QR CODE JEWELRY AND MOBILE APPLICATION (APP) FOR LOCATION (GPS) INFORMATION MANAGEMENT SYSTEM FROM QR CODE JEWELRY

Abstract

This invention aims to transmit the QR code (200) jewelry produced specifically for its wearer [(301) or (302)], the wearer's current location (GPS) (305) or mobile location (306), the wearer's current image (405), the wearer's current voice (406), and the wearer's current health status information (407) in writing to the registered persons (310) in the information management system server of the wearer [(301) or (302)], when scanned by a mobile application (APP) or any reader, and to provide the wearer with status information during periods of natural disasters such as earthquakes, fires, and floods;It is related to the management system of the current location (GPS) (305) or moving location (306) information of all jewelry, jewelry, costume jewelry and similar sectors that are produced from precious and non-precious metals, used for ornamental purposes, with two-dimensional barcode types (100) which are generally used in Turkey as QR code (101) on the application and carrier [(301) or (302)].

Description

TARIFF QR CODE JEWELRY AND MOBILE APPLICATION (APP) FOR LOCATION (GPS) INFORMATION MANAGEMENT SYSTEM FROM QR CODE JEWELRY Technical Area This invention is the QR code jewelry (200) that is produced specifically for its wearer [(301) or (302)]. When scanned with a mobile application (APP) or any reader, the QR code jewelry carrier [(301) or (302)] can transmit the current location (GPS) (305) or mobile location (306), the carrier's instant image (405), instant sound (406), instant health status information (407) in writing to the registered persons (310) in the information management system server (309), and the carrier's status information can also be provided. This application is also integrated into the state tracking and control systems (602) of the processes that occur during and after periods of natural disasters such as earthquakes and floods, epidemics, nuclear disasters and similar events, and is used for ornamental purposes in jewelry, goldsmithing, costume jewelry and similar sectors, produced with two-dimensional barcode types (100) generally called QR code (101) on the carrier [(301) or (302)].It is related to the management system of the information of the jewelry, which can be produced from precious and non-precious metals, and the current location (GPS) (305) or moving location (306) from the jewelry with QR code (200). State of the Art Jewelry generally encompasses all accessories worn by people, produced from precious and non-precious metals, and used for ornamental purposes in industries such as jewelry making, costume jewelry, and similar sectors. QR code (101) is owned by the Japanese company Denso, patent number JP2938338, established in 1994. The name QR code (101) comes from the initials of the English words “Quick Response”. QR code (101), a type of two-dimensional data matrix barcode that can be read by the cameras of mobile devices, is a method used to access data more easily and accurately, consisting of various shapes and spaces, and to transfer data automatically and without errors to another medium. In our country, it is expressed with the word “QR code” (101). The expression QR code (101) was first used in the Human Medicinal Products Packaging and Labeling Regulation published in the Official Gazette dated 02 / 02 / 2008 and numbered 26775. It is used as the Turkish equivalent of two-dimensional data matrix barcode. According to a 2007 United States patent numbered US20170293721A1, a "Medical and Personal Data Access System" is a system that securely retrieves a person's medical data and personal information through a device such as jewelry or a similar item, containing confidential personal and medical data, that can only be understood by personnel with the appropriate equipment and authorization. This personal information includes at least one of the following: name, surname, social security number, age, gender, date of birth, address, telephone number, religion, emergency contact information, doctor's information, allergies, prescriptions, and blood type. In the document with patent number KR101420867B1, belonging to South Korea in 2012, "QR code sign device management system containing personal information" is related to personal information and a portable operating system that can take appropriate measures according to various situations such as preventing the disappearance of babies, children, mentally disabled persons, physically disabled persons, elderly people with diseases, and people with low cognitive ability, and identifying the identity of an unconscious person quickly and without problems in case of an accident or similar situation. The document, patent number 2015 / 07655, registered with the Turkish Patent Office in 2015, describes a "Biometric Data-Based Location, Identity, and Real-Time Verification System" as a system developed to verify and record a person's location and time interval in any business or transaction (for example, in banking systems or in tasks requiring the tracking of expert field personnel) by proving that the correct person is in the correct place at the correct time. In the document with Turkish Patent application number 2020 / 01257 for the year 2020, the Invention is related to an authentication and management system that enables identity verification and management of all these processes by scanning the QR code (101) generated on the screen of the mobile application, detecting the Location (GPS) data (305) of the mobile device where the mobile application is located, and controlling the entry and exit of the areas requiring control (all workplaces requiring control, conference organization, concert organization, event control) by scanning the QR code (101) generated on the screen of the mobile application and controlling the entry and exit with the pre-defined information. Patent number US20170293721 AL and patent number KR101420867B1 only contain registered personal information. The person who scans the QR code on the jewelry (200) needs to contact the person (301) using this information (304). These patents may be effective in individual situations, but they will be insufficient in monitoring and controlling processes that occur during or after periods of natural disasters such as earthquakes and floods, epidemics, nuclear disasters, and similar events, due to the collapse of mobile (GSM) communication networks, regional power outages, and similar reasons. In addition, since personal information is registered on the QR code on the jewelry (200) in both patents, there is a high probability that they may be insufficient in terms of the security of personal data protection. Patent number 2015 / 07655 allows for identity verification and location sharing via a mobile device carried by the individual. These patents may be effective in individual situations. However, they would be insufficient for monitoring and controlling processes during or after periods of natural disasters such as earthquakes and floods, epidemics, nuclear disasters, and similar events, due to the collapse of mobile (GSM) communication networks, regional power outages, and similar reasons. Furthermore, since personal information is stored on the mobile device, this patent