Sandy soil harvester for pean nut

Abstract

The invention relates to a sandy soil peanut harvesting machine, which can effectively solve the problem of sandy soil peanut harvest and actually realize the mechanization of the peanut harvest. The technical proposal of the invention is that the harvesting machine comprises a frame and a traction frame and a lifting frame arranged in the front of the frame, wherein, a shovel plough is arranged under and forward the frame, a soft curtain rotating is flatly arranged in the back of the shovel plough from front to back, one end of the soft curtain is arranged on a curtain wheel, the other end of the soft curtain is arranged on a movable pulley, the curtain wheel is arranged on a curtain wheel shaft, one end of the curtain wheel shaft is provided with a power wheel of the curtain wheel shaft, the middle of the soft curtain is provided with a vibrating shaft, a vibrating plate is eccentrically arranged on the vibrating shaft, and one end of the vibrating shaft is further provided with a power wheel of the vibrating shaft. The peanut harvesting machine has the advantages of novel and unique structure, durability, long service life and good effect, which can not only meet the need of the sandy soil in peanut harvest, but also meet the harvesting needs of other rootstock crops. The successful development of the peanut harvesting machine is a great innovation in peanut mechanized harvesting device and has great economic and social benefits.

Description

1. Technical field [0001] The invention relates to agricultural machinery, in particular to a sandy land peanut harvester. 2. Background technology [0002] At present, most root crops planted on sandy land, such as peanuts, are harvested by manual excavation after maturity, which has low work efficiency and high labor intensity. Although some people have developed a vibrating screen type sandy root crop or peanut However, the harvester cannot be used normally in the field. The reason is that due to the unreasonable structure, such as small vibration, the peanuts cannot be completely separated from the sand, and the harvesting effect cannot be achieved. For example, the vibration is large, The machine can’t stand it, and it will vibrate when it can’t go far, and it can’t be used normally. If it is made of light material, although it is light and has little vibration, it is not durable and has a short service life. If the material is increased, the vibration will also increas...

AI Technical Summary

Problems solved by technology

[0002] At present, most root crops planted on sandy land, such as peanuts, are harvested by manual excavation after maturity, which has low work efficiency and high labor intensity. Although some people have developed a vibrating screen type sandy root crop or peanut However, the harvester cannot be used normally in the field. The reason is that due to the unreasonable structure, such as small vibration, the peanuts cannot be completely separated from the sand, and the harvesting effect cannot be achieved. For example, the vibration is large, The machine can’t stand it, and it will vibrate when it can’t go far, and it can’t be used normally. If it is made of light material, although it is light and has little vibration, it is not durable and has a short service life. If the material is increased, the vibration will also increase. If it is enlarged, the destructiveness will increase, it is also not durable, and its service life is short, so it cannot be effectively used in sandy land to harvest peanuts, so there is no peanut harvester that is normally used in sandy land (field) so far.

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