Geological mobile signal acquisition device

Abstract

A geological mobile signal acquisition device comprises a power system, is connected with an analyzer, the analyzer is connected with a signal buffer, the signal buffer is connected with a data backup device, the signal buffer is connected with a central processor, the central processor is connected with a demodulator, and the demodulator is connected with a display instrument. The signal acquisition device acquires data, the data is analyzed by the analyzer, the analyzed data is saved in the data backup device and transmitted to the central processor after passing through the signal buffer, the data is decoded by the demodulator and finally displayed on the display instrument, and the geological mobile signal acquisition device has the advantages of being more accurate and more perfect.

Description

technical field [0001] The invention belongs to the technical field of geology, and in particular relates to a geological movement signal collector. Background technique [0002] The geology is constantly moving and often appears in an oscillating manner, and the area where the geological movement moves is also very large. Such a large area requires the deployment of many signal collectors, and the sampler feels that the data usually passes through the data encoding process. In summary, due to the accumulation of properties, data deviations occurred during the transmission process, which eventually led to errors in data processing, which could not accurately reflect the geological movement change curve, which was meaningless for research and analysis. Contents of the invention [0003] In order to overcome the deficiencies of the above-mentioned prior art, the object of the present invention is to provide a geological movement signal collector, which has the characteristic...

AI Technical Summary

Problems solved by technology

[0002] Geology is constantly moving, often in an oscillating manner, and the area where geological movement moves is also very large. This large area requires the deployment of many signal collectors, and the sampler feels that the data usually passes through the data encoding process. In summary, due to the accumulation of properties, the data has deviations during the transmission process, which eventually leads to errors in data processing, and cannot accurately reflect the geological movement change curve, which is meaningless for research and analysis.

Images