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The Applications of RFID for The Pig Farm Management System

The Applications of RFID for The Pig Farm Management System. Presenter: Yen-Po Chen Advisor: Dr. Pei- Jarn Chen Date: 2013.12.4. Outline. Introduction. RFID （ Radio Frequency Identification ） non-contact automatic identification technology

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The Applications of RFID for The Pig Farm Management System

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  1. The Applications of RFID for The Pig Farm Management System Presenter: Yen-Po Chen Advisor: Dr. Pei-Jarn Chen Date: 2013.12.4

  2. Outline

  3. Introduction RFID（Radio Frequency Identification） • non-contact automatic identification technology • radio signals automatically identifies the target • simultaneous identification more tags

  4. The type of RFID [1] • Inductive coupling type • Transformer model • Law of electromagnetic induction • Work frequencies: 125kHz, 225kHz and 13.56MHz • Identification distance is less than 1m • Suitable for medium and low-frequency RFID system

  5. The type of RFID [2] • Backscattered electromagnetic coupling • Radar principle model • Space propagation of electromagnetic waves • Operating frequency: 433MHz, 915MHz, 2.45GHz, 5.8GHz • Recognition distance more than 1m • Suitable for high frequency, microwave RFID systems

  6. The basic structure of the RFID system • electronic label (Tag) IC + antenna read-only type, read and overwrite type Active type , passive type • Reader • Application System

  7. The function of RFID system

  8. Characteristics of RFID

  9. Frequency used on RFID

  10. The business model of pig farms on Taiwan

  11. Taiwan hog flowchart

  12. Handwritten record card[1-2]

  13. Handwritten record card[2-2]

  14. Traditional pig ear tag[1-2]

  15. Traditional pig ear tag[2-2]

  16. Purpose • Domestic pig farmers still use handwritten notes cards to manage farm • Each new batch of pigs must fill out a new record card, and a booklet way to record • Reduction labor burden and data loss • Design a system to improve the efficiency of farm management farmers.

  17. Material and Methods • UHF animal ear tag Size: 4.5x2.1 • Read distance: • MT-RF800BT 1 ~ 50CM (effective distance)                            1 ~ 30CM (steady distance)

  18. Reader[MT - RF800 - BT]

  19. Specification ofreader

  20. Bluetooth principle of operation • Mutual transfer between devices through chip, without going through a cable transmission. • Bluetooth is Work on a 2.45GHz frequency band • One to OneOrOne to many to connect • Bluetooth transmission range of 10 meters (0dB) to 100 meters (20dB) • 1600 times per second using frequency hopping spread spectrum technology.

  21. System architecture

  22. System console

  23. Read function

  24. Burn function

  25. New function

  26. Inquiry function

  27. Pre-production function

  28. Vaccination function

  29. Location function

  30. Conclusions • Farm industry, everyone has their own exclusive Farming theory • Several commonly used functions on the basic design of a universal system based • Improve pig breeding farm for a traditional paper record card data caused easily lost • The farm owner can be more efficient farms pigs grasp the actual situation

  31. References • RFID介紹/胡智熊博士/國立虎尾科技大學工業管理系/工業工程與管理研究所 • 中華民國養豬協會取自http://www.swineroc.com.tw/Industrial/Industrial.aspx • 行政院農業委員會取自http://www.coa.gov.tw/show_index.php • 藍芽運作原理與應用/蔡協安。國立岡山農工。電子一甲+孫銘宏老師 (2013)取自www.shs.edu.tw/works/essay/2009/11/2009111500244012.pdf‎ • 金鈍(2003)。藍芽技術。台北：五南出版社。 • 財團法人資訊工業策進會。於：2009/11/03，取自http://www.iii.org.tw/index.asp。 • C. Lin, Y. Lai, J. Tygar, C. Yang, and C. Chiang, “Coexistence proof using chain of timestamps for multiple RFID tags,” Advances in Web and Network Technologies, and Information Management, pp.634–643, 2007. • V. Potdar, P. Hayati, and E. Chang, “Improving RFID read rate reliability by a systematic error detection approach,” in Proc. 1st Annu. RFID Eurasia, 2007, pp. 1–5. • Want, R. Intel Res., Santa Clara, CA, USA /An introduction to RFID technology/Date of Current Version :13 二月 2006, Issue Date :Jan.-March 2006

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