Based on the characteristics of Ophiopogon japonicus seedlings and agronomic requirements,a reciprocating linear planting Ophiopogon japonicus seeding device based on the crank rocker mechanism was designed to improve the sowing conditions of Ophiopogon japonicus and the sowing efficiency,which realized the use of a single motor as the only power to complete the action of picking and planting seedlings from the seedling tray.The kinematics auxiliary analysis software of the seeding device was written by Matlab to discuss the influence of some mechanism design parameters on the motion trajectory,and the better initial value was obtained.Taking the ideal seeding motion trajectory as the target to optimize the parameters,the optimal result was obtained.Modeling and simulating by using Solid works and Adams verifies the feasibility of the optimization results.This research can provide theoretical reference for the design of Ophiopogon japonicus seeder.
维普
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