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RFID이용 전자식 모돈 개체별 액상급이기 개발(1) - RFID를 이용한 모돈 액상급이기 제작 및 성능시험 -
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  • RFID이용 전자식 모돈 개체별 액상급이기 개발(1) - RFID를 이용한 모돈 액상급이기 제작 및 성능시험 -
저자명
김혁주,홍종태,유병기,김상철,최규홍,장흥희,Kim. Hyuck Joo,Hong. Jong Tae,Yu. Byeong Kee,Kim. Sang Cheol,Choi. Kyu Hong,Chang. Hong Hee
간행물명
바이오시스템공학
권/호정보
2012년|37권 6호|pp.373-384 (12 pages)
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한국농업기계학회
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이 논문은 한국과학기술정보연구원과 논문 연계를 통해 무료로 제공되는 원문입니다.
서지반출

기타언어초록

Purpose: In EU, the animal welfare regulations are strengthening. Also, in Korea, for strengthening of animal protection laws, animal welfare farm certification scheme is being prepared to enforce. To get the certification of animal welfare farm, especially for sows, individual specific feeding in sow group is necessary in accordance with the animal welfare regulation. Also, liquid feeding is reported to be more effective for farrowing as well as dry sow. Therefore, in this study, a electronic liquid sow feeder using RFID which could be fed to farrowing sow simultaneously is developed. Methods : We manufactured a prototype of appropriate elements which were evaluated in the preliminary test for selecting RFID tag, supply pump, mixing type, etc. With the prototype, the performance test for liquid feeding gilt was done in group raising training barn. Results : The performance test result shows the C.V.(coefficient of variation) of liquid mixing and feeding is 0.77~1.97% and 2.4~5.3%, respectively, which means the system could feed sows uniformly. The feeding time of pneumatically activated ball valve is 2 seconds per 0.9 kg of liquid feed. The eating time for gilt were 65 seconds in average. Conclusions : The prototype could feed sow uniformly, and deliver the liquid feed 9 times for a sow continuously. Also, total eating time for a sow was 18 minutes in one visit to the prototype of feeding station.