摘要
针对现有液压系统测试方法的不足,研究了智能化液压测试系统的理论方法和通讯技术,以系统在矿用支护设备测量领域中的应用为例,将监测目标多节点单元划分,构建了矿用支护设备测量系统。该测量方法在实际测量应用中表明系统满足预定要求,且不仅仅局限于CAN总线,具有较强的通用性。以截止阀操作力矩性能测试为例详细分析系统的测量过程,实现了数据的实时测量,验证了所研究内容的正确性。
In view of the shortcomings of the existing hydraulic system testing methods,the theoretical methods and communication technology of intelligent hydraulic testing system are studied.Taking the application of the system in the field of mine support equipment measurement as an example,the monitoring target multi-node unit is divided and the mine support equipment measurement system is constructed. This measurement method is used in the application of hydraulic support equipment that the system meets predetermined requirements,and is not limited to the CAN bus,with a strong versatility.The measurement process is analyzed in detail as the example of valve operating torque performance test.The real-time measurement data is realized,and the correctness of the research content is verified.
作者
韩旭
Han Xu(College of Mechanical and Electrical Engineering,Huanghe Jiaotong University,Jiaozuo Henan,454950)
出处
《电子测试》
2019年第13期96-98,共3页
Electronic Test
基金
河南省智能制造技术与装备工程技术研究中心(中心编号:3118210370)
焦作市物料传输设备关键件制造工艺与装备工程技术研究中心项目
黄河交通学院2017年度教学工程项目《电气工程及其自动化特色专业》项目的研究成果(HHJTXY-2017tszy03)
关键词
智能化
液压系统
测试方法
矿用支护设备
Intelligent
Hydraulic System
Testing Method
Mine Support Equipment
