It has introduced the function of the motion controller and the servo control system , and has treated the relevant design question of software 并介绍了运动控制器模组,以及伺服控制系统的软件结构和功能;最后对控制系统的软件设计有关问题进行了分析和处理。
This paper designed a structure of two embedded processors based on fpga chip , which implements servo control and communication functions separately 本文设计了基于fpga芯片的嵌入式双处理器的体系结构,两个嵌入式niosii内核分别完成伺服控制和数据通讯功能。
In the end , the programs of servo system and a / d card are integrated so that the servo control system , laser source and high speed a / d card can work synchronously 最后将上述各部分控制程序合成为系统控制软件,从而使伺服控制系统、激光源、高速采集卡协调有序的工作。
Electrohydraulic servovalve is a kind of important competent in the electrohydraulic servo control system , its condition decides the performance of the whole system 电液伺服阀是结合了机械、电子和液压技术的高度精密部件,它的性能直接影响甚至决定整个电液伺服系统系统的性能。
Dynamic & static universal testing machine with electro - hydraulic servo controlled integrates with much technique such as mechanic electricity and hydraulic . it was applied broadly because of many characteristic 电液伺服动静万能试验机集机、电、液等多项技术于一体,应用广泛。
To get rid of influence of movement of ship and obtain the stabilization of the swinging ship , servo control system of tv tracker becomes the key of the new measurement and control system 为了克服这一影响,电视跟踪仪伺服控制系统的船摇自稳定问题就成为实现新的测控方案的关键所在。
The real time tracking on moving object is realized with combing the three modules , which are object model matching , object motion estimation and servo controlling processing 在完成对目标模式匹配,目标运动估计和云台控制处理的基础上,对三个模块加以综合,实现对运动目标的实时跟踪。
The fourth chapter finishes some research and design of let - off & take - up motions based on servo control . the specific application in engineering and tension control are also introduced 第四章对基于伺服控制的送经及卷取机构进行研究和设计,介绍了具体工程应用中的主要工作和张力控制。
The module can be used in testing and controlling diversiform weaponry locomotory cell , such as navigation , control and guide , servo control , angle control , so it has good universality 本模块能够对武器系统中导航、制导、伺服、角度控制等多种运动单元进行测试与控制,具有良好的通用性。
Servo control from a radio control receiver to the servos is done by sending each servo a PWM (pulse width modulation) signal, a series of repeating pulses of variable width.