also carries a high probability of being inadequate in terms of protecting personal data security. Article 6 of the Law No. 6698 on the Protection of Personal Data (KVKK), dated 23.03.2016, titled "Conditions for Processing Special Categories of Personal Data," states that data relating to a person's race, ethnic origin, political opinion, philosophical belief, religion, sect or other beliefs, appearance and clothing, membership in associations, foundations or trade unions, health, sexual life, criminal convictions and security measures, as well as biometric and genetic data, are defined as special categories of personal data. While the definition of biometric data, which is included among special categories of personal data, is not explicitly mentioned in the law, it is mentioned in relation to 25.05.In the European General Data Protection Regulation (GDPR), which entered into force in 2018, biometric data is defined as "personal data resulting from specific technical processing relating to physical, physiological or behavioral characteristics that enable or confirm the unique identification of a natural person, such as facial images or dactyloscopy data". In the Turkish Patent application numbered 2020 / 01257, it is mentioned that the disadvantages of identity verification by obtaining only location (305) information with a QR code (101) can be avoided in the protection of personal data. Purpose of the Invention The main purpose of this invention is to enable the registered persons (310) in the information management system of the carrier with the QR code tag (200) [(301) or (302)] to receive the carrier's current location (GPS) (305) or mobile location (306), the carrier's current image (405), its current voice (406) and its current health status information in writing (407), and to ensure that the carrier is informed of its status during natural disasters such as earthquakes, floods, epidemics, nuclear disasters and similar periods, when the carrier's QR code tag (200) is scanned, the registered persons (310) in the information management system [(301) or (302)] can reach the carrier [(301) or (302)] in the shortest time and in the most accurate way. This invention aims to utilize the location (GPS) information (305) from this QR code tag (200) by integrating the official information (603) belonging to the carrier from the state tracking and control system (602) by state officials (601) during periods such as natural disasters like earthquakes, floods, epidemics, nuclear disasters and similar events, with the management system. This invention aims to ensure that, when babies, children, mentally disabled people, physically disabled people, elderly people, people with low cognitive ability, people who have lost consciousness as a result of an accident or similar event (301), or pets such as cats and dogs (302) wearing QR code jewelry (200) get lost, their current location (GPS) (305) or moving location (306) can be sent to the carrier [(301) or (302)] as soon as possible and in the most accurate way, by means of the QR code jewelry (200) and the persons registered in the information management system (310). This invention aims to enable state officials working in state units such as security, health, search and rescue and civil society organizations (601) to use their time in the most efficient way without being distracted, by working integrated with state monitoring and control systems (602) during periods of high intensity such as earthquakes, floods, epidemics, nuclear disasters and similar events. This invention aims to transform the functionality of jewelry used as an accessory into a QR code jewelry (200) created specifically for the wearer, and when scanned with a mobile application or any reader, the QR code jewelry wearer's personal information is transmitted to the registered persons (310) in the information management system [(301) or (302)] with the optional consent of the person (304) who scanned the QR code, so that the wearer [(301) or (302)] can be identified, honored, thanked, rewarded and reach the person or persons (304) who scanned the QR code, who are the "anonymous heroes", for reasons such as recognition, honoring and thanking. Explaining the Figures This invention will be described with illustrative drawings, referencing the accompanying figures, to facilitate a better understanding of the system, so that the features of the invention can be more clearly understood and evaluated. However, the aim is not to limit the invention to these specific arrangements. On the contrary, it is intended to encompass all alternatives, modifications, and equivalences that can be included within the scope of the invention as defined by the accompanying claims. It should be understood that the details shown are only for the purpose of describing the preferred arrangements of the invention and are presented to provide the most useful and easily understandable description of both the methods and the rules and conceptual features of the invention. In these drawings; Figure 1: Representative views of two-dimensional barcode types (100). Figure 2: Symbolic appearance of the types of jewelry with QR codes (200). Figure 2.a: Perspective view of the QR code button (201). Figure 2.b: Perspective view of the QR code cufflink (202). Figure 2.c: Perspective view of the QR code lapel pin (203). Figure 2.c: Front (204) perspective view of the QR code badge. Figure 2.d: The rear (204) perspective view of the QR code badge. Figure 2.e: Perspective view of the front of the QR code shoelace buckle (205). Figure 2.f: Perspective view of the back of the QR code shoelace buckle (205). Figure 2.g: Perspective view of the QR code shoe earring (206). Figure 2.ğ: Perspective view of the front part of the QR code magnetic shoelace (207). Figure 2.h: Front perspective view of the right attachment of the QR code-enabled magnetic shoelace (207). Figure 2.1: Front perspective view of the left attachment of the QR code-enabled magnetic shoelace (207). Figure 2.i: Rear perspective view of the right attachment of the QR code magnetic shoelace (207). Figure 2.j: Perspective view of the ring with QR code (208). Figure 2.k: Perspective view of the ring with QR code cover (209). Figure 2.1: Perspective view of the necklace with QR code (210). Figure 2.m: Perspective view of the necklace with QR code cap (211). Figure 2.n: Perspective view of the earring with QR code (212). Figure 2.o: Perspective view of the earring with QR code cap (213). Figure 2.