Grain condition big data acquisition method based on 5G technology

Abstract

The invention relates to a grain condition big data acquisition method based on a 5G technology. The grain condition big data acquisition method based on a 5G technology is characterized in that a data storage and transmission platform receives and stores data information transmitted by signal transmission modules in granaries of all places; the data storage and transmission platform responds to aquery request of a mobile terminal and transmits responded storage information to the mobile board terminal; the data information transmitted by each signal transmission module comprises the data information of a granary data acquisition module and the data information of an environment data acquisition module, the granary data acquisition module comprises a temperature acquisition module, a humidity acquisition module and a weight acquisition module, the environment data acquisition module comprises a climate environment data acquisition unit, and data of the granary data acquisition moduleand data of the environment data acquisition module are correspondingly stored; and the signal transmission modules transmit data information every a set time period T1.The grain condition big data acquisition method based on a 5G technology facilitates acquisition of data in the granaries.

Description

technical field [0001] The invention belongs to the technical field of automated management of grain silos, and in particular relates to a method for collecting big data on grain conditions based on 5G technology. Background technique [0002] Grain is a special commodity, and my country is a big food-consuming country with a large population. Food security is a major strategic issue related to national economic development and social stability. Grain storage is also an effective measure to cope with emergencies, disaster relief and famine preparation, and to regulate the grain market. Therefore, safe storage of grain is an important link to ensure food security. The traditional granary is not only subject to real-time supervision by the local management department, but also regularly inspected by the headquarters. The traditional data collection method adopts the real-time transmission method, which has a large amount of data storage. When the comprehensive platform process...

AI Technical Summary

Problems solved by technology

The traditional granary is not only subject to real-time supervision by the local management department, but also regularly inspected by the headquarters. The traditional data collection method adopts the real-time transmission method, which has a large amount of data storage. When the comprehensive platform processes in the background, it is easy to Crash or malfunction, and, in practice, the supervision of the headquarters is not concerned with real-time, so the existing big data collection methods are not suitable for actual supervision use

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