直线插补 meaning in English
llne interpolation
Examples
- These drawing machines have the functions of line and character interpolation , self - examined and so on , and they are easy and simple to handle
这种绘图机具有直线插补运算及自检等功能，操作简便。 - The paper analyzed the method of movement controlled , validated the stability of line interpolation method , which offered some experience for the development of interpolation module and study in open cmc system
分析了pcl - 832控制卡实现运动控制的方法，验证了直线插补算法的稳定性，将对开发插补模块和开放式数控系统研究提供一些经验。 - The paper had analyzed the foundation of mathematic model of interpolation , introduced time - divided method to accomplish the operation of interpolation , by the pcl - 832 servo control card , the movement is controlled , which makes the ac servo motor to work
本文从插补算法数学模型的建立入手，采用时间分割法进行插补运算，并建立了直线插补算法和圆弧插补算法的数学模型，通过pcl - 832控制卡实现插补运动的控制，完成了对交流伺服电机的驱动。 - The system can display in 3d the robots with higher quality graphics on pc by adopting the solid model technology , and modify the model of robots according to the size given by users , so that the parametric modeling is realized under interactive mode . it realizes the graphics simulation of robots in kinematics in both articulatory space and cartesian space , and it also realizes the animated simulation of trajectory of linear interpolation in point - to - point mode . the movement of robots can be realized by graphics teaching or programming
该系统采用实体造型，能在微机上显示较高质量的机器人的三维图形，可以按照用户给出的尺寸修改模型，在交互方式下，实现机器人的参数化造型；系统能够在关节空间和笛卡尔空间中进行运动学的图形仿真，能进行点到点直线插补轨迹的动画显示，机器人的动作可以示教再现，也可以由程序设定。 - The methodology adopted by most existing cam / cnc systems , which uses huge amount of linear segments to approach the original shape and make linear interposition increases the cost of memory size and communication work of the cnc system tremendously . a new approach based on cubic polynomial and b spline interposition to rebuild the cam generated tool path under real time condition is presented in the paper . applications on cnc machine tools showed that the presented approach improves the machining accuracy and increases the cutting speed significantly
目前大多数cam / cnc系统采用大量小直线段逼近原始曲线和直线插补的做法，只能获得零阶连续的走刀轨迹，逼近精度低，不能保证高速加工运动的平稳性，因而加工精度、光洁度和加工速度都难以提高；由小直线段构成的nc代码数据量庞大，也增加了数控系统在内存容量和数据传输方面的成本。