Full-automatic sowing-to-harvesting completion system for small-leaf vegetables

Abstract

The invention discloses a full-automatic sowing-to-harvesting completion system for small-leaf vegetables. The full-automatic sowing-to-harvesting completion system for the small-leaf vegetables comprises the following steps: 1) automatically filling soil, putting a seeding hole tray into a soil covering device to perform automatic soil filling, wherein the soil covering device is connected with a surplus soil collecting device and a soil conveying device; 2) performing automatic hole pressing; 3) performing dibble seeding of seeds; 5) conveying the seeds to a field or a greenhouse; 6) performing self-propelled laying; and 7) performing automatic harvesting. The full-automatic sowing-to-harvesting completion system achieves double-rail mini-tiller soil turning, automatic laying of the seeding hole tray, automatic watering, automatic fertilization, connection to a vegetable harvesting and collecting device, multi-system operation application and the like, or the double-rail type multi-application, so that an automatic system operation of vegetable sowing is further completed, manpower and material resources are saved, and an automatic and intelligent rapid sowing system is promoted.

Description

technical field [0001] The invention belongs to the field of agricultural machinery, and in particular relates to a fully automatic system from seeding to harvesting of small leafy vegetables. Background technique [0002] Agricultural planting is a place that uses a lot of manpower. Due to the backwardness of planting and seedling raising methods, labor waste is very serious. To solve the problem of shortage of human resources in rural areas at this stage, the way out is to develop a new way of agricultural planting that saves manpower and material resources until the completion of automatic harvesting, promote automatic and intelligent rapid sowing; improve the emergence rate, promote crop growth and increase production. At present, there is a lack of intelligent transplantation on the market. Farmers need to perform multiple processes such as sowing, fertilization, laying and sowing and transplanting when farming, which consumes a lot of man-hours; coupled with the random...

AI Technical Summary

Problems solved by technology

At present, there is a lack of intelligent transplantation on the market. Farmers need to perform multiple processes such as sowing, fertilization, laying and sowing and transplanting when farming, which consumes a lot of man-hours; coupled with the randomness of manual operations, it will also cause sowing depth, Operation technical indicators such as row spacing, plant spacing, seed and fertilizer usage are difficult to guarantee, resulting in poor operation quality; resulting in waste of seeds and fertilizers, low land utilization and labor productivity, and thus high operating costs

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