reverse Pocket 201 - The Inside Pocket Folded Up 202 - Inverted Pocket Raised Approximately 40° Upward 203 - The Inverted Pocket in its Free State at the Downward 0° Position 210 - The Textile Surface of the Inverted Pocket Facing the Body 220 - The Inverted Pocket Surface Facing the Garment / Beltline 221- Pocket Closing Element 5 222- Elastic Gathering Seam (A line that makes it difficult for electronic equipment to fall out) 223-221 Back View of the Bottom Part of the Closure Fabric 224-222 Rear Illustration of Gathering Stitch Position 225- Folding / Rotating Assembly Seam 230- Body-Facing Pocket Layer 10 231 - Internal Pocket Security Fold 240 - Electronic Devices (Location Sensors, etc.) 250° Upward 180° Folding Vector (Arrow) 251- Downward 180° Fold Vector (Arrow) 260- Closing Element Opening Direction 15 270- Protective Pocket Eye Stretch Direction Vector (Arrow) 310- 3-Compartment Pocket Basic Structure 311 - The First Eye 312 - The Second Eye 313 - The Third Eye 20 314 - The State of the First Eye Open 315 - The State of the Second Eye Open 316 - The State of the Open Third Eye 321 - The Fourth Eye / Partition 322- Fourth Eye Additional Electronic Component 25 323 - The State of the Fourth Eye Open 330- 1. Closing Flap (Top Cover) 331- 1. Textile Closure Wing Fixing Area (2 Stitches) 332- 2. Closing Flap (Bottom Cover) 333- 2. Closing Wing Closing Direction Vector 30 335- 1. Closing Wing Closing Direction Vector 340 - Power Supply / Battery 341 - Power Supply / Battery Connection Terminal 11 350 - Control Circuit 360-Degree Peripheral Sensor 370 - Conductive Cable (External Connection Data / Power Paths) 380 - Remote Data Acquisition Sensor (External Sensor) 390- Cable Protection Channel Created by Stitching on Textile Surface 5 410 - Shoulder Pocket Structure (Bottom View) 411 - Shoulder Pocket Garment Textile Layer (Bottom View) 412 - File Border Stitches (Bottom View) 420 - Shoulder Pocket Structure Rear View 421 - Shoulder Pocket Garment Textile Layer (Top View) 10 422 - File Border Stitches (Top View) 425 - Signal-Transmitting Mesh Layer 430- RFID Module 440 - Concealed (Reverse) Entry / Exit Slit (Bottom View) 441- Concealed (Reverse) Input / Output Slit Hardware Output Vector (Bottom View) 15 450 - Concealed (Reverse) Entry / Exit Slit (Top Position) 451 - Hidden (Reverse) Inlet Slit Hardware Inlet Vector (Top Position) DETAILED DESCRIPTION OF THE INVENTION This invention features high-physical design with ergonomically and discreetly integrated electronic components. ensuring device safety during activities and preventing unauthorized access by children to the equipment. It is an advanced smart clothing system that prevents (100). Current smart clothing used in industry and wearable technology is generally 25 years old. They feature simple designs where equipment is carried in standard pockets. However, they offer high mobility. In children with the necessary abilities, these standard pockets are inadequate for versatile movement. and can cause the device to fall or be easily removed by the child. The invention consists of the upper body garment (110), the lower body garment (120) and this Innovative foldable reverse pocket integrated into the garments (200), multi-compartment insulated inner pockets 30 (310) and shoulder pocket with concealed entry (410) mechanisms in the known state of the art It eliminates problems. 12 In the basic anatomy of the smart clothing system (100), a top such as a t-shirt or long-sleeved cotton shirt body garment (110) and a lower body garment such as trousers or sweatpants (120) It contains. In the upper body garment (110), the signal communication is highest. Shoulder pocket / RFID location (113) with garment which is a strategic upper body equipment area The upper 5 located inside make it difficult to access the electronic equipment without removing it. The inner side pocket location of the body (111) is located. Similarly, in the lower body garment (120), The position of the beltline reverse pocket where the equipment will be least affected by multifaceted forces. (121), alternative lower body inner side pocket location (122) and remaining behind the pocket to the body There is a contacting lower body belt line (123). The invention's most critical safety component is its rotating feature, which makes it difficult for the equipment to fall. Pillowcase with pocket structure, foldable up 180°, reverse pocket (200) It is the mechanism. The reverse pocket (200) is positioned at the waistline of the lower body garment (120) (121), It is secured with a folding / rotating mounting seam (225) applied only from the top edge. This innovative stitching line allows the pocket to move like a pendulum on the garment. 15 He knows. During use, the reverse pocket (200) hangs freely at the 0° position, where it hangs down by gravity. It is in the position (203). While in this free position, it conceals the opening of the pocket and the body Thanks to the contacting textile surface (210), the device remains completely in the blind spot. This 20 The case provides an external surface effect that protects the hardware from external factors and visually conceals it. This prevents the child from opening or accessing the device. Fold the reverse pocket upwards 180° vector (250) to access the device it is hiding. It needs to be moved in that direction. The pocket should be moved upwards approximately 40° 25 When the raised version (202) is passed and the folded version (201) is reached; however, time the surface facing the garment / belt line containing the pocket opening (220) becomes visible That is, for the pocket opening to be visible and accessible, the pocket must succumb to gravity. It needs to be lifted 180° upwards in the opposite direction to prevent children from accidentally opening it. It is a powerful mechanical barrier that prevents passage. 