摘要
研制一套基于LabVIEW的三针自动校准系统。由激光测径仪对三针进行非接触测量,引入脚踏开关,控制激光测径仪的测量过程。引入“簇”元素,将一组三针的测量数据自动封装,便于后续按三针规格自动排序。通过ActiveX技术,自动生成电子原始记录,通过LIMS系统,一键生成报告证书。实际运行表明:该系统可提高检测效率、免除人为误差及降低工作强度。
An automatic calibration system for cylindrical measuring pins based on LabVIEW was developed.A laser micrometer was used to measure the three pins in a non-contact way.A footswitch was used to control the measurement process of the laser micrometer.The measurement data from one group of three pins was packed up in a"cluster",which was convenient for subsequent automatic sorting according to the specifications of the pins.The electronic original record was automatically generated based on the ActiveX technique and the report was generated after just one click by a LIMS system.The actual operation showed that the system can improve detection efficiency,avoid human errors,and reduce workloads.The system can be widely used in various calibration and testing laboratories.
作者
陈挺
金挺
CHEN Ting;JIN Ting(Zhejiang Institute of Metrology,Hangzhou 310018,China)
出处
《计量科学与技术》
2021年第8期19-23,41,共6页
Metrology Science and Technology
基金
国家重点研发计划(2017YFF0206305)
浙江省市场监督管理局科研项目(20150216,20180104)。
关键词
校准
三针
LABVIEW
激光测径仪
脚踏开关
簇
交互平台
电子原始记录
calibration
cylindrical measuring pin
LabVIEW
laser micrometer
footswitch
cluster
ActiveX
electronic original record
