Mechanized farming process

Abstract

The invention provides a mechanized farming process in the field of agricultural technology. The process comprises the following steps of: (1) harvesting crops, and uniformly spreading straws after harvesting is ended; and (2) performing rotary tillage by adopting a rotary cultivator with adjustable rotary tillage depth after the straws are uniformly spread, wherein the rotary cultivator with adjustable rotary tillage depth is composed of a power tractor, a rotary tillage device and a rotary tillage depth control device; and a suspension arm is hydraulically connected to the power tractor and is connected with the rotary tillage device. According to the process disclosed by the invention, the tillage depth can be controlled in a crop needed tillage range by the rotary cultivator with adjustable rotary tillage depth, so that the tillage depth of the same kind of crops is balanced, the tillage quality is guaranteed, and the process can be applied to one of various mechanized farming processes.

Description

technical field [0001] The invention relates to a tillage technique, in particular to a mechanized tillage technique. Background technique [0002] The mechanized farming process is to improve the relationship between soil and environmental conditions through mechanical action. Tilling the soil can enhance soil fertility and water retention, improve soil aeration, and promote nutrient conversion capabilities. Different crops require different tillage depths. In the prior art, there are generally two types of mechanized farming techniques through rotary tillage, one is to use a hand powered tractor for rotary tillage, and the other is to use a powered tractor connected with a rotary tiller, and the powered tractor provides rotary tillage. The device provides mechanical power to perform rotary tillage on the soil; the former farming process is labor-intensive and has low production efficiency, while the latter can only be used for specific crops, and the soil’s plowing depth c...

AI Technical Summary

Problems solved by technology

In the prior art, there are generally two types of mechanized farming techniques through rotary tillage, one is to use a hand-held power tractor for rotary tillage, and the other is to use a power tractor connected with a rotary tiller, and the power tractor provides rotary tillage. The device provides mechanical power to perform rotary tillage on the soil; the former is labor-intensive and has low production efficiency, while the latter can only be cultivated for specific crops, and the tillage depth of the soil cannot be balanced during the tillage process, thus affecting the quality of tillage. Can't get strong protection

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