30 The opening of the reverse pocket (200) is an elastic drawstring pocket accessible only when the pocket is folded 180°. It is secured by a closing element (221). On this element, the electronic 13 an extra drawstring seam to make it even more difficult for the equipment to fall (222) It has been applied. The back view of the lower part of the 221 closing fabric in question (223) Rear illustration of the position of the 222 drawstring seam (224), structural of the locking mechanism. It forms its strength. The inner structure of the reverse pocket (200) contains textile insulation that secures the device and faces towards the body. There is a pocket layer (230) that faces the body with its surface. Electronic device (240) in the pocket Once installed, it prevents the device from sliding upwards and blocks external access. The inner pocket safety fold (231), which acts as a safety barrier, is activated. The device (240) When it is requested to be removed from the pocket, the closing element must be compatible with the opening direction (260) 10 as such, the inner fabric pocket in the direction of the protective pocket eye stretch vector (270). It needs to be stretched. After the process is complete, the pocket will fold downwards 180° using the vector. It is closed by turning it downwards again (to the 0° position) with (251). The invention involves 15 devices that require the use of multiple electronic devices within clothing. In these cases, it includes a 3-compartment pocket basic structure (310) that isolates the equipment from each other. This structure includes the control circuit (350), power supply / battery (340) and environmental sensor (360). The first eye (311), the second eye (312) and the third eye that physically separate the nests from each other. It consists of eyes (313). If needed, for example a motion sensor Fourth eye (321) 20 for the integration of a fourth additional electronic component (322). The structure can be expanded by adding sections. The figures show these sections in their open state (314, 315, 316, 323) is seen. In this multi-cell structure (310), power is provided for charging electronic equipment and transferring data. power source / battery connection terminal (341) and conductive cable (external connection data / power paths) 25 (370) are located. These cables (370) that provide transfer between modules, external physical A cable protection channel created by stitching on the textile surface to protect against voltage fluctuations. (390) is passed through. In addition, the system monitors sweating, fever and pulse outside the pocket. integrated with remote data acquisition sensors (external sensor) (380) that enable monitoring of data such as is able to work. 30 The equipment inside the pockets consists of the 1st closing flap (top cover) (330) and the 2nd closing flap. (bottom cover) (332) by using hook / velcro tape, snap or zipper 14 It is fixed. This closing operation is, respectively, the closing direction vector of the 1st closing flap. (335) and 2nd closing wing closing direction vector (333) in the directions This is being carried out. The system's assembly to the main garment involves fixing the 1st textile closing flap. Using area (331), leaving the space empty according to the cable exit direction and sewing the other parts This can be done in a very practical way, following this principle. 5 The invention involves a special shoulder pocket structure in the shoulder area where signal communication is critical (410) It has. When the rear view of the shoulder pocket structure (420) is examined, it is seen that it is radio frequency. The read RFID module (430) is an external barrier that does not interrupt signal communication. It is seen that the signal-transmitting mesh layer (425) is placed behind. This mesh layer 10 (425), the file is stretched by applying the border stitches from below (412) and from above (422). It is kept in place. To prevent skin irritation from the equipment, the shoulder pocket of the garment textile is kept in place. The layer was made to serve as a ground from below (411) and above (421). Access to the shoulder pocket hardware (430) is via a 15-inch zipper and not a standard zipper or hook / loop fastener. through the hidden (reverse) insertion / exit slit where the device is inserted or removed by folding it inwards (440) is made. The hidden (reverse) entry / exit slit is only made from the top position (450). It is extremely difficult to see and insert a finger into it because it is a very small cut / slit. It is difficult. When the hardware needs to be placed in the pocket, the hidden (reverse) entry slit prevents the hardware from entering. The vector is moved in the direction of (451). When it is to be removed, file 20 is added from outside. Supported by being pushed by a hidden (reverse) entry / exit slit hardware exit The vector is safely removed from its housing by moving it in the direction (441). This structure, It creates a high-level physical security barrier against unauthorized removal of the device. 25 WAYS TO APPLY THE INVENTION TO INDUSTRY This invention is designed specifically for tracking children's safety, location, etc., throughout the day. can be directly applied in the smart clothing and wearable technology sector produced. It is of a certain quality. In addition, in sportswear products that require high physical activity, industrial work safety clothing and medical monitoring requirements (dementia, Alzheimer's 30 etc.) electronic equipment can also be safely transported in patient clothing. available. The invention's basic structure consists of a 3- and 4-compartment pocket, a battery, sensors, and a control circuit. This allows the entire electronic ecosystem to be brought together on a single textile template. This modular structure provides extra advantages over standard garment and textile production lines. Without the need for complex machinery investment, the designated fixing area It can be integrated into the garment with a single sewing process. In this respect, the invention is 5 By simplifying smart garment assembly processes, mass production speed, efficiency and industrial... It significantly increases its applicability. Additionally, the invention offers an upward 180° foldable reverse pocket and a concealed (reverse) entry / exit. The shoulder pocket mechanisms with slits protect electronic devices from external impacts and 10 while protecting against interventions, it preserves the aesthetics, washability, and flexibility of the garment. It does not disrupt [the system]. This innovative structure is frequently used in wearable technologies today. encountered, equipment falling due to the effect of multifaceted forces, unauthorized removal or A permanent and ergonomic solution to the problem of short circuits caused by components touching each other. Because it offers a mechanical solution, it is quite different from standard pocketed smart clothing designs on the market. It has the potential to be a powerful and easily producible alternative in industry.

