The previous control platform used on these systems consisted of PC-based computer numeric control (CNC) running on proprietary software.
此前，应用于这些系统的控制平台一般由运行于版权软件上基于PC的电脑数值控制(CNC)组成。
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.
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。
The paper introduces concept, content and architecture of open network CNC, analyze Real-time of CNC and establish a platform of open network CNC of NC-embedded PC structure.
论文详细阐述了开放式网络化数控系统的概念、内容及其体系结构，并对数控系统的实时性进行了分析，建立了一种NC嵌入PC型数控系统的软硬件结构。
The designs of the hardware platform are detailedly discussed that are based on MCU's embedded CNC system and PC's on-limits CNC system in the paper.
本文详细论述了基于嵌入式的数控系统软硬件的设计和基于PC的开放式控制系统硬件平台的设计。
Then it proposes the communication platform of CNC system which is based on real-time network, and divides it into internal and external network.
然后提出了基于实时网络的数控系统通信平台，并将该通信平台划分为内部网络和外部网络。
With the trends of network-based CNC system as the point, this thesis researches and implements the real-time network CNC system communication platform, which for network-based is established.
本文以数控系统的网络化趋势为切入点，研究并实现了实时网络数控系统通信平台，为数控系统的网络化实现奠定了底层通信基础。
Control principle of the platform is analyzed, on the basis of which, PCB drawing of interface unit between servo-driver and CNC system is designed.
分析了实验台的控制原理，并以此为基础完成了伺服驱动与数控系统接口单元的PCB原理图设计。
Control principle of the platform is analyzed, on the basis of which, PCB drawing of interface unit between servo-driver and CNC system is designed.
分析了实验台的控制原理，并以此为基础完成了伺服驱动与数控系统接口单元的PCB原理图设计。
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