No-tillage precision-seeding and film-mulching integrated machine

Abstract

The invention belongs to the field of agricultural planting machinery and particularly relates to a no-tillage precision-seeding and film-mulching integrated machine. The no-tillage precision-seeding and film-mulching integrated machine comprises a rack, and a traction device, a transmission device, a rotary tillage device, a fertilization device, a drip irrigation belt pre-burying device, a film mulching device, a soil covering device, a precision seeding device and a pressing device sequentially arranged on the rack from front to back; and the rotary tillage device, the fertilization device, the drip irrigation belt pre-burying device, the film mulching device, the soil covering device and the precision seeding device are integrated, manual work is replaced, and planting efficiency is improved.

Description

technical field [0001] The invention belongs to the field of agricultural planting machinery, and in particular relates to an integrated machine for no-tillage, precision sowing and film covering. Background technique [0002] Corn is the main crop in our country, and it is a crop with a relatively large sowing area. Due to the special situation of a large population and little land in our country, people are trying to improve the utilization rate of the land, increase the yield and quality per unit area, and increase farmers' production and income. . However, the conventional planting of corn in northern my country has been affected by insufficient accumulated temperature, insufficient water, and insufficient seedling preservation rate for a long time. The procedures are complicated and the labor intensity is high. After the film is covered, the seedlings need to be released. If the seedlings are not released in time, the phenomenon of seedling burning may occur, which not ...

AI Technical Summary

Problems solved by technology

However, the conventional planting of corn in northern my country has been affected by insufficient accumulated temperature, insufficient water, and insufficient seedling preservation rate for a long time. The procedures are complicated and labor-intensive. After covering the film, the seedlings need to be released. If the seedlings are not released in time, the phenomenon of seedling burning may occur, which not only increases the production cost but also affects the output.

Due to lack of water and low fertilizer utilization rate in spring drought areas, it is difficult to grow full seedlings, and it is impossible to increase production and income. With the acceleration of industrial pace, the contradiction of labor resource shortage has become more and more prominent. Traditional corn planting requires more labor and consumes more energy. The production mode with high and low output and severe damage to the ecological environment is increasingly encountering obvious development resistance. Therefore, research and development of a worry-free, light, low-consumption, high-efficiency agriculture and a labor-saving, fertilizer-saving, Water-saving, chemical-saving, temperature-increasing, cost-saving and efficient corn planting methods have become the inevitable direction of modern agricultural development, and are also the urgent desire of farmers

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