chrispeng [ad_1]
1. System introduction
Malignant food-borne public health crises such as mad cow disease and tuberculosis frequently occur globally. Highly pathogenic avian influenza, Nipah disease and other violent zoonotic diseases have repeatedly occurred and endemic in some countries and regions, which are harmful to human health and economic society. Coordinated development poses a serious threat. Animal health and animal product safety issues have become the focus of attention of governments, food companies and consumers in various countries.
An animal identification and traceability system has been developed through RFID technology, mainly to track and monitor the feeding, transportation, and slaughter of animals, and to trace animals when an epidemic breaks out. The health department can trace the animals that may be infected with the disease through this system to determine their ownership and historical traces. At the same time, the system can provide real-time, detailed and reliable data for animals from birth to slaughter.
2. System composition
The animal husbandry automatic identification and traceability system is mainly divided into three levels, namely the management center, the control center, and the quarantine sub-station. The system consists of animal electronic tags, RFID reading and writing equipment, RFID handheld readers, electronic tag writing and automatic identification software.
620)this.style.width=620;” border=0>
Three, system characteristics
◇Automatic identification
The animal identification code is realized, so that the quarantine personnel can easily obtain the growth, disease, and quarantine status of the animal through the handheld device of the system.
◇Traceability
The system tracks the entire life cycle of the animal, and centrally backs up the data to the information management center for analysis by managers.
◇Convenience
The centralized management of all-electronic data in the system enables the search for large amounts of data to be completed by the server, which greatly improves the speed of response to events.
◇Safety
Adopting a new generation of RFID electronic tags, specially designed for animals, with fast identification response time and low average failure rate, which can ensure the safety, timeliness and stability of the tag identification link.
◇Improve management level
Centralized management and distributed control; standardize the supervision and management of the epidemic and reduce unnecessary links.
4. System implementation benefits
◇Improve the information literacy and management level of employees
◇Improve consumer confidence
◇Rapid response to major epidemics
◇Timely treatment of disease problems
◇Improve the status of my country’s animal husbandry in the world and increase exports
◇Save production cost
◇Detect diseases and epidemics in time to reduce losses
Five, application products
620)this.style.width=620;” border=0>
XCRF-804 type reader complies with EPC G2 protocol. Long-distance reading and writing, with powerful API user interface, passed FCC, UL certification.
620)this.style.width=620;” border=0>
XC2800 portable reader complies with ISO18000-6B, EPC G2 and other protocols, GPRS wireless data transmission, built-in large-capacity battery, and long working time.
[ad_2]
