并将该插补器集成在多轴联动数控系统中。
The interpolator is integrated into a CNC system with multiple axis control simultaneously.
一些插值计划通常仅由于数控系统计算的要求而执行。
Some of the interpolation schemes are normally executed only on a CNC system because of the computational requirements.
刀片间隙可通过数控系统自动调节，可实现精确剪切。
The freedom between blades of tools may be self-regulated by NC system to achieve precise shearing.
为提高编程效率，数控系统一般都提供固定循环功能。
To improve the process programming efficiency of numerical control lathe, the system generally provides fixed repeating function.
数控系统还必须计算进刀和退刀，以及加速度和减速度。
The control also must calculate approach and escape motions as well as acceleration and deceleration.
山姆：它是指程序员准备好程序，并将程序输入数控系统。
Sam: it means the programmer prepares the program and input it to the NC system.
在开环数控系统中采用数据采样法插补，可以有效提高系统性能。
Though time-slicing interpolation used in Open-loop CNC can prompt system performance effectively.
以PC为基础的开放式数控系统在结构和性能上都存在很大局限性。
There exists great limitations in architecture and performance on open nc based on PC.
数控技术系统主要有两种类型：点对点数控系统和轮廓线数控系统。
There are two basic types of numerical control systems: point to point and contouring.
实践证明，该系统完全能满足现代数控机床对开放式数控系统的要求。
It's proved by practice that this system could completely meet the request of modern numerical control machine tool for open numerical control system.
在分析多种数控系统通讯接口的基础上，研制了实用的DNC数控系统。
DNC system is developed on the basis of analyzing of the features of communication interfaces of many NC systems.
象所有的计算机一样，数控系统只能工作在仅由0和1组成的二进制下。
As with all computers, the CNC device works on a binary principle using only two characters 1 and 0.
设计了数控系统与伺服间基于PROFIBUS总线的机床数控系统数据结构。
The data construction based on the PROFIBUS for the CNC and the servo system is designed.
于是将它移植过来作为数控系统的核心部件，从此进入计算机数控(CNC)阶段。
So will it come as a transplant the core parts of the numerical control system has entered computer numerical control (CNC) phase.
本文在分析两轴数控系统轮廓误差的基础上，提出了基于神经元的自适应交叉耦合控制器。
Ou the basis of analysis of contour error in biaxial NC systems, a adaptivecorss-coupling controller is proposed by using single neuron in this paper.
加工前操纵职员只要将相关补偿值输入到划定的储存器中，数控系统就能自动进行刀具补偿。
Processing staff before the related to manipulate as long as input to the value compensation defined in the packet, numerical control system can be automatically tool compensation.
对蓝牙技术引入数控系统的目的、技术路线、设备选型和实现构架等方面进行了系统的研究。
The purpose, technology route, equipment choice, the model of realization for applying the Bluetooth technology were studied.
介绍了数控系统中图形辅助编程和宏程序编程两种编程方法，并给出了宏程序的语法分析过程。
The paper introduces graphs aided programming and macro programming in NC system, and then presents the syntax analysis process of macro program.
在分析开放式数控系统和网络数控技术的基础上，首次提出了数控信息网络存储制造的新概念。
On the basis of analyzing open CNC system and network CNC technology, the new concept of nc information network storage manufacture was presented.
同时，本公司还可为您公司提供数控系统的设计、制造及调试、并长期提供数控机床的改造、改善。
At the same time, we can provide you with design, manufacturing and commissioning of the CNC systems of your Company as well as transformation and improvement to your numerical control machine.
用我公司的SKY数控系统配装和改装的机床，不但台台成功，而且在用户厂中建成了良好的信誉。
SKY with my company's CNC system loading and modification of machine tool, not only the success of Taiwan and Taiwan, but also in the user factory and built a good reputation.
基于平台的嵌入式数控系统，无限升级扩展功能。软硬件同步的抗干扰设计，确保系统时间可靠运行。
E. platform based embedded CNC system, unlimited upgrade expansion function. The anti interference design of hardware and software synchronization to ensure the reliable operation of the system time.
本文介绍数控系统应用于激光加工领域速度处理的特殊方法，给出了HLM激光加工系统的软硬件结构。
This paper introduces the special methods of speed disposition in NC-Laser-Machine, and describes the structure of HLM's software and hardware.
本文在分析了传统计算机数控系统布线复杂和维护困难的基础上，提出基于现场总线的计算机数控系统。
This paper proposes CNC system based on field bus on the basis of analyzing of which routing is complex and maintaining is difficult for past CNC system.
他的这款基于现代PC硬件和新刀具轨迹算法的数控系统最终读取程序的速度达到50000程序段/s。
The product was a CNC control based on modern PC hardware coupled with a new approach to toolpath algorithms that produces a read speed of more than 50,000 blocks per second.
数控系统的快速性、驱动优化和刀具轨迹的充分处理会获得快速精确的程序执行效果，可用于复杂形状加工。
The sum of the control quickness, drive tuning and efficient handling of the tool path is said to yield fast and accurate program execution even when working with complicated shapes.
数控系统的快速性、驱动优化和刀具轨迹的充分处理会获得快速精确的程序执行效果，可用于复杂形状加工。
The sum of the control quickness, drive tuning and efficient handling of the tool path is said to yield fast and accurate program execution even when working with complicated shapes.
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