Water and fertilizer integrated self-diagnosis control device and using method thereof

Abstract

The invention discloses a water and fertilizer integrated self-diagnosis control device and a using method thereof. The device comprises a crop data collecting module connected to a data collector, wherein the data collector and a remote data processing server are in a network connection, a database is connected to the remote data processing server, the database stores standard data, the remote data processing server controls the water and fertilizer integrated management equipment to operate according to the standard data of the database, and the database records and stores the operation information. The water and fertilizer integrated self-diagnosis control device and using method thereof effectively realize the collection of agricultural conditions and meteorological information of thecrop growth environment, and realize intelligent water and fertilizer delivery management after transmitting the information to the remote data processing server for analysis, thereby solving the limitations of artificial experience in the process of water and fertilizer delivery. Through the real-time recording of delivery amount of the water and fertilizer, the user's historical traceability ofwater and fertilizer delivery information is realized.

Description

technical field [0001] The invention relates to the technical field of agricultural management, in particular to an integrated self-diagnosis control device for water, fertilizer and medicine and its use method. Background technique [0002] In agricultural production, the irrigation, fertilization and pesticide application of crops are all done manually, which needs to be done manually based on experience. The time and amount of irrigation, fertilization and pesticide application are artificially controlled, and there is no accurate data and records. Manual management of crops based on experience, without scientific and reasonable data support, artificially determine the amount of irrigation water, fertilization and pesticide application, which will easily lead to lack or excess of water, fertilizer and pesticide, which is unfavorable to the growth of crops. Moreover, the traditional manual management method cannot accurately count and record the water use, fertilization an...

AI Technical Summary

Problems solved by technology

[0002] In agricultural production, the irrigation, fertilization and pesticide application of crops are all done manually, which needs to be done manually based on experience. The time and amount of irrigation, fertilization and pesticide application are artificially controlled, and there is no accurate data and records.

Manual management of crops according to experience, without scientific and reasonable data support, artificially determine the amount of irrigation water, fertilization and pesticide application, which will easily lead to lack or excess of water, fertilizer and pesticide, which is not good for the growth of crops

Moreover, the traditional manual management method cannot accurately count and record the water, fertilization and pesticide application during the growth of crops, which is not conducive to scientific and standardized crop management requirements.

Images