Infrasound sensor array telemetry system of micro-electromechanical system

Abstract

The invention relates to an infrasound sensor array telemetric system of a micro-electronic mechanical system in the telemetric field. A data detecting control system controls a scanning orientation control system; the scanning orientation control system controls an ultralow-frequency sound wave emitting system and a micro-electronic mechanical frequency coupling sensor array and transmits feedback information to a data analyzing system; an ultralow-frequency sound wave bunch emitting system emits detecting sound wave to a geologic structure, and the detecting sound wave passes through the micro-electronic mechanical frequency coupling sensor array; the micro-electronic mechanical frequency coupling sensor array receives low-frequency signals, carries out frequency mixing and coupling for the low-frequency signals, transforms the low-frequency signals into medium-frequency signals; measuring frequency coupling signals are transmitted to an analog-to-digital conversion data transmitting network to carry out analog digital signal conversion; measured data is transmitted to a data analyzing system and a data detecting and controlling system to carry out information exchange; and analyzed data result and the feedback information are transmitted to the data detecting and controlling system. The system has the advantages of fast testing speed, strong response ability and high quality of data transmission.

Description

technical field [0001] The invention relates to an infrasonic sensor array system based on micro-electromechanical system technology in the field of remote sensing survey, in particular to a system with low cost, strong environmental adaptability, high precision stability, strong rapid response ability, and large-scale coverage. High MEMS infrasound sensor array telemetry system. Background technique [0002] Remote sensing survey technology is a basic part of modern industry. The quality of large-scale survey systems has a decisive impact on national energy and land security issues such as the development of large oil and gas fields and coalbed methane resources, seismic monitoring, geological structure surveying and mapping. The accuracy, rapid response capability, and large-scale coverage of telemetry systems are cornerstones of energy and land security issues. The current remote sensing technology mainly uses electromagnetic, optical, ultrasonic and thermodynamic measur...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to provide a low-cost, environment-adaptable system for the defects and technical deficiencies of the traditional sensor network remote sensing survey system, such as high price, poor environmental adaptability, low qui

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