ö: Perspective view of the QR code bracelet (214). Figure 2.p: Perspective view of the QR code bracelet opening (214.e). Figure 2.r: Perspective view of the QR code-enabled bracelet cover (215g). Figure 2.s: Perspective view of the QR code-enabled bracelet (215) with the cover closed. Figure 2.s: Perspective view of the QR code bracelet with cover (215) with cover open. Figure 2.t: Perspective view of the QR code tag (216). Figure 2.u: Perspective view of the QR code belt buckle (217). Figure 2.u: Perspective view of the QR code clock (218). Figure 2.v: Perspective view of the QR code emblem (219). Figure 2.y: Perspective view of the collar with QR code (220). Figure 2.z: Perspective view of the hair clip with QR code (221). Figure 3: A representative view showing the working principle of the information management system from the QR code tag (200) to the current location (GPS) (305) or moving location (306). Figure 4: Representative view of the reader application screen (307). Figure 5: Representative view of the carrier information system application registration screen (308). Figure 6: A representative view showing the working principle of the state tracking and control system (602) integrated with location (GPS) (305) information from the barcode jewelry (200). The figures that will help in understanding this invention are numbered as shown in the attached images and are given below along with their names. Explanation of References in Figures 100: Types of two-dimensional barcodes 101: QR Code 102: Micro QR Code 103: Security QR Code (SQRC) 104: DataMatrix 105: Maxicode 106: Cool Data Matrix 107: Aztec Code 108: Qode 109: Trillcode 110: Quickmark 111: Shotcode 112: mCode 113: Beetagg 114: PDF417 115: Dot Code 116: EPC QR Code 117: CodaBlock-F 118: Han Xin Barcode 119: NextCode 120: iQR Code 121: High Capacity Color Barcode 122: JAB-Code 200: Jewelry with QR code 200.a: Surface containing the two-dimensional barcode. 201: QR code button 201.a: Button space 202: Cufflinks with QR code 202.a: Cufflink pin 202.b: Cufflink holder 202.c: Cufflink shaft 203: QR code lapel pin 203.a: Collar earring hook 203.b: Collar earring holder 203.c: Collar earring shaft 204: QR code badge 204.a: Badge pin 204.b: Rosette bed 2O4.c: Badge holder 205: Shoelace buckle with QR code 205.a: Shoelace buckle gap 206: QR code shoe earring 206.a: Shoe earring hook 2O6.b: Shoe earring holder 206.c: Shoe earring shaft 207: QR code on shoelaces 207.a: Right shoelace attachment 2O7.b: Left shoelace attachment 207.c: Shoelace loop 207.d: Upper part of the right shoelace attachment 207.e: Shoelace magnets 207.f: Shoelace left attachment right side area 207.g: Shoelace left attachment housing. 207.ğ: Shoelace, right attachment, left side area 208: QR code ring 208.a: Flat part of the ring 208.b: Ring band 209: Ring with QR code on the cover 209.a: Ring base 209.b: Ring cover 209.c: Ring cover lock projection 209.d: Ring lock slot 209.e: Ring inner part 209.f: Ring outer part 209g: Ring shaft 210: QR code necklace 210.a: Pendant 21O.b: Necklace gap 21O.c: Necklace chain 211: Necklace with QR code on the cover 211.a: Pendant base 211, b: Necklace cap lc: Necklace clasp protrusion 211 .d: Necklace clasp slot 211.e: Necklace inner piece 211.f: Necklace outer part lg: Necklace shaft 211.h: Necklace top piece l.ı: Necklace pin 211.i: Necklace blank 212: Earring with QR code 212.a: Earring flat piece 212.b: Earring blank 212.c: Earring chain 212.d: Earring hook 212.e: Earring piston 213: Earrings with QR code on the lid 213.a: Earring base 213, b: Earring lock slot 213.c: Earring bottom piece gap 213.d: Earring hoop 213.e: Earring pin 213.f: Earring lock seat 213.g: Earring clasp hook 213.h: Earring cap 213.ı: Earring cap lock projection 213.i: Earring outer part 213.j: Earring inner piece 213.k: Earring shaft 213.1: Earring lock hook gap 214: QR code bracelet 214.a: Bracelet top piece 214.b: Wristband 214.c: Wristband lock inner attachment 214.d: Wristband lock outer attachment 214.e: Inner cavity of the bracelet's upper part 215: Bracelet with QR code on the cover 215.a: Bracelet bottom piece 215.b: Bracelet bottom outer part 215.c: Bracelet cover inner part 215.d: Bracelet cover 215.e: Wristband cover lock protrusion 215.f: Wristband lock slot 215g: Inner cavity of the lower part of the bracelet 215.h: Wrist strap 216: ID tag with QR code 216.a: Plain part of the identification tag 216.b: Identifier space 216.c: ID tag chain attachment 216.d: Identification chain 217: Belt buckle with QR code 217.a: Locking device 217.b: Apparatus clearance 217.c: Belt 217.d: Buckle shafts 218: QR code clock 218.a: Analog watch case 218.b: Dial 218.a: Watch strap 219: QR code emblem 219.a: Flat area of ​​the coat of arms 220: Collar with QR code 220.a: Leash end 220.b: Leash 220.c: Belt link chain 220.d: Leash end connection gap 220.e: Collar locking device 220.f: strap lock clearance 221: Hair clip with QR code 221.a: Flat part on top of apparatus 221.b: Hair attachment device 301: QR code jewelry carrier 302: QR code-enabled jewelry carrier for pets. 303: Mobile device 304: The person who scanned the QR code 305: Current location (GPS) 306: Moving position 307: Reader application screen 308: Carrier information system application registration screen 309: Server 310: Carrier application screen registered contacts 401: Registered persons' full name, phone number and address information. 402: Carrier diagram 403: Carrier's name 404: Carrier's specified personal information 405: Instantaneous view of the carrier. 406: Carrier's instantaneous sound 407: Current health information 408: Reader name, surname, phone number and personal information registration button 409: Confirm button for transmitting optional information to the other party. 410: Send button 501: System registration button for registered users 601: Government official 602: State monitoring and control system 603: Official information belonging to the carrier. Description of the Invention This invention enables the transmission of the QR code (101), which is produced specifically for the human (301) or pet (302) carrying the QR code (200) on the front surface (200.a) of the QR code jewelry (200), by scanning it with the camera of a mobile device (303), resulting in the appearance of the carrier's picture (402), name (403) and specified personal information (404) on the scanner application screen (307), the current location (GPS) (305) or moving location (306) of the person (304) scanning the QR code, the carrier's instant image (405), instant voice (406) and instant health status information (407) in writing via the transmit button (410), and the transmission of the QR code jewelry (200) carrier's information to the registered persons (310) in the carrier information management system application registration screen (308). With the (APP) information management system, during natural disasters such as earthquakes, fires, and floods; and during technological and human-caused disasters such as nuclear and chemical accidents, epidemics, and wars;It is related to a system that enables the persons (310) registered on the server (309) in the information management system to reach the carrier with the QR code tag (200) [(301) or (302)] in the shortest time and in the most accurate way with the current location (GPS) (305) or mobile location (306) information of the carrier with the QR code tag (200) [(301) or (302)]. (Figure 3); The QR code jewelry mentioned in the invention (200) is either static (The encoding has a single piece of information directly and cannot be changed later) or dynamic (This is an editable two-dimensional barcode type. It also allows additional features such as scan analysis, device-based redirection and access management.two-dimensional barcode (100) produced as ) By using any of the following types of QR Code (101), Micro QR Code (102), Security QR Code (SQRC) (103), DataMatrix (104), Maxicode (105), Cool Data Matrix (106), Aztec Code (107), Qode (108), Trillcode (109), Quickmark (110), Shotcode (111), mCode (112), Beetagg (113), PDF417 (114), DotCode (115), EPC QR Code (116), CodaBlock-F (117), Han Xin Barcode (118), NexCode (119), iQR