三维激光扫描的露天矿山储量动态监测系统设计

Design of dynamic monitoring system for reserves in open pit mine based on three-dimensional laser scanning

为确保资源开采的合理化,促使资源利用实现可持续发展,我国矿山资源储量应该加大核实力度,以此来对我国矿山开采实际情况进行全面掌握。不过,由于露天矿山地势环境相对较为复杂,测量工作人员在使用仪器的过程中,难以确保仪器的平衡与稳定,进而对测量结果会造成影响,所以通过对三维激光扫描技术的运用,可对露天矿山储量监测提供帮助,构建动态检测系统,以此来对露天矿山储量进行全面测量。

In order to ensure the rationalization of resource mining and promote the sustainable development of resource utilization,my country’s mine resource reserves should be increased in nuclear power,so as to fully grasp the actual situation of my country’s mining.However,due to the relatively complex topographic environment of open-pit mines,it is difficult for surveying staff to ensure the balance and stability of the instruments during the use of the instruments,which will affect the measurement results.Therefore,through the use of 3D laser scanning technology,the open-air Mine reserves monitoring provides assistance and constructs a dynamic detection system to comprehensively measure the reserves of open-pit mines.