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project description:
In 2017, food and livestock will become the main RFID markets. According to predictions, food and livestockRFIDLabel sales will reach 2.66 billion US dollars. As government agencies actively launched various projects and related policy support, RFID technology has begun to be used to track animals and food all over the world. According to a report issued by the well-known British research and analysis company IDTechEx in October: 2007-2017 RFID development in animals, food and agriculture, food market (including farm animal labeling and tracking of fresh non-staple food in the supply chain, etc.) , By 2017, it will become the largest RFID market. As a result, RFID technology related to livestock management has developed rapidly.
Livestock tracking management system The intelligent beef cattle tracking management system developed based on radio frequency identification technology (RFID) can track and monitor the feeding, transportation, and slaughtering processes of large livestock such as beef cattle. When an outbreak occurs, it can be traced in time. Each RFID tag can be connected to the database, which records the specific information of each cow, such as date of birth, inoculation status, breeding status such as blood relationship, etc. At the same time, the livestock tracking management system provides real-time, real-time, whole process from birth to slaughter. Detailed and reliable data information.
1. Application of product traceability
The data stored in the RFID electronic tag of the livestock tracking management system is not easy to be changed or lost. Coupled with the uniqueness of the RFID electronic tag number, the RFID electronic tag becomes the eternal electronic ID card for beef cattle. 100% of one animal, one label can be used to trace important information such as the breed, source, immunization, treatment and medication, and health status of the cattle. When slaughtering the animal with the RFID tag of the livestock tracking management system, the information in the RFID tag is The data of the slaughterhouse is stored together on the label of the supermarket that sells the meat of the cattle farm. Once a problem is found, the source of the problem can be traced through the computer, which is conducive to management and analysis, finds the problem in time, and guarantees the quality and hygiene of the meat.
2. Application of daily livestock management
The emergence of RFID non-contact electronic tags for livestock management systems has enabled the popularization and use of some automated quantitative feeding systems. The GAO intelligent system can not only help companies carry out automatic feed rationing and output statistics, but also can be used for livestock identification, disease monitoring, quality control and animal breeds. It is an extremely effective way to track the health of cattle and control the occurrence of epidemics.
3. Application of pet management
At present, many countries and regions have implemented RFID technology management on pets (the United States, Canada, Australia, etc.). my country’s Shanghai, Nanjing and other cities have also begun to apply RFID electronic tags in pet management. The pet RFID chip stores the pet’s information. Basic information, the data is transmitted to the computer application software through the reader, so as to realize the automatic identification and analysis of pet genealogy, identity, owner and life-long reproduction, health, epidemic prevention and other information, and realize the informatization of pet management.
In summary, the use of RFID electronic tags in the livestock tracking management system provides us with a set of practical methods for tracking and management of cattle. The electronic tag system of the livestock tracking management system can accurately and comprehensively record their feeding, growth and disease prevention, etc. Aspect information. In this way, many animal scientific research, breeding, management, investigation and other work such as individual identification, data statistics, whereabouts control, automatic breeding, behavior management, etc. have the technical means to achieve automation and informationization.
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