Reverse stubble cleaner

Abstract

The invention relates to a reverse stubble cleaner which comprises a suspending component, a middle box component, a left main beam component, a right main beam component, a side edge box component, a cutter shaft component, a cover component, a root smashing, straw smashing and earth breaking component, a fence component, an end plate component, a pressing roller component and a side plate component. The middle box component is connected with the side edge box component through the left main beam component and the right main beam component and further connected with the suspending component, the side edge box component is fixed at one end of the cover component, the front end of the side edge box component is connected with the cutter shaft component, the cover component is provided with the root smashing, straw smashing and earth breaking component, and the pressing roller component is connected to the rear of the cover component. The reverse stubble cleaner is simple in structure, low in device power consumption and long in service life, environmental protection and energy saving are achieved, the optimum effect of intensive farming and leveling of the earth's surface is achieved, and the reverse stubble cleaner is an efficient reverse stubble cleaner having multiple functions 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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