Method and system for collecting agricultural product production records under WSN farmland free partitions

Abstract

The invention provides a method and system for collecting agricultural product production records under WSN farmland free partitions. The system comprises an agricultural product record information collecting terminal, a server side and a client side. The agricultural product record information collecting terminal comprises a plurality of WSN environment information collecting nodes and a portable information collecting terminal, wherein the WSN environment information collecting nodes are used for collecting farmland environment information, and the portable information collecting terminal is used for collecting farming information, agricultural condition information and plant disease and insect pest image information. By means of the method for collecting the production records based on the system, WSN partitioning and positioning can be conducted on the positions where the farming information, the agricultural condition information and the plant disease and insect pest image information are collected through layout of wireless sensors; through the positions of crops, whole-journey information of the crops in the growth period is recorded, it is ensured that the recorded information accurately corresponds to the crops, and meanwhile information collecting operation is simplified.

Description

technical field [0001] The invention relates to the technical field of agricultural product information collection, in particular to a method and system for collecting agricultural product production history in WSN farmland free partitions. Background technique [0002] Strengthening "source management and health safety of agricultural products" has become the focus of the whole society and an important topic of current agricultural production. Management information in the production process of agricultural products, such as pesticide spraying, fertilization, and pest control and other information, has received widespread attention from consumers. In the management of large-scale farmland, how to truthfully monitor information such as farming affairs, agricultural conditions, and farmland environment in the agricultural production process? Recording, establishing agricultural product history, and providing detailed information for food traceability are effective ways to ens...

AI Technical Summary

Problems solved by technology

[0004] From the published literature, it can be found that when the existing system equipment collects the production history information of agricultural products, the collected content is relatively simple. The information is further processed, such as adding text notes, generating barcodes, manually numbering the plots, and matching the collected information with the plot numbers, etc.

Text notes, the method of generating barcodes has problems such as complicated operation and unclear description; and if the plots are divided and labeled manually, the same information can only be marked on the same plot. In the actual production process, the same plot There may be different situations in agricultural operations and agricultural information, and the operation is not flexible. Especially for large plots, the accurate correspondence between information and crop locations cannot be realized, and it is not suitable for information processing of a large number of plots and a large amount of information.

Some equipment and collection process use existing systems and equipment to collect data according to plots in the process of collecting agricultural product production history information or use GPS positioning to determine the specific location of data collection, but if GPS positioning is used, the equipment needs to be equipped with a GPS module , greatly increasing the cost of acquisition equipment

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