Intelligent water and fertilizer integrated system and method based on automatic driving inspection device

Abstract

The invention discloses an intelligent water and fertilizer integrated system and method based on an automatic driving inspection device. The system comprises an automatic driving inspection device, aplanting area information acquisition system, a water and fertilizer integrated mixed application device and a monitoring background; the automatic driving inspection device is used for collecting crop image samples; the monitoring background acquires growth periods and growth conditions of crops in different regions according to the crop image samples, and environmental information and soil information of the crops, and generates a corresponding water-fertilizer mixed application scheme; and the water and fertilizer integrated mixed application device is used for carrying out water-fertilizer mixed application according to the water-fertilizer mixed application scheme, and carrying out accurate fertilization or irrigation. The yield of the crops can be greatly improved, the energy is saved, unattended operation can be completely realized, the labor force is liberated, and the planting cost is reduced.

Description

technical field [0001] The present disclosure relates to the technical field related to smart agriculture, and specifically relates to an intelligent water and fertilizer integration system and method based on an automatic driving inspection device. Background technique [0002] The statements in this section merely provide background information related to the present disclosure and may not necessarily constitute prior art. [0003] Farming and large planting households in various regions have a basic scale, but the supporting fertilization and irrigation facilities for crops are still relatively backward. Most crops such as wheat still use traditional fertilization methods, that is, spreading fertilization or flooding fertilizers, and the time for fertilization As set empirically, fertilizer efficiency is cut in half. In terms of irrigation, most areas still use traditional ground irrigation, in which a considerable proportion of rainwater is lost by evaporation, and the ...

AI Technical Summary

Problems solved by technology

[0003] Farming and large planting households in various regions have a basic scale, but the supporting fertilization and irrigation facilities for crops are still relatively backward. Most crops such as wheat still use traditional fertilization methods, that is, spreading fertilization or flooding fertilizers, and the time for fertilization Based on empirical settings, fertilizer efficiency is reduced by half

In terms of irrigation, most areas still use traditional ground irrigation, in which a considerable proportion of rainwater is lost by evaporation, and the utilization rate of agricultural water resources and chemical fertilizers is not high; the irrigation cycle is completely dependent on the subjective wishes of the planters, and there is a gap in the degree of integration with the growth needs of crops large, the yield of crops such as wheat will be greatly reduced

With the development of the economy, the cost of labor is getting higher and higher. Farms still use this traditional method of planting, resulting in waste of manpower and high cost of planting.

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