Foldable double-end furrowing machine

Abstract

The invention discloses a foldable double-end furrowing machine which comprises a tractor, an output shaft, two transmission components, two furrowing components and two folding components, wherein the output shaft is connected with the rear end of the tractor; the two transmission component, the two furrowing components and the two folding components are respectively arranged on both sides of theoutput shaft; the furrowing components are connected with output shafts of the transmission components; the furrowing components are further connected with the output shafts of the folding components. Due to adoption of two furrowing machines arranged on both sides of the tractor, the working efficiency can be improved, soil taken from furrows can be uniformly thrown, the back and forth times ofthe tractor in a field can be reduced for a half, and compacting damage of soil can be reduced; due to adoption of the folding components, width adjustment of the furrowing machine in operation can beachieved; due to folding operation of the furrowing machine which is transferred, the working flexibility and the movement efficiency of the furrowing machine which is transferred can be improved.

Description

technical field [0001] The invention relates to the technical field of agricultural machinery, more precisely to a foldable double-head ditching machine. Background technique [0002] In the process of agricultural production, ditching is an important link, and with the continuous mechanization and scale of agricultural centers, how to improve the efficiency of ditching has become an important technical issue in this field. Existing mechanized openings are usually realized by excavators or trenchers. The excavator method is suitable for large-scale projects such as sewers, ditches, and canals, and the excavation efficiency is high and high quality, but the excavator method is not suitable for agricultural production. Existing trenchers are usually set in combination with tractors, which are widely used in engineering and agricultural fields due to their low cost and low modification cost. There are two ways to connect the trencher and the tractor: one type of trencher is f...

AI Technical Summary

Problems solved by technology

There are two ways to connect the trencher and the tractor at present: one type is fixed on the tractor, and the tractor connected to the trencher in this way runs very slowly no matter whether it is performing trenching work or not, and it is difficult to complete it efficiently. The ditching operation at multiple locations reduces the work efficiency; another type of ditching machine is detachably connected to the tractor. When doing ditching work, the ditching machine is connected to the tractor. Before trenching work, it is necessary to re-adjust the connection parameters of the trencher and tractor, which reduces the efficiency

In addition, the existing ditching machines are all equipped with a single cutter head. A tractor will open a ditch in one working stroke, which is less efficient. The driver needs to drive the tractor back and forth in the field many times, and the work intensity is high.

In summary, the existing ditching machines have low ditching efficiency and moving efficiency, and the operation is time-consuming and labor-intensive. It is difficult to adapt to the needs of large-scale and large-area planting, and cannot meet the requirements of agricultural mechanization. It is an important technical problem in this field to improve its work efficiency

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