Contactless Data Transfer Digital Identification, Pedigree, and Health Tracking Equipment for Poultry

Abstract

The invention is a digital pedigree and identification system developed for all poultry species, replacing paper certificates. Thanks to battery-free NFC technology, all life cycle data of the animal is stored in a ring on its leg and can be easily queried with smart devices.

Description

35 TARIFF Battery-Free NFC-Based Digital Identification and Pedigree System for Poultry TECHNICAL FIELD This invention applies to all types of poultry, whether domestic, ornamental, or commercial (pigeons, canaries, parrots, poultry, etc.). (animals, etc.) identification information, parental records (pedigree), vaccination schedules, and A device that enables the ownership history to be stored digitally in a sealed format. It is related to the ecosystem. STATE OF THE ART In the poultry industry, pedigree tracing is still done through paper certificates or easily accessible methods. It is made with simple, replaceable plastic rings. This leads to data loss, fraudulent robbery. This leads to discontinuities in the tracking of health history and the tree of birth. THE PURPOSE OF THE INVENTION The proposed solution of the invention involves a battery-free microchip (NFC) attached to the animal's leg. Data security means storing data in a way that is unalterable, uncopyable, and protected from physical damage. DESCRIPTION OF THE FIGURES Figure 1 — Smart Ring Structure and Usage Scenario: Battery-free NFC microchip (2), coil The structure of the smart ring consisting of the antenna (3) and the polymer body (1) of the winged animal The image shows its appearance when attached to the leg. Once locked, it is destroyed. Security mechanism (4) and smartphone NFC reader (5) which cannot be removed without being removed The process of reading data without requiring physical contact has also been demonstrated. EXPLANATION OF REFERENCES IN THE FIGURES (1) Polymer body (2) NFC microchip (3) Coil antenna (4) Safety lock mechanism 1 (5) Smartphone NFC reader EXPLANATION OF THE INVENTION The invention incorporates the following technical elements: Sealed Equipment (1): Once attached to the animal's leg, it can only be removed by cutting it off. Removable, waterproof, and impact-resistant polymer casing. Battery-free data storage: A high-capacity storage system that does not require power (passive). It contains an NFC (Near Field Communication) microchip (2) and a coil antenna (3). Digital Pedigree: The chip contains a unique identification number (UUID) for the animal, as well as information about its parents. Records, including date of birth, breed / type information, and vaccination history, are stored in encrypted form. Mobile Integration: Data is transmitted to the internet via the NFC reader (5) of a standard smartphone. It can be displayed in seconds without needing any additional assistance. HOW THE INVENTION WAS APPLIED TO INDUSTRY The invention relates to poultry farming, pigeon breeding, and canary and parrot breeding. This can be applied in poultry production facilities. The ring is attached to the animal's leg and remains there for life. The size is used as a data carrier. Ownership transfer, competition registration and veterinary examination. During this time, the data can be read instantly via smartphone. 2

Claims

REQUESTS 1. A device that can be attached to the leg of poultry and contains at least one passive data point. a storage unit (NFC / RFID) containing the animal's pedigree, identity, and health data. It is a smart ring that offers digital access without requiring physical contact.

2. It is a smart ring that conforms to Claim 1 and whose characteristic is that the data stored within the ring, It must have a unique hardware identifier (UUID) that matches a central database, and by including an encryption layer that prevents unauthorized modification of this data It is the characterization of the situation.

3. A smart ring that conforms to Claim 1 and whose characteristic is that the ring body structure matches the animal's growth They can be produced in different diameters to suit their phases and, once locked, are destroyed. It is characterized by having a safety mechanism that prevents it from being removed without being checked. It is done.

4. A smart ring that conforms to Claim 1, and its characteristic is that the data within the ring is transmitted to a mobile device. The animal's parent and offspring records (pedigree) are visualized through the application. It is characterized by including a system architecture that enables its graphical presentation. It is done. 3

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