Field sampling soil information electronic tag device

Abstract

The invention discloses a field sampling soil information electronic tag device. A stainless steel cylinder and one end, which is close to the drill, of a sampling pipe are provided with a sampling probe. A fixed rotating disc is provided with an adjusting nut. The sampling pipe is provided with external threads. The adjusting nut and the external threads are connected in a threaded fitting way. The depth of the sampling probe in the stainless steel cylinder is adjusted by adjusting the adjusting nut. A sampling bottle is provided with an RFID electronic tag. The disc surface of the fixed rotating disc is provided with a GPS positioning component, an RFID read-write module and a wireless transmitting module. The RFID read-write module writes positioning information of the GPS positioning component and soil acquisition information in the RFID electronic tag. The RFID read-write module also transmits the acquisition information to a sampling management center through the wireless transmitting module. Intelligent recording and inputting of soil data can be realized through arrangement of the RFID electronic information tag, and the sampling position information can also be recorded so that the field sampling soil information electronic tag device is simple in structure, easy to carry and quite suitable for acquisition and management of the field soil data.

Description

technical field [0001] The invention belongs to the technical field of field soil collection, in particular to an electronic label device for field sampling soil information. Background technique [0002] When people study and explore the geology, environment, and ecology in the field, they often need to sample and analyze the soil in the field. Due to the limitations of field adjustment, it is difficult to analyze and record the samples in real time, especially for For a large amount of sampling data, it is often prone to confusion. Once the sampling data, time, and location are confused, it is difficult to distinguish, resulting in the inability to analyze the sampling data. Using manual numbering is not only troublesome, but also It is time-consuming and labor-intensive, which affects the sampling efficiency and is not conducive to the management of sampling. Especially for field soil sampling, it is necessary to analyze and manage soil at different depths, which further...

AI Technical Summary

Problems solved by technology

[0002] When people study and explore the geology, environment, and ecology in the field, they often need to sample and analyze the soil in the field. Due to the limitations of field adjustment, it is difficult to analyze and record the samples in real time, especially for For a large amount of sampling data, it is often prone to confusion. Once the sampling data, time, and location are confused, it is difficult to distinguish, resulting in the inability to analyze the sampling data. Using manual numbering is not only troublesome, but also Time-consuming and labor-intensive, affecting sampling efficiency and not conducive to sampling management

Especially for field soil sampling, it is necessary to analyze and manage soil at different depths, which further increases the difficulty of soil sampling

Although a series of soil sampling tools have appeared at present, it is difficult for these tools to adjust the sampling depth, and it is also difficult to intelligently realize the intelligent recording of sampling information, which affects the accuracy of field sampling information management and the efficiency of post-data processing.

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