contouring control
英 [ˈkɒntʊərɪŋ kənˈtrəʊl]
美 [ˈkɑnˌtʊrɪŋ kənˈtroʊl]
轮廓控制；（自动）仿型控制
双语例句
- Optimal Contouring Control Based on Task Coordinate Frame and Its Simulation
基于工作坐标系的最优轮廓控制及其仿真 - "Numerical control of machines& Data format for positioning, line motion and contouring control systems"
GB/T8870-1988机床数字控制点位、直线运动和轮廓控制系统的数据格式 - In this paper problems of constant contouring speed, control of acceleration and deceleration, feedforword control have been discussed.
文中分析了轮廓等速控制，加、减速控制以及速度予控的问题。 - The system uses numerically controlled contouring with rocking table, adopts forced coupling between workpiece running and rocking table swing, and improves the control precision of workpiece contour through digital regulation techniques.
该系统采用摇架式数控成形，工件转动和摇架摆动之间采用强迫耦合技术，并通过数字调节技术来提高工件的轮廓控制精度。 - The study on the contouring control of Rapid Prototyping based on PMAC
基于PMAC的快速成形轮廓运动控制研究 - Cross-coupled contouring control of multi-axial CNC machine tools
多轴CNC机床耦合轮廓误差补偿方法 - Adaptive Contouring Control of Galvanometric Scanner
振镜矢量扫描的自适应轮廓控制 - The uncoupled contouring control system is first analyzed. The definition and algorithm of cross-coupled contour error are then presented.
首先分析了非耦合的轮廓控制系统，给出了轮廓误差的定义及算法，引入了耦合轮廓控制的概念。 - Contouring Compensation Control Method in Ultraprecise Turning Aspherical Surface
非球曲面超精密车削过程中的轮廓补偿控制方法 - The results show that the contouring control has better performance in contouring accuracy. Therefore, it suits for controlling the manufacture machine, such as engraving and incising machine.
实验结果显示轮廓控制算法比其他算法具有更高的轮廓精度，更适用于雕刻、切割等加工应用。 - Contouring motion control is one of the important topics in motion control research, which has been widely applied in motion control tasks in manufacturing and other automation systems.
轮廓运动控制是运动控制领域研究的重要课题之一，其广泛应用于精密机械加工与其它自动化运动控制系统中。 - These algorithms have been improved, and are applied in contouring control field. Finally, the three-axis movement bench is used as a control object. The effects of tool path automatic optimize and NC machining process based on CAD graph driven are verified by actual machining.
最后，以X-Y-Z三轴运动平台为控制对象，通过对多个零件进行实际加工，验证了刀具路径自动优化和基于CAD图形驱动的数控加工的实际效果。