Intelligent agricultural management system

Abstract

The invention discloses an intelligent agricultural management system comprising a planting system. The intelligent agricultural management system further comprises an environment monitoring sensor unit, a nutrient solution monitoring sensor unit, a signal processing device, a nutrition adjusting unit, a greenhouse environment adjusting unit, a video monitoring unit, a control unit, a power carrier module, a network module, and a background monitoring unit. The environment monitoring sensor unit sends a greenhouse environment parameter signal to the control unit in real time through the signal processing device. The nutrient solution monitoring sensor unit sends a nutrient solution parameter signal to the control unit in real time through the signal processing device. The control unit is in signal connection with the nutrition adjusting unit and the greenhouse environment adjusting unit through a switch unit, and is further in signal connection with the background monitoring unit through the power carrier module. The video monitoring unit is in signal connection with the background monitoring unit through the network module. The scientific nature of automatic management and planting in the planting process can be effectively strengthened.

Description

technical field [0001] The invention relates to the agricultural field, in particular to an agricultural intelligent management system. Background technique [0002] At present, the greenhouse has been widely promoted in the north and south of my country because of its advantages of being less affected by the external environment, constant indoor temperature, and suitable for crop growth. The greenhouse has made a great contribution to enriching the common people's cabbage. In the daily planting management process, the influence of the level difference, greenhouse hardware equipment and other conditions will affect the crop growth environment (temperature, humidity, light intensity, carbon dioxide (CO2) concentration, wind speed, wind direction, rainfall monitoring, root environmental humidity, Water potential, concentration (concentration (EC value)), acidity and alkalinity (pH value, etc.) are adjusted by on-site technicians completely by feeling, and the diagnosis and contr...

AI Technical Summary

Problems solved by technology

[0002] At present, the greenhouse has been widely promoted in the north and south of my country because of its advantages of being less affected by the external environment, constant indoor temperature, and suitable for crop growth. The greenhouse has made a great contribution to enriching the common people's cabbage. In the daily planting management process, the influence of the level difference, greenhouse hardware equipment and other conditions will affect the crop growth environment (temperature, humidity, light intensity, carbon dioxide (CO2) concentration, wind speed, wind direction, rainfall monitoring, root environmental humidity, Water potential, concentration (concentration (EC value)), acidity and alkalinity (pH value, etc.) are adjusted by on-site technicians completely by feeling, and the diagnosis and control of crop growth status, disease and insect pests are completely based on the experience of on-site technicians. Fertilizers The random irrigation makes the entire management system low in automation, poor in practice, inaccurate in data and unscientific in decision-making

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