Claims

16 REQUESTS 1.) The invention involves the ergonomic and discreet integration of electronic components into a t-shirt or long-sleeved garment. an upper body garment such as a sleeved cotton shirt (110) and a lower garment such as trousers or sweatpants It is a smart clothing system (100) consisting of body clothing (120) and its feature is; lower body 5 The versatile equipment is fixed to the position of the reverse pocket (121) on the belt line of the garment (120). It has a rotating feature that makes it difficult for it to fall under the influence of forces, and it can be folded upwards 180°. reverse pocket (200), multi-compartment pocket base that carries electronic modules by isolating them from each other. structure (310), shoulder pocket where signal communication is highest in the upper body garment (110 / Characterized by the shoulder pocket mechanism (400) integrated into the RFID location (113) 10 It is done. 2.) The feature of the upward 180° foldable reverse pocket (200) in Claim 1 is; only the top It is lowered by gravity thanks to the folding / rotating mounting seam (225) to which it is fixed at the edge. its free position (203) hanging at 0° and concealing the pocket opening 15 Thanks to the textile surface (210) facing the body, the device can be opened by the child or This involves preventing access to the device with a mechanical barrier. 3.) The feature of the upward 180° foldable reverse pocket (200) in Claim 2 is that it stores To access the device, the pocket must be folded upwards 180°, against gravity. by moving the vector in the direction (250) and bringing it to its folded form (201) However, in this position, looking at the beltline of the garment where the pocket opening is located its surface (220) becomes visible and accessible. 4.) The feature of the upward 180° foldable reverse pocket (200) in Request 2 is that it contains 25 To make it difficult for the carried electronic device (240) to fall, only the pocket 180° to the elastic drawstring pocket closure element (221) which can be reached when folded, on this element applied rubber drawstring seam (222) and prevents the device from sliding up and out It has an inner pocket security fold (231). 5.) The inner pocket security fold (231) in Claim 4 is the feature of the electronic device (240) when it is requested to be removed, the protective pocket eye stretch direction vector (270) 17 Allows the equipment to be released by stretching the inner fabric pocket in that direction. It is a verification. 6.) The basic structure of the multi-cell cell in Claim 1 is (310), and its features are: control circuit (350), power Contact between multiple devices such as power source / battery (340) and environmental sensor (360) 5 designed as insulated compartments to prevent short circuits. It is having a first eye (311), a second eye (312) and a third eye (313). 7.) The basic structure of the multi-compartment pocket in Claim 6 is (310); its feature is that the equipment is in its slots.

1. Closure flap 10 which can be fastened with hook / loop fastener, snap or zipper. It has a (top cover) (330) and a 2nd closing flap (bottom cover) (332). 8.) The basic structure of the multi-compartment pocket in Claim 6 is (310) and its feature is that the system attaches to the main garment. To allow for integration during the trip, the cable exit direction should be left empty and the other parts filled in. It contains the fixing area (331) of the 1st textile closing flap where it is sewn. 15 9.) The shoulder pocket mechanism in Claim 1 (400) has the feature of being a radio placed inside. not interrupting the signal communication of the smart hardware (RFID Module) (430) read by its frequency and has a signal-permeable mesh layer (425) held taut by mesh border seams (412, 422). that is. 20 10.) The shoulder pocket mechanism in Claim 9 (400) has the characteristic of being; equipment can be unauthorized from outside. To prevent removal and interference, the device is pushed inwards only by the mesh. It is seen in the top position (450) and finger is inserted or removed by bending it. a hidden (inverted) entry / exit slit in the form of a thin cut / slit that is difficult to enter (440) 25 It is having.