提出了基于机器人力控制表面跟踪的遥控焊接虚拟环境标定方法。
A method of virtual environment calibration for remote welding based on surface tracking with robot force control is proposed.
这种应力常数标定方法适用于各种表层结构发生根本变化的表面强化件的X -射线应力常数测定。
It is believed that this calibration is suitable for X-ray stress constant measurement for various surface-reinforced elements, whose surface layer structure has changed radically.
用相关的电路模块设计了符合要求的金属表面裂纹深度定量标定系统。
The correlative circuit modules are used to design the quantitative indication system for crack depth on the surface of steel material.
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