Code (120), High Capacity Color Barcode (121), JAB-Code (122), this two-dimensional barcode (100) is scanned and the QR code suffix (200) is scanned on the carrier [(301) or (302)] It is a system consisting of two-dimensional barcode types that enable the persons (310) registered on the server (309) in the information management system to reach the carrier of the barcode jewelry (200) [(301) or (302)] in the shortest time and most accurately. (Figure 1). The QR code jewelry (200) mentioned in the invention is a jewelry, costume jewelry and similar sector jewelry made of precious and non-precious metals, which has a two-dimensional barcode (100) on it; QR code button (201), QR code cufflink (202), QR code lapel earring (203), QR code badge (204), QR code shoelace buckle (205), QR code shoe earring (206), QR code magnetic shoelace (207), QR code ring (208), QR code ring with flap (209), QR code necklace (210), QR code necklace with flap (211), QR code earring (212), QR code earring with flap (213), QR code bracelet (214), QR code bracelet with flap (215), QR code nameplate (216), QR code belt buckle (217), QR code watch (218), QR code emblem (219), QR code collar (220), QR code hair clip (221) and similar items. It includes all types of wearable jewelry [(301) or (302)]. All these types are symbolically represented with the QR code jewelry (200). (Figure 2) The reader application screen (307) mentioned in the invention consists of sections for saving the carrier’s picture (402), name (403), specified personal information (404), current location (GPS) (305), moving location (306), carrier’s snapshot (405), carrier’s current voice (406) and current health status information in writing (407), personal information such as the reader’s name and phone number, a registration button (408), an optional transmission of the reader’s personal information to registered persons (310), and a transmit button (410) to the server (309) for transmission. (Figure 4) The carrier information system application registration screen (308) mentioned in the invention consists of sections necessary for registering the carrier’s picture (402), name (403), specified personal information (404), name-surname, telephone and address information (401) of the registered persons (310) who are to be contacted by the carrier to the server (309) with the registration button (501). (Figure 5) The QR code button (201) is one of the QR code jewelry (200) types, it has spaces in the middle of the button that allow it to be sewn into the fabric (201.a), and a QR code (101) created specifically for the wearer [(301) or (302)] that covers the front surface (200.a) of the button, including the spaces in the middle (201.a). (Figure 2.a) The QR code cufflink (202) is one of the QR code jewelry (200) types, it has a QR code (101) created specifically for the wearer [(301) or (302)], covering the front surface (200.a) up to the edges of the cufflink, a pin (202.a) on the back of the button that locks into the buttonhole on the shirt sleeve, a bearing (202.b) that locks the pin (202.a) that passes through the buttonhole on the shirt sleeve attached to the back of the button, and a shaft (202.e) that connects the bearing (202.b) with the pin (202.a). (Figure 2.b) The QR code lapel earring (203) is one of the QR code jewelry (200) types, it has a QR code (101) that covers the front surface (200.a) up to the edges and is created specifically for the wearer [(301) or (302)], a hook (203.a) on the top of the earring that locks to the buttonhole, a bearing (203.b) on the top of the earring that locks the hook (203.a) that passes through the buttonhole, and a shaft (203.c) that connects the bearing (203.b) with the hook (203.a). (Figure 2.c) The QR code badge (204) is one of the QR code jewelry (200) types, it has a QR code (101) that covers the front surface (200.a) up to the edges and is created specifically for the carrier [(301) or (302)], a pin (204.a) on the back of the badge that allows it to be attached to the fabric, a bed (204.b) that locks the pin (204.a), and a slot (203.c) that connects the pin (204.a) to the badge. [(Figure 2,c), (Figure 2.d)J The QR code shoelace buckle is one of the QR code jewelry (200) types, it has a QR code (101) that covers the front surface (200.a) up to the edges and is created specifically for the wearer [(301) or (302)], and a passing space (205.a) that allows the shoelace to be attached to the shoe by passing through the shoelace located on the sides of the buckle. [(Figure 2.e), (Figure 2.f)] The QR code shoe earring (206) is one of the QR code jewelry (200) types, the front surface (200.a) of the shoe earring (206) has a QR code (101) created specifically for the carrier [(301) or (302)], which covers the area up to the edges and is attached to the shoelace or the appropriate space depending on the shoe model, the hook (206.a) located on the top of the earring, which allows the earring to be carried and locked on the shoe, the bearing (206.b) which locks the hook (206.a) located on the top of the earring, and the shaft (206.e) which connects the bearing (206.b) with the hook (206.a). (Figure 2.g) QR code shoelace (207) is one of the QR code jewelry (200) types, the QR code (101) created specifically for the carrier, which covers the front surface (200.a) of the upper part (207.d) of the right apparatus (207.a) of the lace, the spaces (207.c) that allow the lace to be mounted on the shoe with the right apparatus (207.a) and the left apparatus (207.b) of the lace, the magnets (207.e) embedded in the bearing (207.g) in the left apparatus (207.b) of the lace and the area (207.f) on the right side of the left apparatus, and the magnets (207.g) embedded in the area (207.g) on ​​the left side of the right apparatus (207.a) and the back of the part (207.d) on the right apparatus (207.a). It has a structure that allows the right apparatus (2O7.a) and the left apparatus (2O7.b) to be connected to each other by magnets (207.e). [(Figure 2.g), (Figure 2.h), (Figure 2.i), (Figure 2.i)] The QR code ring (208) is one of the types of QR code jewelry (200) mentioned in Claim 3, the flat part on top of the QR code ring (208) has a ring band (208.b) that is attached to the flat part on top of the QR code ring (208) (208.a) and has a QR code (101) that is created specifically for the wearer [(301) or (302)], which is attached to the flat part on top of the QR code ring (208) (208.a) and enables it to be worn on the finger. (Figure 2.j) The QR code ring with cover (209) is one of the QR code jewelry (200) types; the QR code (101) is created specifically for the wearer, covering the flat bottom part (209.a) of the front surface (200.a) under the cover (209.b) of the QR code ring with cover (209); the inner (209.e) and outer (209.f) parts of the flat bottom part (209.a) under the cover (209.b) are connected to each other by a shaft (209.g); the lock slot (209.d) under the flat bottom part (209.c) on the back of the cover (209.b) enables the opening and closing of the cover (209.b) of the QR code ring with cover (209 ... (209.a) has a ring band (208.b) that allows it to be worn on the joined finger. (Figure 2.k) The QR code necklace (210) is one of the QR code jewelry (200) types, the flat pendant on the top of the QR code necklace (210) has a QR code (101) that covers the front surface (210.a) up to the edges (200.a) and is created specifically for the wearer [(301) or (302)], and the space (21O.b) that allows the chain (21O.c) to pass over the pendant (210.a). (Figure 2.1) The QR code-enabled necklace (211) is one of the QR code-enabled jewelry (200) types; the QR code-enabled necklace (211) has a flat bottom piece (21 lb) under the cover (211.a) covering the inner edges of the front surface (200.a) and is specially created for the wearer [(301) or (302)]; the inner (211.e) and outer (21 lf) parts of the flat bottom piece (211.a) under the cover (21 lb) are connected to each other by a shaft (21 lg); the locking lug (21 lc) on the back of the cover (21 lb) and the locking slot (211.d) on the flat bottom piece (211.a) of the cover (211.a) enable the opening and closing of the cover (21 lb); the gap (211.i) on top of the bottom piece (211.a) connects the chain. It has a pin (21 l.