摘要
针对我国高校地质工程专业"钻探设备"等课程钻机液压传动与控制方面的教学效果不理想、缺少液压钻机实验平台的现状,以培养创新型人才为出发点,研制了多功能液压钻机实验教学平台。实验平台主要由主机、动力站、操控台3部分组成,体现了先进的电动操控钻机、变频电机驱动、钻机工作参数及液压系统参数检测等技术。该平台有助于学生充分理解课程的基础理论知识,培养动手创新能力和科研素养。
In view of the unsatisfactory teaching effect of drilling rig hydraulic transmission and control in the course of "Drilling equipment" of geological engineering specialty in colleges and universities and the lack of experimental platform of hydraulic drilling rig, a multi-functional experimental teaching platform of hydraulic drilling rig is developed in order to cultivate "Innovative" talents. The experimental platform is mainly composed of the host, power station and console, and the platform embodies the technologies such as the advanced electric control drilling machine, variable frequency motor drive, drilling machine working parameters and hydraulic system parameter detection, etc. Through the application of the platform, students can fully understand the basic theoretical knowledge of the course, and cultivate their hands-on innovation ability and scientific research literacy.
作者
赵大军
吴金发
赵研
计胜利
王晓峰
ZHAO Dajun;WU Jinfa;ZHAO Yan;JI Shengli;WANG Xiaofeng(College of Construction Engineering,Jilin University,Changchun 130021,China)
出处
《实验技术与管理》
CAS
北大核心
2021年第4期94-97,103,共5页
Experimental Technology and Management
基金
吉林省高等教育教学改革研究重点课题项目(2017XZD060)
吉林大学本科“创新示范课程”建设项目
吉林省高校“金课”建设计划项目。
关键词
钻机
液压系统
实验平台
drilling rig
hydraulic system
experimental platform
作者简介
赵大军(1964-).男,汉,山东蓬莱,博士,教授,实验教学中心主任,从事复杂地层钻探技术、地热资源的开发研究,1729333689@qq.com.
