介绍了4d轴焊接构架式转向架的研制目标、主要技术特点和参数、主要结构、有限元计算结果及试验情况。
Described are the development target, main technical features and parameters, main structure, finite element calculation results and testing of the 4d-axle welding frame type bogies.
在选定了控制器后，列出了整个焊接电源的设计思路、方案和目标。
After made sure controller, the paper given design thoughtfulness, project and aim for the welding power.
提出了以最小焊缝误差为目标的机器人优化焊接轨迹示教法。
A teach by showing programming strategy for optimal robotic are welding with a minimum seam error is suggested.
焊接热影响区建模是动力学分析的一个难点问题，而模态参数的一致逼近是建模及修正的一个主要目标。
Modeling of the heat affected zone in welding is a difficult problem in dynamic analysis, while the consistent of modal parameters is a major objective of modeling and model amendment.
视觉弧焊机器人MAG焊接参数在线规划是一类以提高弧焊机器人的适应能力为主要目标的焊接质量智能控制方法。
The on-line programming of MAG welding parameters is a novel method of intelligent controlling of welding quality which aims at improving welding robots adaptive ability.
根据在线视觉测量结果，形成机器人的运动目标，实现焊缝自动跟踪与焊接。
The system has the function of automated recognition and tracking weld. The principle of the visual control system and LRTORC developed by us is discussed.
公司的目标是为焊接切割使用厂家提供完美的焊接切割产品。
The company's goal is to provide manufacturers of welding and cutting with perfect welding and cutting products.
被控制量目标值变化时，控制量迅速随之调整，以保证焊接过程动态稳定。
When the setpoint of controlled variable varies, the controlling variable can be adjusted rapidly to maintain the dynamic stability of the welding process.
主要研究了钢管焊接区建模及修正过程中的两个关键问题，即目标一致逼近模型的建立和模型修正的敏感参数分析。
The two key issues herein are the same approximation of the model and analysis of the sensitive parameters in model amendment.
主要研究了钢管焊接区建模及修正过程中的两个关键问题，即目标一致逼近模型的建立和模型修正的敏感参数分析。
The two key issues herein are the same approximation of the model and analysis of the sensitive parameters in model amendment.
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