ı) that connects the upper part (21 lh) which allows (21O.c) to pass through. (Figure 2.m) The QR code earring (212) is one of the QR code jewelry (200) types, it has a QR code (101) created specifically for the wearer [(301) or (302)], covering the flat bottom part (212.a) on the surface of the earring (212) up to the edges of the front surface (200.a), a hook (212.d) positioned on the top of the earring (212) that locks the earring when it is put on the ear, a piston (212.e) that prevents the hook (212.d) from coming off the ear, and a chain (212.c) that connects the hook (212.d) with the gap (212.b) on the flat part (212.a) on the surface of the earring (212). (Figure 2.n) QR code earring (213) is one of the QR code jewelry (200) types, the QR code (101) created specifically for the carrier, covering the area up to the inner edges of the front surface (200.a) of the flat bottom part (213.a) under the cover (213.h) of the QR code earring (213), the inner (213.j) and outer (213.i) parts which enable the opening and closing of the cover (213.h) are connected to each other by a shaft (213.k), the locking protrusion (213.1) on the back of the cover (213.h) and the locking slot (213.b) which enables the two parts on the flat bottom part (213.a) of the cover (213.h) to lock together, and the top part of the QR code earring (213) is located on the top part of the QR code earring (213). The locking hook (213.g) which locks the earring when it is put into the ear, the locking seat (213.f) which locks the hook (213.g), the pin (213.e) which connects the seat (213.f) to the hook (213.g), the gap (213.1) at the bottom of the hook (213.g) and the lower part (212.a) It has a ring (213.d) that connects it to the gap (213.c) above it. (Figure 2.o). The QR code bracelet (214) is one of the QR code jewelry (200) types. The QR code bracelet (214) has a QR code (101) that covers the front surface (214.a) of the part on top of the QR code bracelet (214) up to the edges of (200.a) and is created specifically for the wearer [(301) or (302)]. It has a cord (214.b) that passes through the gap (214.e) in the inner part of the upper part (214.a) and wraps around the wrist, an inner apparatus (214.c) and an outer apparatus (214.d) that keep the cord (214.b) locked on the wrist. [(Figure 2.Ö), (Figure 2.p)J The QR code bracelet with cover (215) is one of the QR code jewelry (200) types; the QR code (101) is created specifically for the wearer, covering the area from the front surface (215.a) of the lower part (215.d) under the cover (215.d) to the inner edges (200.a); the inner part (215.c) on the left side of the cover (215.d) and the outer part (215.b) on the right side of the lower part (215.a) are connected by a pin (215.h); the locking slot (215.f) on the left side of the lower part (215.a) and the locking slot (215.e) on the back of the cover (215.d) enable the two parts to lock together; and the cord that wraps around the wrist passes through the gap (215.g) on ​​the inside of the upper part (215.a). (214.b) has an inner attachment (214.c) and an outer attachment (214.d) that keep the strap (214.b) locked on the wrist. [(Figure 2.r), (Figure 2.s), (Figure 2.ş)] The QR code tag (216) is one of the QR code jewelry (200) types, the QR code tag (216) has a QR code (101) that covers the area up to the edges of the front surface (200.a) of the flat part (216.a) on top of the QR code tag (216) and is created specifically for the wearer [(301) or (302)], the apparatus (213.c) that passes through the gap (216.b) on the top of the flat part (216.a) and the chain (216.d). (Figure 2.t) The QR code belt buckle (217) is one of the QR code jewelry (200) types. The QR code belt buckle (217) has a locking device (217.a) that covers the front surface (200.a) and has a QR code (101) created specifically for the carrier [(301) or (302)]. It has movable buckle shafts (217.d) for locking the belt (217.c) through the gap (217.b) in the locking device (217.a). (Figure 2.u) The QR code watch (218) is one of the QR code jewelry (200) types, the QR code watch (218) has an analog watch case (218.a), a QR code (101) created specifically for more than one carrier [(301) or (302)] on the empty surface (200.a) inside the dial (218.b), and a watch strap (218.c) for attaching the analog watch case (218.a) to the wrist. (Figure 2.u) 17 The QR code emblem (219) is one of the QR code jewelry (200) types, the QR code emblem (218) has a QR code (101) that covers the flat area (218.a) on its front surface, up to the edges of its front surface (200.a) and is created specifically for the wearer [(301) or (302)]. (Figure 2.v) The QR code collar (220) is one of the QR code jewelry (200) types, the QR code collar (220) has a flat collar end (220.a) on top of which covers the front surface (200.a) up to the edges of the collar (220.a) and has a QR code (101) created specifically for the wearer [(301) or (302)], a strap connection chain (220.c) that enables the collar end (220.a) to be connected to the collar strap (220.b) with a connection gap (22O.d) on the top of the collar (220.a), a locking device (220.e) at the end of the collar strap (220.b) and strap locking gaps (220.f) that enable this device to be locked. (Figure 2.y) QR code hair clip (221) is one of the types of QR code jewelry (200), the QR code hair clip (221) has a QR code (101) that is created specifically for the carrier [(301) or (302)] and covers the front surface (221.a) of the flat part (221.b) on the hair attachment apparatus (221.a) up to the edges (200.a). (Figure 2.z) The invention relates to a system that enables the government official (601) who scans the QR code (101) located on the front surface (200.a) of the QR code jewelry (200), which is produced specifically for its wearer [(301) or (302)], to access the official information (603) of the wearer [(301) or (302)] from the state tracking and control system (602) integrated with the location information management system server (309) from the QR code jewelry (200). (Figure 6) How the invention can be applied to industry. QR codes (101) can be written, printed or engraved on flat surfaces of jewelry using laser and similar printers. QR code jewelry (200) produced specifically for this type of carrier [(301) or (302)] can be manufactured in the industry or easily applied to jewelry already manufactured. Therefore, the above-mentioned invention is applicable to the industry.

