Planetary exchange type agricultural vegetable planting system

Abstract

The invention discloses a planetary exchange type agricultural vegetable planting system, which comprises a bearing frame, a planetary planting frame and a water and fertilizer supply system, whereinsupporting vertical plates are arranged on the bearing frame; a positioning pin is arranged on one side of the top of each the supporting vertical plate; a positioning plate is welded to the bottom ofthe supporting vertical plate; the planetary planting frame consists of eccentric cultivation grooves and planetary discs; rotating discs are arranged on the planetary discs; web plates are uniformlywelded to the outer sides of the rotating discs; and a rotating hole is formed in one side wall of each the web plate in a penetrating manner. A water and fertilizer tank on the water and fertilizersupply system continuously exerts pressure on water and fertilizer by using a water pushing plate inside the water and fertilizer tank, in the rotating process of the eccentric cultivation grooves, arotating water container is stirred to rotate after contacting the rotating water container; the rotating water container collects water in a water supply groove and contacts with water-absorbing cotton on the eccentric cultivation grooves to store water in soil; and meanwhile, water and fertilizer are automatically supplied to the water supply groove under the action of a water supply regulator after the water level drops.

Description

technical field [0001] The invention relates to the technical field of agriculture, in particular to a planetary exchange type agricultural vegetable planting system. Background technique [0002] The current vegetable planting method usually adopts the surface long column method, which is the method of multi-row and multi-column on the surface. This kind of planting method is more traditional, and the planting and harvesting are relatively simple, but there are still a lot of shortcomings: 1. Before planting vegetables, soil needs to be carried out. Refurbishment, which requires special external agricultural machinery for operation, high cost and high labor intensity; 2. Regular watering and irrigation is required during vegetable planting. At present, surface watering is usually used, which is easy to damage vegetables and cause soil Caking affects its air permeability; 3. The vegetable planting adopts the plane planting method, the yield is small, and the mutual shielding...

AI Technical Summary

Problems solved by technology

[0002] The current method of planting vegetables usually adopts the surface row method, which is the method of multiple rows and columns on the surface. This planting method is relatively traditional, and the planting and harvesting are relatively simple, but there are still a lot of deficiencies: 1. The soil needs to be cleaned before planting vegetables. Refurbishment, which requires special external agricultural machinery to operate, which is costly and labor-intensive; 2. Regular watering and irrigation are required in the vegetable planting process. At present, the surface watering method is usually used, which is easy to damage vegetables and cause soil pollution. Agglomeration affects its air permeability; 3. Vegetable planting adopts plane planting method, the output is small, and mutual shading affects lighting, so the present invention provides a planetary exchange agricultural vegetable planting system

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