Soil rotary tiller

Abstract

The invention discloses a soil rotary tilling and deep digging machine. The soil rotary tilling and deep digging machine comprises a supporting frame capable of being matched with a power engine. A hanging frame powerfully driven by a hanging device to be lifted is hinged to the supporting frame; a gearbox driven by a power mechanism is installed on the hanging frame; a transversely-arranged power output shaft is connected to the bottom of the gearbox; the two ends of the power output shaft are rotationally connected to two downwards-extending supporting arms of the hanging frame; a plurality of soil digging arms which extend out in the radial direction of the power output shaft and are arranged in the axial direction at intervals are arranged on the power output shaft; soil digging shovels are connected to the outwards-extending ends of the soil digging arms; soil discharging plates with the length direction extending in the axial direction of the power output shaft and the height extending in the radial direction of the power output shaft are further installed on the power output shaft; a furrow plough with the forward soil shoveling direction is arranged at the lower portion of the gearbox. By means of the soil rotary tilling and deep digging machine, soil can be deeply tilled, and the soil rotary tilling and deep digging machine has the advantages that the tilling depth is large, tilling of the soil is even, and labor efficiency is improved.

Description

technical field [0001] The invention relates to a soil rotary plowing deep plowing machine. Background technique [0002] At present, growing greenhouse vegetables is an important source of rural income. After greenhouse vegetables are planted, they need to be planted frequently, which affects the continuity of planting and the uncertainty of acquisition, causing many uncertain factors for farmers and purchasers. [0003] In order to ensure the continuity of planting and the certainty of purchase, when greenhouse vegetables are planted without changing stubble, the continued planting will result in low vegetable yields and affect farmers' income. One method is to add fertilizers and drugs to the soil, which affect soil quality. It will cause compaction of the soil planting layer. Another way is to turn tillage. The operating space in the greenhouse is limited. Therefore, when turning the soil, the existing small rotary tiller can only turn the soil 10-15 cm, and there are ...

AI Technical Summary

Problems solved by technology

After greenhouse vegetables are planted, they need to be planted frequently, which affects the continuity of planting and the uncertainty of acquisition, causing many uncertainties to farmers and purchasers.

[0003] In order to ensure the continuity of planting and the certainty of purchase, when greenhouse vegetables are planted without changing stubble, the continued planting will result in low vegetable yields and affect farmers' income. One method is to add fertilizers and drugs to the soil, which affect soil quality. It will cause compaction of the soil planting layer. Another way is to turn tillage. The operating space in the greenhouse is limited. Therefore, when turning the soil, the existing small rotary tiller can only turn the soil 10-15 cm, and there are The phenomenon of uneven tillage, so it needs to be manually turned again, which is labor-intensive and low-efficiency

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