A distributed mining earthquake detection method and device

Abstract

The invention discloses a distributed mine earthquake detection method and device and relates to the field of underground coal mine safety monitoring. The distributed mine earthquake detection method comprises the steps that multiple channels of quake detection devices are arranged on a device or area to be detected in a distributed mode; after a server provides a starting signal, high-accuracy synchronous quake detection begins to be performed, and the acquired signal is received and processed by devices and transmitted to the cloud server through the Ethernet; the server performs data fusion analysis processing on mass information and then provides the processed information for users. Hardware of the distributed mine earthquake detection device comprises a quake detection and conversion unit, a microcontroller unit, a human-computer interaction unit, a storage unit, a communication unit, a time synchronous unit and the server. The distributed mine earthquake detection method and device has the advantages that quake signals with high sensitivity and a large dynamic range can be detected, frequency response characteristics are wide, data can be transmitted quickly in a nondestructive mode, networked synchronization and focus positioning accuracy under a distributed environment is high, and the system is high in capacity, strong in expansion capability and low in expansion cost.

Description

technical field [0001] The invention relates to the technical field of mine earthquake detection, in particular to a distributed mine earthquake detection method and device. Background technique [0002] At present, microseismic monitoring technology has become one of the hot technologies in the geophysical field, and it is the most accurate, timely and effective monitoring method in the process of reservoir fracturing. In recent years, countries around the world have invested a lot of money, manpower, and material resources to actively carry out the application and research of this technology, which is widely used in various resource development and production activities, such as coal mining, shale oil and gas development, etc. With the development of geophysics, especially the application of digital seismic monitoring technology, and the in-depth study of seismic source positioning methods, the application range of microseismic monitoring technology is continuously expandi...

AI Technical Summary

Problems solved by technology

[0006] 1. Most of them still use localized, regionalized, and independent node-based layout structures, which cannot use distributed big data fusion to truly reflect earthquake conditions

[0007] 2. A small amount of distributed monitoring methods cannot guarantee the synchronization, consistency, and correlation of collected data, and the method of post-data analysis has a large error

[0008] 3. The existing monitoring network needs to be wired separately, which is costly, poor in scalability, and difficult

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