Claims

CLAIMS 1. The invention describes the scanning of a QR code (101) on the front surface (200.a) of a QR code-enabled jewelry (200), produced specifically for its wearer [(301) or (302)], by a mobile device (303) camera, displaying the wearer's picture (402), name (403) and specified personal information (404) on the scanner application screen (307), and transmitting the wearer's current location (GPS) (305) or mobile location (306), the wearer's current image (405), current voice (406) and current health status information (407) in writing via a transmission button (410); - The mobile application (APP) information management system transmits the QR code jewelry (200) carrier information to the registered persons (310) in the carrier information management system application registration screen (308); its feature is; during natural disasters such as earthquakes, fires, floods; - during technological and human-caused disasters such as nuclear and chemical accidents, epidemics, wars;- The steps are characterized by the following: the carrier whose QR code tag (200) is scanned [(301) or (302)] is registered on the server (309) in the information management system, and the persons (310) are correctly reached by the carrier with the QR code tag (200) [(301) or (302)] with the current location (GPS) (305) or mobile location (306) information.

2. The QR code jewelry (200) mentioned in Claim 1 has one of the following types of two-dimensional barcodes (100) that are generated statically or dynamically: - QR Code (101), Micro QR Code (102), Security QR Code (SQRC) (103), DataMatrix (104), Maxicode (105), Cool Data Matrix (106), Aztec Code (107), Qode (108), Trillcode (109), Quickmark (110), Shotcode (111), mCode (112), Beetagg (113), PDF417 (114), DotCode (115), EPC QR Code (116), CodaBlock-F (117), Han Xin Barcode (118), NexCode (119), iQR Code (120), High Capacity Color Barcode (121), JAB-Code (122); - This is characterized by the steps of scanning the two-dimensional barcode (100), - the person(310) registered in the information management system server (309) of the carrier with the QR code tag (200) [(301) or (302)], - reaching the carrier with the QR code tag (200) [(301) or (302)].

3. The QR code jewelry (200) mentioned in Claim 1 is jewelry, costume jewelry and similar sectors used for jewelry purposes, made from precious and non-precious metals, bearing a two-dimensional barcode (100); QR code button (201), QR code cufflink (202), QR code lapel pin (203), QR code badge (204), QR code shoelace buckle (205), QR code shoe earring (206), QR code magnetic shoelace (207), QR code ring (208), QR code ring with flap (209), QR code necklace (210), QR code necklace with flap (211), QR code earring (212), QR code earring with flap (213), QR code bracelet (214), QR code bracelet with flap (215), QR code nameplate (216), QR code belt buckle (217), QR code watch (218), QR code emblem (219), QR code collar (220), QR code hair clip (221) types someone's characteristic is;It is characterized by the transmission of the two-dimensional barcode (100) on it to the persons registered in the carrier information management system application registration screen (308) (310) of the carrier of the barcode (200) [(301) or (302)].

