Wireless remote sensing storage type seismograph system

Abstract

The invention relates to a wireless remote sensing storage type seismograph system, which aims to solve the problem of absence of real-time quality control of the conventional storage type seismograph. The wireless remote sensing storage type seismograph system is a wireless-remote-sensing-based storage type digital seismograph system, and consists of three main units, namely a central control operating system (CCOS), control operating systems (COS) with a relay function and acquisition stations (AS). The utilization range of the wireless storage type seismograph is greatly widened, and the construction efficiency of the wireless storage type seismograph is greatly improved. The wireless remote sensing storage type seismograph system has the main advantages that: (1) the requirement of real-time quality monitoring over acquired seismic data is met; (2) the power-on, power-off and dormant state of the storage type seismic acquisition station can be switched by utilizing wireless remote sensing, and the operating state of a power supply can be known at any time, so that power loss is greatly decreased, and the operating time of the acquisition station is prolonged; (3) acquisition flexibility and efficiency are greatly improved; and (4) the operating state of the acquisition station can be monitored and set by utilizing the wireless remote sensing, so that the operating state of the acquisition state can be known at any time.

Description

technical field [0001] The invention relates to a seismograph, in particular to a wireless telemetry storage seismograph system. Background technique [0002] Current Status of Seismic Instruments [0003] High-precision digital seismograph is a geological exploration instrument used to record artificial or natural seismic signals, and then to find oil, gas, coal and other mineral resources based on the records of these seismic signals, and can be used to detect the internal structure of the earth, conduct engineering and geological Disaster prediction, etc. [0004] Seismic exploration method is still the main means of oil and gas exploration on land and sea, and also an important exploration method for other mineral resources, and is widely used in the study of the earth's internal structure, engineering exploration and detection, geological disaster prediction and so on. [0005] Digital seismographs for geophysical exploration of mineral resources can be divided into t...

AI Technical Summary

Problems solved by technology

It aims at the two major problems existing in conventional cableless storage seismographs, and at the same time, it aims at the shortcomings of insufficient transmission rate of wireless telemetry seismographs, makes full use of the advantages of wireless systems and storage systems, and overcomes the limitations of wireless systems due to insufficient transmission rates. It also overcomes the shortcomings of the storage system that cannot monitor the working status of the instrument and the quality of the collected data.

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