运动控制器是开放式运动控制系统的核心。
Motion controller is the core of opening motion control system.
提出一种基于PC和运动控制卡的开放式运动控制系统的设计方案。
A design of the open motion control system based on PC and motor control card was presented.
文章针对工业CT机床所需要的精密运动控制作了关键技术的分析实现，包括信息的网络通讯、开放式运动控制系统的应用开发。
For the decision motion control of the CT machine, this paper analyzed the key technology, including the network communication, the application of opening motion control system.
针对传统工业机器人采用封闭式控制系统的局限性，设计了一种基于PCI运动控制卡的开放式焊接机器人。
According to the limitation of the closed control system applied by the traditional industrial robot, an open architecture welding robot based on PCI motion card is designed in this paper.
开放式运动控制技术是开放式控制系统的核心技术之一。
Open motion control technology is the kernel of the motion control system.
同时采用交流伺服电机作为驱动元件，基于MPC02运动控制卡作为上位控制单元构建了开放式控制系统。
In the meantime, by using an AC servo motor as the driving parts and based on the MPC02 motion control card, the open control system was formed.
描述以基于DSP处理器为核心，用于激光快速成型系统的高速运动控制系统软件的体系结构及其开放式设计。
This paper presents an open software design of a DSP - based high - speed motion control system, which is applied in laser rapid - prototyping system.
提出了一种以PMAC运动控制器为控制系统核心、工业控制机为系统支撑单元的双cpu开放式数控系统。
An open CNC system with two CPUs in parallel, in which the center is PMAC motion controller and the supporting element is industrial PC, is suggested.
应用国产MCT8000运动控制卡开发了一种新型产业化的开放式结构机器人控制系统。
Using a homemade motion controller marketed as MCT8000 series, a universal robot controller with open architecture has been developed.
设计了计算机加运动控制卡的开放式控制系统，并根据机器人学理论对系统进行了运动学建模，确定了系统工作空间及各关节运动参数。
The flexible control system with PC and motion control card is developed. The kinematics model is built and corresponding working space and kinematic parameters are determined.
设计了计算机加运动控制卡的开放式控制系统，并根据机器人学理论对系统进行了运动学建模，确定了系统工作空间及各关节运动参数。
The flexible control system with PC and motion control card is developed. The kinematics model is built and corresponding working space and kinematic parameters are determined.
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