Self-moving deep construction vehicle

Abstract

The invention discloses a self-moving deep construction operation vehicle, which includes a vehicle body that can autonomously move to an operation area and a deep construction injector for performing deep construction operations. The mechanical arm of the soil is light in weight, low in power, and less compacted to the soil. The working method will not damage the root system, and the soil loosening and fertilization effect is good.

Description

technical field [0001] The invention belongs to the field of modern agricultural power equipment, and in particular relates to a self-moving deep construction vehicle. Background technique [0002] Existing soil mechanized deep application technology is to use high-horsepower tractors to drive plowshares to move laterally to loosen the soil, break the bottom of the plow, and deepen the plow layer, while the deep application of silty fertilizers uses tractors (most of which use manual labor) to spread fertilizer granules on the ground. On the surface, use a rotary tiller or tractor to plow or plow into the soil. There is no mobile deep soil application technology and its complete set of equipment. [0003] There are some technical deficiencies in the above-mentioned deep fertilization method. One is that ordinary agricultural machinery is forced to turn the soil and fertilize by machinery, which will damage the root system of the crops in a large area and compact the soil. A...

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Problems solved by technology

[0002] Existing soil mechanized deep application technology is to use high-horsepower tractors to drive plowshares to move laterally to loosen the soil, break the bottom of the plow, and deepen the plow layer, while the deep application of silty fertilizers uses tractors (most of which use manual labor) to spread fertilizer granules on the ground. On the ground surface, use a rotary tiller or tractor to rotate or plow into the soil. There is no mobile deep soil application technology and its complete set of equipment

[0003] There are some technical deficiencies in the above-mentioned deep fertilization method. One is that ordinary agricultural machinery is forced to turn the soil and fertilize by machinery, which will damage the root system of the crops in a large area and compact the soil. At the same level, self-judgment cannot be realized, the work efficiency is low, the power consumption is large, and it is not conducive to the growth and development of crops; on the other hand, ordinary agricultural machinery is generally driven by gasoline or diesel engines, which are large in size and weight, and inconvenient to move and operate. Difficult to apply to deep construction operations in complex terrain conditions such as mountains or hills

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