Single-row sugarcane planting machine with independent gutter-plough

Abstract

The invention discloses a single-row sugarcane planting machine with an independent gutter-plough. The single-row sugarcane planting machine comprises a rack, a gutter-plough, a sugarcane guiding groove, a fertilizer applicator, a seed cutter, a covering blade part and a film laying machine, wherein the film laying machine is arranged below the rear part of the rack; the fertilizer applicator is arranged above the rack; the gutter-plough is arranged below the front part of the rack; the sugarcane guiding groove is formed in the middle lower part of the rack; the seed cutter is arranged above the rack and connected with the sugarcane guiding groove; the covering blade part is arranged at the lower part of the rack positioned between the film laying machine and the sugarcane guiding groove and single-row planting is correspondingly carried out; the gutter-plough, the seed cutter and the film laying machine are combined into one group and are distributed in the middle of the bottom of the rack; the gutter-plough is separated from the sugarcane guiding groove, and a gap is reserved between the gutter-plough and the sugarcane guiding groove. Compared with the prior art, the single-row sugarcane planting machine is simple in structure and easy to clean and maintain, and direct contact between fertilizers and sugarcane seeds during planting also can be avoided.

Description

technical field [0001] The invention relates to agricultural machinery, in particular to a single-row sugarcane planter with independent furrowing plows. Background technique [0002] Artificial drying is time-consuming and labor-intensive, and mechanized planting of sugarcane to replace artificial planting is an urgent need for modernization. Since the growth of sugarcane is fertile, the fertilization method of the sugarcane planter is an important factor affecting the yield of sugarcane planting in the process of using the mechanized sugarcane planter. [0003] The ditching mechanism of present mechanized sugarcane planter is generally combined into an integrated mechanism by two parts of ditch opener and flow sugarcane groove. This integrated opener has the following disadvantages when in use: [0004] 1. The opener and the lower part of the sugarcane trough form a large cavity, which is easy to accumulate soil, resulting in increased load during work, and it is difficu...

AI Technical Summary

Problems solved by technology

[0004] 1. The opener and the lower part of the sugarcane trough form a large cavity, which is easy to accumulate soil, resulting in increased load during work, and it is difficult to clean and easy to rust;

[0005] 2. The ditch opener with this structure can only be discharged on one side, and the fertilizer is not easy to be discharged in the middle of the sugarcane seeds, so that the sugarcane seeds close to the fertilizer can absorb fertilizer better and faster, while the sugarcane farther away from the fertilizer is more difficult to absorb fertilizer. Not conducive to the growth of sugarcane seedlings;

[0006] 3. Fertilizers are in direct contact with sugarcane seeds, which is prone to burn seedlings in the early stage of sugarcane or lodging in the later growth of sugarcane, which reduces the germination rate of sugarcane and leads to a reduction in sugarcane production

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