非接触式在机测量系统设计与应用OACSTPCD
Design and Application of Non-Contact On-Machine Measurement System
为了提高复杂曲面结构零件铣削过程中的在机测量效率,提出了基于线激光轮廓传感器的非接触式在机测量系统.首先,依据在机测量需求设计了测量系统的系统组成、数据通信方式和指令协同模式.然后,建立了传感器安装位姿校准数学模型,设计了非接触式校准流程,实现了传感器安装位姿的标定.最后基于典型飞机结构件加工过程完成了非接触式在机测量应用.在五轴立式加工中心进行了测量实验,结果表明系统允许的最大误差不超过±20 μm,实验结果验证了所搭建的在机测量系统的实用性和有效性.
In order to improve the on-machine measurement efficiency in the milling process of complex curved surface parts,a non-contact on-machine measurement system based on line laser contour sensor is proposed.Firstly,the system composition,data communication mode and command coordination mode of the measurement system are designed according to the on-machine measurement requirements.Then,a mathematical model of sensor mounting pose calibration is established,and a non-contact calibration process is designed to realize the calibration of sensor mounting pose.Finally,based on the machining process of typical aircraft structural parts,the application of non-contact on-machine measurement is completed.The measurement experiment on the five-axis vertical machining center shows that the measurement error of the system is not more than±20 µm,and the experimental results verify the practicability and effectiveness of the on-machine measurement system.
李书奇;高晓兵
西安工业大学机电工程学院,陕西西安 710000
在机测量非接触式测量激光测量线激光数控机床
on-machine measurementnon-contact measurementlaser measurementline laserCNC machine tools
《测控技术》 2024 (008)
15-22 / 8
陕西省重点研发计划一般项目-工业领域(2020GY-196,2019GY-125)
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