Module Design for Parameter Optimization of Pricking Hole Mechanism of Deep-Fertilization Liquid Fertilizer Applicator

Liquid fertilizer applicators has aroused more and more concern along with the increasing quantity of liquid fertilizer. Deep-fertilization liquid fertilizer applicators meet with the requirement of environmental sustainable development. Pricking hole mechanism is a key component of deep-fertilization liquid fertilizer applicator. Parameters of pricking hole mechanism is the most important part of the whole machine is designed. In order to obtain quickly parameter optimization of pricking hole mechanism, a software which is based on improved genetic algorithm, kinematics simulation and dynamics simulation, was designed and achieved. Parameter optimization is suitable for both requirement with dynamic and the best of kinematics' characteristics.