4. The reader application screen (307) mentioned in Claim 1 is a mobile application information management panel and is characterized by the steps of saving the carrier's picture (402), name (403), specified personal information (404), current location (GPS) (305), moving location (306), carrier's snapshot (405), carrier's current voice (406) and current health status information in writing (407), personal information such as the reader's name and phone number to the server (309) via the registration button (408), optional transmission of the reader's personal information to registered persons (310) via the transmit button (409).

5. The carrier information system application registration screen (308) mentioned in Claim 1 is a mobile application or web application and is characterized by the steps of registering the carrier's picture (402), name (403), specified personal information (404), name-surname, telephone and address information (401) of the registered persons (310) who are to contact the carrier, to the server (309) with the registration button (501).

6. The QR code button (201) is one of the QR code jewelry types (200) mentioned in Claim 3, and its feature is that it has gaps in the middle of the button that allow it to be sewn into the fabric (201.a), - and it has a QR code (101) created specifically for the wearer [(301) or (302)] that covers the area from the middle gaps (201.a) to the edges of the front surface (200.a) of the button.

7. The QR code cufflink (202) is one of the QR code jewelry types (200) mentioned in Claim 3 and its feature is that it has a QR code (101) that covers the front surface (200.a) up to the edges and is created specifically for the wearer [(301) or (302)], a pin (202.a) on the back of the button that locks into the buttonhole on the shirt sleeve, a bearing (202.b) that locks the pin (202.a) that passes through the buttonhole on the shirt sleeve attached to the back of the button, and a shaft (202.c) that connects the bearing (202.b) with the pin (202.a).

8. The QR code lapel earring (203) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that it has a QR code (101) that covers the front surface (200.a) up to the edges and is created specifically for the wearer [(301) or (302)], a hook (203.a) on the top of the earring that allows it to be locked to the buttonhole, a bearing (203.b) on the top of the earring that allows the hook (203.a) passing through the buttonhole to be locked, and a shaft (203.c) that connects the bearing (203.b) with the hook (203.a).

9. The QR code badge (204) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that it has a QR code (101) that covers the front surface (200.a) up to the edges and is created specifically for the carrier [(301) or (302)], a pin (204.a) on the back of the badge that allows it to be attached to the fabric, a bed (204.b) that locks the pin (204.a), and a slot (203.c) that connects the pin (204.a) to the badge.

10. The QR code shoelace buckle (205) is one of the QR code jewelry types (200) mentioned in Claim 3, and its feature is that it has a QR code (101) created specifically for the wearer [(301) or (302)] covering the front surface (200.a) up to the edges of the buckle and a passing gap (205.a) that allows the shoelace to be attached to the shoe by passing through the shoelace located on the sides of the buckle.

11. The QR code shoe earring (206) is one of the QR code jewelry types (200) mentioned in Claim 3, and its feature is that it has a QR code (101) that covers the front surface (200.a) of the shoe earring (206) and is created specifically for the carrier [(301) or (302)], a hook (206.a) that is positioned on the top of the earring and allows the earring to be carried and locked on the shoe by attaching it to the appropriate gap depending on the shoelace or shoe model, - a bearing (206.b) that locks the hook (206.a) located on the top of the earring, and a shaft (206.c) that connects the bearing (206.b) with the hook (206.a).

12. QR code shoelace (207) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is; The space covered by the QR code (101) created specifically for the carrier [(301) or (302)], covering the front surface (200.a) of the upper part (207.d) of the right attachment (207.a) of the shoelace, the spaces (207.e) that allow the shoelace to be mounted on the shoe with the right attachment (207.a) and the left attachment (207.b), - the magnets embedded in the bearing (207.g) in the left attachment (207.b) of the shoelace and the area (207.f) on the right side of the left attachment, and the magnets embedded in the area (207.ğ) on the left side of the right attachment (207.a) and the back of the part (207.d) on the right attachment (207.a), and the right attachment (207.a) and the left The device (207.b) has a structure that allows it to be connected to each other.

13. The QR code ring (208) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that the flat part on top of the QR code ring (208) has a QR code (101) that covers the front surface (208.a) up to the edges (200.a) and is created specifically for the wearer [(301) or (302)], and the ring band (208.b) which is attached to the flat part (208.a) on top of the QR code ring (208) and enables it to be worn on the finger.

14. The ring with a QR code cover (209) is one of the types of jewelry with QR codes (200) mentioned in Claim 3, and its feature is; - The QR code on the cover ring (209) has a QR code (101) that covers the area up to the edges of the front surface (200.a) of the flat bottom part (209.b) under the cover (209.a), created specifically for the carrier [(301) or (302)], the inner (209.e) and outer (209.f) parts of the flat bottom part (209.a) under the cover (209.b) which enable the opening and closing of the cover (209.b) are connected to each other by a shaft (209.g), the lock slot (209.d) under the locking protrusion (209.c) on the back of the cover (209.b) enables the flat bottom part (209.a) to lock together, - the ring band (208.b) that is attached to the flat bottom part (209.a) under the QR code on the cover ring (209) is attached to the finger.

15. The QR code necklace (210) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that the flat pendant on the QR code necklace (210) has a QR code (101) that is created specifically for the wearer [(301) or (302)], covering the front surface (210.a) up to the edges (200.a) and has a gap (21O.b) on the pendant (210.a) through which the chain (21O.c) passes.

