文研究了插补原理中走步误差最低极限为1／2步；
The step error of the Interpolation Theorm is explored in this paper.
介绍一种改进的最小偏差法圆弧插补原理及实现方法。
The new calculation way on circular interpolation of the data sampling kind method;
本文阐述了数控最佳插补运算方法——最近距离法的插补原理。
This paper Discusses the optimal interpolation and the deviation analysis the numerical control process.
根据圆弧的时间分割法插补原理，开发了基于圆心角分割的双曲线、抛物线插补算法。
According to the interpolation principle of time division of an arc, a hyperbolic interpolation algorithm and a parabolic interpolation algorithm based on central Angle division are developed.
同时结合对实际加工中成形运动控制的分析，提出了采用3B代码编程，利用逐点比较法插补原理的成形运动控制技术。
Through analyzing control of the shaped movements in processing, the control technology of the shaped movements, which adopted point-by-point interpolation via 3b code, was introduced.
仿真系统模拟数担数控机床硬件插补原理，在计算机上动态地模拟出刀具运动轨迹，实现非实际切削过程中的数控代码验证。
The motion orbit of cutting-tool is simulated dynamically on the computer screen, with test and verification of NC program achieved in the non-real cutting process.
在最小偏差法原理的基础上，通过构造独特的偏差判别函数，提出了一种快速高精度的圆弧插补方法。
Based on the principle of the least deviation method, the paper puts forward a rapid and high-precision arc interpolation method through special-structural discrimination function.
本文采用比较积分法的分析原理探讨了插补椭圆的原理和步骤，并结合实例进行了探讨。
The paper discusses the principle and approach about the ellipse interpolation by the principle of comparing integral interpolation.
直线插补采用梯形曲线模式，圆弧插补采用李沙育图形原理。
The line interpolation adopts trapezium mode, and the arc interpolation adopts the principle of Lissajous Pattern.
阐述了参数曲线恒速插补的通用原理，同时讨论了轮廓误差近似计算方法。
The paper develops general interpolation principals for parametric curves with constant feedrate, and contour error's approximate evaluations are discussed also.
文中根据教材中常用的时间分割法提出了改进时间分割插补法的方法，并探讨这种插补法插补圆弧的原理等。
According to common method in teaching material, the improving method of time segment is submitted in this paper, and the principle is discussed.
通过对逐点比较法的优缺点及其实现原理的研究，采用逐点比较法实现了直线以及圆弧的插补运算。
After analyzing the advantage, shortcoming and implement principle of the point-by-point comparing method, beeline interpolation, circle interpolation are realized.
在分析比较积分插补方法的基础上，研究了比较积分椭圆曲线的插补方法，推导了该方法的基本原理表达式。
Based on analyzing the characteristic of comparative integration interpolation, the interpolation method for ellipse arc is researched, and the fundamental formula is obtained.
对该插补算法的原理及其实现过程进行阐述，并通过插补实例和实践应用证明其优越性。
The interpolation principle and realizing process are expounded. Also, the superiority of the interpolation algorithm is proved by an example and practical application.
五维插补数控加工透平叶轮的微机数控(mnc)系统主要论述数控加工整体透平叶轮的微机数控系统的结构、工作原理和多维插补法。
The paper deals with the principle and structured programming of a microcomputer numerical control (MNC) system that is used on nc machining the turbine impeller with 5-dimension interpolation.
实际齿轮加工试验表明：提出的新型双闭环零误差硬件插补同步运动控制原理是正确可行的，齿轮加工精度可稳定在6 ~5级(GB10095 - 88)。
Gear machining experiment results show that the new type of interpolation is correct, practicable, and the machining precision can reach to 6 ~ 5 grade (GB1009588).
实际齿轮加工试验表明：提出的新型双闭环零误差硬件插补同步运动控制原理是正确可行的，齿轮加工精度可稳定在6 ~5级(GB10095 - 88)。
Gear machining experiment results show that the new type of interpolation is correct, practicable, and the machining precision can reach to 6 ~ 5 grade (GB1009588).
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