The utilization of pcl - 812pg acquisition card has make the system ' s developmental time less and improved the system ' s reliability Pcl - 812pg采集卡的使用缩短了系统的开发时间,提高了系统的可靠性。
The user interface is established that connects with the interface of msc . patran by using the library functions of msc . patran 本文利用pcl界面函数创建了与patran界面相连的优化界面,实现程序的可视化。
As a kind of servo control card , it is important for the pcl - 832 card to compensate the error of position loop Pcl ? 832控制卡作为伺服控制卡,对其位置环的位置偏差量的补偿,是实现精确位置控制的关键。
By using msc pcl ( patran command language ) , secondly development has been accomplished to integrate the decomposition optimization method into the optimization module of msc / nastran software 利用msc / patran提供的pcl语言实现了对msc / nastran优化模块的二次开发。
The movement is controlled by the pcl - 832 card . the design of simple module is accomplished , which include pc , control card , servo driver , servo motor 通过pcl - 832控制卡实现运动控制:完成了插补程序的设计, pc机、控制卡、伺服驱动器、伺服电机作为一个简单模块设计。
Discuss the method using object - oriented technology to realize the open reusable character of cnc system software . 5 . perform an basic cnc system using pcl - 832 under windows98 os 5 、使用vxd技术和多线程技术,在windows98下以pcl832运动控制卡为核心构建了一个基本实验性的数控系统。
The hardware system is consisted of ccd camera , video capture card , pcl - 731a digital input / output card , signal delay controller , industry computer and outside executing set 系统硬件部分由ccd彩色摄像头、图像采集卡、 pcl - 731a数字量i o卡、信号延时器、工业用计算机和外部执行机构组成。
Based on msc / nastran software , this paper uses the patran / pcl ( patran command language ) to secondly develop a new software of optimum design module for sectional optimization of truss structures 本文利用msc patran提供的pcl语言,针对桁架结构的截面优化对msc nastran优化模块进行了二次开发。
It includes three parts , the first is the design of the upper computer communication with the lower computer , including the communication to the serial port and the pcl - 813 sampling card 开发内容包括: ( 1 )上位机和下位机通信程序设计,包括对计算机串口com1 、 com2口的通信及pcl ? 818采集卡系统的通信。
In this paper , a signal processing system based on pcl bus is designed and completed , which is made up of four chips of adsp21060 ( sharc ) which the most advanced parallel dsp device 本论文采用当前国际上较流行的dsp器件adsp21060 ( sharc ) ,设计和实现了一个基于pci总线的四片adsp21060并行信号处理板。