16. The QR code-enabled necklace (211) is one of the types of QR code-enabled jewelry (200) mentioned in Claim 3, and its feature is; The QR code (101) is created specifically for the carrier, covering the area up to the inner edges of the front surface (200.a) of the flat bottom part (211 lb) under the cover (211.a) of the QR code (211.b) under the cover (211.b), the inner (211.e) and outer (21 lb) parts which enable the opening and closing of the cover (211.b) are connected to each other by a shaft (21 lb), the locking lug (211.e) on the back of the cover (211.b) and the locking slot (211.d) which enables the two parts on the flat bottom part (211.a) of the cover (211.b) to lock together, - the gap (211.i) on top of the bottom part (211.a) which allows the chain (210.c) to pass through. The part (21 lh) has a pin (21 l.ı) that enables its connection.

17. The QR code earring (212) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that the flat bottom part (212.a) on the surface of the earring (212) has a QR code (101) created specifically for the wearer [(301) or (302)] covering the area up to the edges of the front surface (200.a), the hook (212.d) positioned on the top of the earring (212) which locks the earring when it is put on the ear, the piston (212.e) which prevents the hook (212.d) from coming off the ear, and the chain (212.c) which connects the hook (212.d) with the gap (212.b) on the flat part (212.a) on the surface of the earring (212).

18. QR code cap earrings (213) are one of the types of QR code jewelry (200) mentioned in Claim 3, and their feature is; - the QR code (101) created specifically for the carrier, covering the area up to the inner edges of the front surface (213.a) of the flat bottom part (213.h) under the cover (213.h) of the QR coded earring (213), - the inner (213.j) and outer (213.i) parts of the flat bottom part (213.a) under the cover (213.h) which enable the opening and closing of the cover (213.h) by a shaft (213.k), - the locking slot (213.b) which enables the locking of the two parts on the flat bottom part (213.a) of the cover (213.h) with the locking projection (213.ı) on the back of the cover (213.h), - the locking hook (213.g) which is positioned on the top of the earring (213) and enables the earring to be locked when it is put on the ear, - to the locking bearing (213.f) which locks the hook (213.g), - to the pin (213.e) which connects the bearing (213.f) with the hook (213.g), to the hook (213.g) It has a ring (213.d) that connects the gap (213.1) at the bottom with the gap (213.e) at the top of the bottom part (212.a).

19. The QR code bracelet (214) is one of the types of QR code jewelry (200) mentioned in Claim 3 and its feature is that; - the part on top of the QR code bracelet (214) has a QR code (101) created specifically for the wearer [(301) or (302)], which covers the front surface (214.a) up to the edges (200.a), the cord (214.b) which passes through the gap (214.e) in the inner part of the upper part (214.a) and wraps around the wrist, the inner apparatus (214.c) and the outer apparatus (214.d) which keep the cord (214.b) locked on the wrist.

20. The QR code bracelet with cover (215) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is; The QR code (101) is created specifically for the wearer [(301) or (302)] and covers the area up to the inner edges of the front surface (215.a) of the lower part (215.d) under the cover of the QR code-covered bracelet (215), - the inner part (215.c) on the left side of the cover (215.d) and the outer part (215.b) on the right side of the lower part (215.a) are connected by the pin (215.h), - the locking slot (215.f) on the left side of the lower part (215.a) and the locking slot (215.e) on the back of the cover (215.d) that locks the two parts together, - the cord (214.b) that passes through the gap (215.g) on ​​the inside of the upper part (215.a), - the inner part (214.b) that keeps the cord (214.b) locked on the wrist. It has an external apparatus (214.c) and an external apparatus (214.d).

21. The QR code tag (216) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that the flat part (216.a) on the top of the QR code tag (216) has a QR code (101) that is created specifically for the wearer [(301) or (302)], which covers the front surface (200.a) and the apparatus (213.c) and the chain (216.d) that passes through the gap (216.b) on the top of the flat part (216.a).

22. QR code belt buckle (217) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that the locking device (217.a) of the QR code belt buckle (217) has a QR code (101) created specifically for the wearer, covering the front surface (200.a) up to the edges, and has movable buckle pins (217.d) for locking the belt (217.c) through the gap (217.b) in the locking device (217.a).

22. QR code watch (218) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that; The QR code watch (218) has an analog watch case (218.a), a QR code (101) created specifically for more than one carrier [(301) or (302)] on the empty surface (200.a) inside the dial (218.b), and a watch strap (218.c) for the analog watch case (218.a) to be worn on the wrist.

23. The QR code emblem (219) is one of the types of QR code jewelry (200) mentioned in Claim 3, and its feature is that the QR code emblem (218) has a QR code (101) that covers the flat area (218.a) on its front surface, up to the edges of its front surface (200.a) and is created specifically for the wearer [(301) or (302)].

24. The QR code collar (220) is one of the QR code jewelry types (200) mentioned in Claim 3, and its feature is that the flat collar end (220) on top of the QR code collar (220) has a QR code (101) that covers the front surface (220.a) up to the edges (200.a) and is created specifically for the wearer [(301) or (302)], a strap connection chain (220.c) that connects to the collar strap (220.b) with the connection gap (220.d) located at the top of the collar end (220.a), - a locking device (220.e) at the end of the collar strap (22O.b) and strap locking gaps (220.f) that enable this device to be locked.

25. The QR code hair clip (221) is one of the QR code jewelry (200) types mentioned in Claim 3, and its feature is that the flat part on the hair attachment apparatus (221.b) of the QR code hair clip (221) has a QR code (101) that covers the front surface (221.a) up to the edges (200.a) and is created specifically for the carrier [(301) or (302)].

26. The invention is characterized by the steps of scanning the QR code (101) on the front surface (200.a) of the QR code jewelry (200), which is specially produced for its wearer [(301) or (302)], with the camera of a mobile device (303), and the state official (601) who scans this QR code (101) can access the official information (603) of the wearer [(301) or (302)] from the QR code jewelry (200) through the state tracking and control system (602) integrated with the location information management system server (309).

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