Simulation and Analysis Study on Magnetic Force of Precision Seed Sowing Device Based on Maxwell
The operating principle of magnetic precision seed sowing device was introduced in this paper. The magnetic sucker is a key part of the seeder. The simulation model of sucker was established with two-dimension finite element method and its magetostatic field was analyzed by using Maxwell2D software. The distribution regularities of the sucker end magnetic intensity were researched under the conditions of given magnetization. The sucker end sowing space was divided into corresponding nodes by using appropriate step size and the axial and radial component of node magnetic intensity was calculated. The axial and radial component of specific magnetic force which seed stressed in magnetic field was calculated. The study results show that the sucker end magnetic intensity increases with increased the magnetization current strength, the magnetic intensity of sucker end fringe is more powerful than other areas; the specific magnetic force increases with increased the magnetization current strength and the amplitude of variation is dramatic; the specific magnetic force concentrates on the axial direction. These study results are valuable for the optimum design of such seeder.
Maxwell2D Magnetic seed sowing device Magnetic intensity Specific magnetic force
LIU Wendong HU Jianping
Key Laboratory of Modern Agricultural Equipment and Technology, Ministry of Education & Jiangsu Province, Jiangsu University, P.R.China, 212013
国际会议
2008 International Conference on IAEA(2008农业信息化、自动化与电气化国际会议)
镇江
英文
514-519
2008-11-01（万方平台首次上网日期，不代表论文的发表时间）