Reverse-rotation stubble cleaning machine

Abstract

The invention relates to a reverse-rotation stubble cleaning machine, which comprises a suspension part, a middle box body part, left and right main beam parts, side box body parts, a cutter shaft part, a housing part, a straw and soil crushing part, a fence part, an end plate part, a press roller part and side plate parts. The middle box body part is connected with the side box body parts through the left and right main beam parts. The suspension part is further connected onto the middle box body part. The side box body parts are fixedly arranged at one end of the housing part. The front ends of the side box body parts are connected with the cutter shaft part. The stalk and soil crushing part is arranged on the housing part. The press roller part is connected at the rear part of the housing part. The reverse-rotation stubble cleaning machine has the advantages that the structure is simple, the equipment power consumption is low, the service life is long, the effects of environmental protection and energy saving are realized, the optimum effect of ground surface intensive cultivation and flattening is achieved, and the reverse-rotation stubble cleaning machine is really a multifunctional high-efficiency reverse-rotation stubble cleaning machine in the current market.

Description

technical field [0001] The invention relates to an agricultural plowing machine, in particular to a reverse stubble cutter. Background technique [0002] At present, the reverse stubble cleaners generally have complex structures, high power consumption of the unit, high cost of use, high damage rate, poor effect of farmland plowing and land preparation, poor rate of root stubble and straw without crushing, and root stubble and straw entanglement. The soil is thrown to both sides during tillage and rotary cutting, and the phenomenon of soil accumulation and ridge formation is relatively serious, and the effect of straw crushing and stubble embedding is poor. The stubble, straw, and soil must be crushed at one time at the same time, so that the rotary-cut objects and soil can be evenly buried, mixed, and evenly covered on the rotary-cut ground. In this way, the original rotary-cut depth must be increased. The depth of rotary cutting undoubtedly accelerates the wear of the too...

AI Technical Summary

Problems solved by technology

[0002] At present, the reverse stubble cleaners generally have complex structures, high power consumption of the unit, high cost of use, high damage rate, poor effect of farmland plowing and land preparation, poor rate of root stubble and straw without crushing, and root stubble and straw entanglement. The soil is thrown to both sides during tillage and rotary cutting, and the phenomenon of soil accumulation and ridge formation is relatively serious, and the effect of straw crushing and stubble embedding is poor. The stubble, straw, and soil must be crushed at one time at the same time, so that the rotary-cut objects and soil can be evenly buried, mixed, and evenly covered on the rotary-cut ground. In this way, the original rotary-cut depth must be increased. The depth of rotary cutting undoubtedly accelerates the wear of the tool and increases the consumption of power, and has no effect on the crushing of stubble, straw, and soil clods, and has many defects such as surface accumulation, ridges and unevenness.

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