地质勘探钻机钻探实时深度测量系统设计

Drill Depth Real-time Measuring System for Geological Exploration

摘要:

为实现地质勘探的智能化和信息化，提出一种利用超声波对地质勘探钻机钻探深度实时测量的设计方案。设计了以STM32F103RBT6芯片为处理器的主控电路，以超声波模块为主体的测距电路，以及LED数码管、液晶显示、TF卡存储电路等辅助电路。为更好的将物联网技术应用到地址勘探测量中，同时设计了蓝牙通信与与GPRS通信电路，以便捷的将测量数据上传到云服务器。系统提高了钻探效率，增加了勘察全过程的可控性。

Abstract:

A drill depth real-time measuring system based on ultrasonic ranging technology is presented, in order to enhance the intelligence and informatization of geological exploration. The main control circuit is designed with STM32F103RBT6 processor, and depth measuring circuit mainly consists of ultrasonic module. The auxiliary circuits are also built, including LED Nixie tube, LCD screen, TF-card memory circuit. At the same time, bluetooth communication circuit and GPRS communication circuit are designed to apply the Internet of Things technology in geological exploration, so that the measurements can be uploaded to the cloud server. The system improves the drilling efficiency and the controllability of the whole investigation process.