Journal of Biosystems Engineering

Korean Society for Agricultural Machinery (한국농업기계학회)
권호 표지
DOI QR코드

DOI QR Code

Mechanism Analysis of Working Equipment and Development of Hydraulic System for Rice Transplanter for Riding

승용이앙기 작업부의 기구 해석 및 유압회로 개발

  • Kim S.Y. (Dept. of Mechanical Engineering, Hankyong National University) ;
  • Lee K.S. (Dept. of Bio-mechatronic Engineering, Sungkyunkwan University) ;
  • Hwang H. (Sungkyunkwan University) ;
  • Lee S.S. (Sungkyunkwan University)
  • Published : 2006.04.01
Download PDF
⟨ Previous Next ⟩

Abstract

The market of rice transplanter has already been changed for riding and to be turned large size of chassis. Because an automation is rapidly expanded, It is strongly need to analyze a mechanism and develop a hydraulic circuit. In this study, we analyzed the mechanism of working equipment of rice transplanter for riding and developed hydraulic circuits. We proposed the operating mechanism of rice transplanter for riding through the mechanistic analysis of working equipment. And the simulation and experiment were performed. In order to up and down the working equipment of rice transplanter for riding, we designed the mechanism which was installed hydraulic circuit and hydraulic cylinder, and it was manufactured. The pressure of developed hydraulic circuit was set by 800 $N/cm^2$. In the field testing, the hydraulic response presented at 50 msec in the maximum driving velocity, 0.8 m/sec of rice transplanter for riding, and it was well performed. The results of experiments showed the system characteristics sufficient to use as the hydraulic mechanism for a rice transplanter for riding.

Keywords

References

  1. H. J. Park and K. U. Kim. 1993. Development of A Computer Simulation Program for the Design of High Speed Transplanting Mechanism (I) - Planting Loci and Motion Analysis -. J. KSAM. 18(2):91-99. (In Korean)
  2. H. J. Park and K. U. Kim. 1993. Development of A Computer Simulation Program for the Design of High Speed Transplanting Mechanism (II) - Force Analysis -. J. KSAM. 18(3): 230-238. (In Korean)
  3. H. J. Park, Y. J. Park and K. U. Kim. 2000. Development of A Cam Type High - speed Transplanting Mechanism. J. KSAM. 25(6):445-466. (In Korean)
  4. KSAM and KAMICO. 2005. Agricultural machinery yearbook republic of korea:21. (In Korean)
  5. LS Cable Co., Ltd. 1996. Part List of Rice Planting Machine for riding. No. 96110600:56-59. (In Korean)
  6. Park W. K. et al, 1998. Korea agricultural machinery, korea society for agricultural machinery:200-204. (In Korean)
  7. S. Umeda, N. Honami and V. D. Cmau. 1980. Dynamic characterisics of Rice Transplanting. J. JSAM. 42(1):51-56.(In Japanese)
  8. T. Konishi, M. Horio, S. Yoshida and I. Yamakage. 1989. Development of high performance rice transplanter. J. JSAM. 51(6):89-95. (In Japanese)
  9. Y. K. Jung, K. U. Kim and B. H. Chong. 2001. Development of Level Control System for High speed Rice Transplanter. Proceeding of the KSAM 2001 Winter Conference. 6(2): 426-431. (In Korean)