Peanut Harvester

Picker (2) peanut with stalk on the ground for drying are transported to the inside of the pick-up table by a nip roll (1), and then fed to the auger (3) through the pick-up table to push the crops to the middle of the header. Feeding the inlet, the crop is fed to the inclined conveyor (4) by feeding the auger telescopic tooth, and is fed into the fruit picking chamber by the chain of the inclined conveyor, and then fed by the vertical axis flow picking roller (5). Spiral movement to the left and right under the action of the upper cover plate, the peanut fruit is separated under the brushing and striking of the roller nails, and the peanut stems are chopped and thrown by the chopper (9), thrown from the grass drain to the row. Within the grass fan channel.

The peanut fruit, peanut vine, and other impurities separated from the concave plate of the fruit extraction chamber are successively dropped onto the vibrating screen (7) in the cleaning chamber. The material is subjected to stepping motion from front to back under the vibration of the shaking plate. When stepping into the vibrating mesh toothed grid, the peanut fruit falls from the gap of the grid. Peanut stems and impurities are combined by the cleaning fan (6) and the grass exhaust fan (11), and then pulverized by the chopper (9) to enter the grass fan channel, and the crushed peanut stems enter Inside the grass box (12). The peanut fruit that enters the fruit auger is pushed to the right by the auger, and then sent to the fruit box (8) by the airflow through the elevator channel through the airflow fan (13), which can be directly dumped into the fruit truck. The unpurified peanut fruit and stem vine mixture falls into the agitated auger (10) at the rear end of the screen box and is pushed to the heterogeneous elevator (14), which is lifted to the clearing room by the elevator to carry out the second Clearance.