CAJ | 학술논문

为确保难动用矿产资源回采过程的安全性和高效性，实现对开采过程中顶板、矿柱内部应力、应变的实时监测，基于虚拟仪器LabVIEW技术，开发了一套难动用矿产资源开采监测系统。该系统建立了基于无线传感器网络的监测方案，建立了包括信号采集、信号分析、监测结果显示、数据库管理等模块的虚拟仪器系统，采用随机数产生函数为监测系统建立模拟输入，验证了已建立的监测系统的可行性。该系统理论上实现了对难动用矿产资源开采过程的实时监测，有助于寻求矿山实时监测的有效方法。
위학보난동용광산자원회채과정적안전성화고효성，실현대개채과정중정판、광주내부응력、응변적실시감측，기우허의의기LabVIEW기술，개발료일투난동용광산자원개채감측계통。해계통건립료기우무선전감기망락적감측방안，건립료포괄신호채집、신호분석、감측결과현시、수거고관리등모괴적허의의기계통，채용수궤수산생함수위감측계통건립모의수입，험증료이건립적감측계통적가행성。해계통이론상실현료대난동용광산자원개채과정적실시감측，유조우심구광산실시감측적유효방법。
To make a safe and effective production in mining difficult-to-production resources, a monitoring system was developed based on LabVIEW, which can monitor stress and strain inside roof and pillar in real time. The system consisted of signal collection, signal analysis, results showing and database management. The signal transfers by wireless sensor network. With feasibility test by inputting random numbers, the monitoring system was proved useful. Therefore, real-time monitoring for difficult-to-production resources was realized theoretically. The system contributes to looking for an effective way for real-time monitoring.