Novel peanut harvester

Abstract

The invention discloses a novel peanut harvester. The novel peanut harvester comprises a shell and a base. The left side of the shell is provided with upper and lower vibration tracks. The upper and lower vibration tracks are provided with telescopic and hydraulic connecting rods. The lower ends of the telescopic and hydraulic connecting rods are provided with scooping cutter groups. The scooping cutter groups are provided with cutter group installing supports. Scooping cutter parts are installed on the cutter group installing supports. The left side in the shell is provided with a first-stage storage box for peanuts. The position below on the right of the first-stage storage box for peanuts is provided with a driving belt. The first-stage storage box for peanuts is connected with a body for vibration soil-clearing operation. The right side of the body for vibration soil-clearing operation is provided with a body for rootstock cutting operation. An operation chamber is arranged in the base. The interior of the base is provided with an internal combustion engine. The right side of the internal combustion engine is provided with a solution guide pipe. The right side of the solution guide pipe is provided with a water tank or an oil tank body. The novel peanut harvester is capable of harvesting peanuts dug in the manner of vibration soil-clearing operation.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery and equipment, in particular to a novel peanut harvester. Background technique [0002] Peanut harvesting is mainly to excavate peanut crops, dig out mature peanut crops, and use certain methods to remove soil from the excavated peanut crops. The quality of soil removal work directly affects the quality of peanut harvesting work. The excavation quality of the traditional peanut harvester is low, and it cannot effectively go deep into the appropriate position for excavation work. At the same time, the traditional peanut harvester has different methods of removing soil from the excavated peanut crops. The work of removing soil The quality is also low. The traditional peanut harvester has not optimized the details of peanut rhizome treatment, or even does not process it at all, and throws it directly into the field or discards it aside. Therefore, an invented and effective peanut harve...

AI Technical Summary

Problems solved by technology

[0002] Peanut harvesting is mainly to excavate peanut crops, dig out mature peanut crops, and use certain methods to remove soil from the excavated peanut crops. The quality of soil removal work directly affects the quality of peanut harvesting work. The excavation quality of the traditional peanut harvester is low, and it cannot effectively go deep into the appropriate position for excavation work. At the same time, the traditional peanut harvester has different methods of removing soil from the excavated peanut crops. The work of removing soil The quality is also low. The traditional peanut harvester has not optimized the details of peanut rhizome treatment, or even does not process it at all, and throws it directly into the field or discards it aside. Therefore, an invented and effective peanut harvester can effectively of helping farmers get their peanut harvest done

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