Unmanned intervention planting system using AI spectrum and control method thereof

Abstract

The invention belongs to an intelligent planting control system and method. An unmanned intervention planting system using an AI spectrum and a control method thereof are provided to solve the technical problem that a conventional greenhouse lacks a targeted matched control system. The planting system comprises a monitoring unit, a transmission unit, a control analysis unit and a regulation and control unit, wherein plant and soil spectral information in a greenhouse is collected in real time through the monitoring unit; environmental information and illumination conditions in the greenhouse are monitored and transmitted to the control analysis unit through the transmission unit; and the control analysis unit sends corresponding regulation and control instructions to the regulation and control unit to regulate the environment, crops and the like in the greenhouse after comparing and analyzing the environmental information and illumination conditions with internally stored origin crop information. The control method comprises the steps of: monitoring conditions in the greenhouse in real time, then calling corresponding information of origin crops in the control analysis unit, carrying out contrastive analysis so as to generate a corresponding regulation and control instruction, and allowing the regulation and control unit to regulate the greenhouse according to the content of the instruction after receiving the regulation and control instruction.

Description

technical field [0001] The invention belongs to an intelligent planting control system and method, in particular to an unmanned intervention planting system using AI spectrum and a control method thereof. Background technique [0002] In some remote and alpine areas, the natural environment is harsh and the transportation is inconvenient. Fruits and vegetables, which are necessities of life, are easy to wilt during transportation if they encounter high temperature during transportation. Supply, even if it can be transported, it will freeze on the way. Therefore, it is difficult to obtain fruits and vegetables living in such areas, which seriously affects the quality of life in such areas. Greenhouses are used in some areas to solve the above problems, but existing greenhouses often lack targeted control systems and corresponding control methods, resulting in inaccurate control of the greenhouse and the need for a large amount of human intervention. Contents of the inventi...

AI Technical Summary

Problems solved by technology

[0002] In some remote and alpine areas, the natural environment is harsh and the transportation is inconvenient. Fruits and vegetables, which are necessities of life, are easy to wilt during transportation if they encounter high temperature during transportation. Supply, even if it can be transported, it will freeze on the way

Therefore, it is difficult to obtain fruits and vegetables living in such areas, which seriously affects the quality of life in such areas

Some areas use greenhouses to solve the above problems, but the existing greenhouses often lack targeted control systems and corresponding control methods, resulting in inaccurate control of the greenhouse and requiring a lot of human intervention

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