CAJ | 학술논문

对远控钻机送杆机构定位系统的原理及其组成进行了分析，揭示了该定位系统滞后位移的存在；将自适应技术应用于送杆机构控制系统并建立了被控系统数学模型，通过数学模型分析了自适应定位的实现过程。为远控钻机送杆机构及其他执行机构精确定位提供了理论基础及解决方案，使远距离控制或自动控制钻机及工作面无人化作业的实现成为可能。
대원공찬궤송간궤구정위계통적원리급기조성진행료분석，게시료해정위계통체후위이적존재；장자괄응기술응용우송간궤구공제계통병건립료피공계통수학모형，통과수학모형분석료자괄응정위적실현과정。위원공찬궤송간궤구급기타집행궤구정학정위제공료이론기출급해결방안，사원거리공제혹자동공제찬궤급공작면무인화작업적실현성위가능。
In this paper, the theory and constitute of the self-adaptive positioning system for the rod-feed mechanism of the remote-controlled drilling machine were analyzed and the delay displacement of this system was discovered. The self-adaptive positioning technology was applied in the control system of the rod-feed mechanism and the mathematic model of the controlled system was built, with this model, the realization process of self-adaptive positioning was analyzed. This technology provided the theoretical foundation and solution for the accurate positioning of the rod-feed mechanism of the remote-controlled drilling machine and other actuating mechanisms, and thus made the remote or automatic control of the drilling machine and the unmanned operation in the working face become possible.