Precise fertilizer discharger based on binocular vision detection

Abstract

The invention relates to the technical field of agricultural equipment and discloses a precise fertilizer discharger based on binocular vision detection. The precise fertilizer discharger comprises abase, a fertilizer discharge device, a tank body, a rotating device as well as a control mechanism, wherein the tank body is mounted at the front end of the base; the fertilizer discharge device is mounted at the rear end of the base; a discharge hole is formed in the rear end of the base; the control mechanism comprises a control tank, a power distribution box and a binocular vision camera; the control tank and the power distribution box are distributed up and down inside the tank body; the binocular vision camera is mounted on the tank body; both the power distribution box and the binocularvision camera are connected with the control tank; the control tank is internally provided with a micro industrial control machine; the rotating device is mounted on the fertilizer discharge device; the control tank is connected with the rotating device through a wiring harness. The precise fertilizer discharger has the beneficial effects that with the cooperation of the control mechanism and therotating device, fertilization is reasonably controlled, waste of fertilizers is reduced, and the fertilizer utilization rate is increased.

Description

technical field [0001] The invention relates to the technical field of agricultural equipment, in particular to a precision fertilizer discharger based on binocular vision detection. Background technique [0002] Fertilizer application is the most important means of increasing agricultural production and the guarantee of sustainable agricultural development. In the process of mechanical fertilization, rational fertilization is the main way to reduce agricultural pollution, reduce agricultural production costs, maintain sufficient nutrients in the land, and promote agricultural production. One, especially for large-scale arable farmland. Some planting lands are vast in Liaoyuan, and the soil quality in different areas is quite different, as are the nutrient content and planting density in the soil. At present, the fertilization method of orchards in my country mainly adopts ditch fertilization, which saves time and labor compared with manual work, but For fruit trees with lar...

AI Technical Summary

Problems solved by technology

Some planting lands are vast in Liaoyuan, and the soil quality in different areas is quite different, as are the nutrient content and planting density in the soil. At present, the fertilization method of orchards in my country mainly adopts ditch fertilization, which saves time and labor compared with manual work, but For fruit trees with large spacing in the orchard, there are some cases where fertilization is not required for some distances. Therefore, the original method of fertilization by ditching will increase the production cost and waste manpower and material resources.

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