Cellular field farming machine

Abstract

The invention particularly discloses a cellular field farming machine. The cellular field farming machine comprises a bottom frame, a cab, driving devices, a soil drilling mechanism and a soil mixingmechanism, wherein the middle of the bottom frame is provided with a supporting frame; a vertical section of the supporting frame is internally provided with a slideway; the cab is mounted at the topof one end of the bottom frame; the driving devices are mounted on four corners of the bottom frame, controlled by the cab and used for driving operation of the field farming machine; the soil drilling mechanism is arranged in the middle of the bottom frame, mounted on the supporting frame, mounted on the slideway in a sliding manner and used for holing of the field farming machine; and the soil mixing mechanism is mounted at the end, far away from the cab, of the bottom frame, and used for flapping and softening soil drilled by the soil drilling mechanism. The cellular field farming machine can improve the soil structure, enhance the soil respiration and provide a better environment for the growth of plants.

Description

technical field [0001] The invention relates to the field of agricultural planting equipment, in particular to a honeycomb tiller. Background technique [0002] In the long-term agricultural planting practice, through experimental data, it is found that the current farmland has a depth of about 20cm for a long time, repeated planting and extensive use of chemical fertilizers. This will not only cause the growth elements of the soil itself to slack and be in a state of extreme fatigue, but also rely on chemical fertilizers to promote plant growth. Excessive fertilization will increase harmful substances in food, which is not conducive to health. With the change of global climate, it has also brought challenges to agricultural production. The difference in rainfall is getting bigger and bigger. In dry areas with little rainfall, the yield will be reduced and the harvest will be severe. loss), the continuous rainfall in the rainy season in rainy areas makes the roots of plants...

AI Technical Summary

Problems solved by technology

This will not only cause the growth elements of the soil itself to slack and be in a state of extreme fatigue, but also rely on chemical fertilizers to promote plant growth. Excessive fertilization will increase harmful substances in food, which is not conducive to health

With the change of global climate, it has also brought challenges to agricultural production. The difference in rainfall is getting bigger and bigger. In dry areas with little rainfall, the yield will be reduced and the harvest will be severe. loss), the continuous rainfall in the rainy season in rainy areas makes the roots of plants soaked in the soil with extremely high water content for a long time, and the roots and stems are damaged over time, and the regrowth ability of plants is endangered by the reduction of yield, although most of the grain fields have Drainage ability, but many drainage ditches are not lower than the bottom of the upper soil, which is about 20cm below, so that the large amount of water contained in the soil itself cannot be drained and absorbed, which will greatly damage the roots of plants

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