Design And Simulation Of Small Peanut Planter Entity Based On The Pro/E

No-till corn planter design is not yet mature, the application of theoretical system is not perfect.the missing parameter design are based on actual experience, and lack of a practical basis when it is applied to the production. In this paper,we design based on the physical design characteristics of the pro/E machine. We design the whole structure of the no-till corn planter, designed seeder, profiling agencies depth adjustment device, repression wheel, and other institutions. Dibble is the planter core components of the type used in this study the more mature suction Dibble and its buried analysis, works to minimize the seeds into the distance buried into the hole, when the wheel is rolling on the ground, suction devices according to the angle of rotation for each buried into the hole accurately provide precise quantitative seed; when buried cavitation maximum buried depth, in the role of stopper movable flap is opened, the seeds fall into the kinds of hole, planting, planter of continuous work to complete a hole, the sequential equidistant precision Dibble; seed planting process by force, to accommodate different size seeds single grain sowing requirements, which will help improve seeding speed and accuracy; sowing parallel four floating bodies profiling institutions and sowing depth adjusting mechanism is designed to reduce the complexity of the effects will not be affected sowing buried cavitation can also ensure that the opening angle and sowing depth. The key components of theoretical analysis and parameter optimization design provides a theoretical basis for the design of such a planter. Intuitive3D modeling software pro/E show a three-dimensional model of the machine and key parts. And the use of software to their motion simulation, to ensure the viability and stability of fact, body work.