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servo control 伺服控制;隨動控制。

servo mechanism

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 本模塊能夠對武器系統中導航、制導、伺服、角度控制等多種運動單元進行測試與控制,具有良好的通用性。

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 第四章對基于伺服控制的送經及卷取機構進行研究和設計,介紹了具體工程應用中的主要工作和張力控制。

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 在完成對目標模式匹配,目標運動估計和云臺控制處理的基礎上,對三個模塊加以綜合,實現對運動目標的實時跟蹤。

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 為了克服這一影響,電視跟蹤儀伺服控制系統的船搖自穩定問題就成為實現新的測控方案的關鍵所在。

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 電液伺服動靜萬能試驗機集機、電、液等多項技術于一體,應用廣泛。

Electrohydraulic servovalve is a kind of important competent in the electrohydraulic servo control system , its condition decides the performance of the whole system 電液伺服閥是結合了機械、電子和液壓技術的高度精密部件,它的性能直接影響甚至決定整個電液伺服系統系統的性能。

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 最后將上述各部分控制程序合成為系統控制軟件,從而使伺服控制系統、激光源、高速采集卡協調有序的工作。

This paper designed a structure of two embedded processors based on fpga chip , which implements servo control and communication functions separately 本文設計了基于fpga芯片的嵌入式雙處理器的體系結構,兩個嵌入式niosii內核分別完成伺服控制和數據通訊功能。

It has introduced the function of the motion controller and the servo control system , and has treated the relevant design question of software 并介紹了運動控制器模組,以及伺服控制系統的軟件結構和功能;最后對控制系統的軟件設計有關問題進行了分析和處理。

The theoretical analysis and simulation results proved that the observer - based acceleration feedback position servo control system is most suitable for the controlling of the pmlsm 理論分析和仿真實驗證明,此控制系統適于永磁交流同步直線電機的控制。

Secondly , servo control tache is introduced briefly , and how to realize a closed - loop position control system which uses stepping motor as driver component is presented 其次,對于伺服控制環節,實現了以步進電機為驅動元件的閉環位置控制系統。

Two - stage servo control motor and servo leaping function enable the machine with processing deep holes , blind holes , lateral and large area electrical machining 快速二段式伺服馬達控制及伺服跳動功能,具深孔、盲孔、側面及大面積電極加工之特性。

This model is of importance in theory and of value in practice for steady servo control in this class of omni - direction mobile robots with orthogonal - wheels 該模型可為正交輪全方位移動機器人運動控制提供理論依據,具有較強的理論意義和應用價值。

As a typical servo control system , the servo - operation system is mainly used for the automatic servo control in industrial automation 伺服操作系統是一種典型的伺服控制系統,主要用于解決工業自動化過程中的自動伺服跟蹤的控制問題。

A new kind of energy saving control called “ negative load sensing control “ is also adopted in hydraulic servo control process and the result is satisfactory 由于在其液壓系統中采用了一種負流量負荷傳感控制,因此節能效果顯著。

This paper mainly studies the antenna servo control system : system composition , control scheme , the hardware and software design 論文主要研究了衛星天線伺服控制系統結構組成、控制方案、伺服電機的選型、系統硬軟件設計等問題。

Robot visual servo control is a fundamental research subject with very important theoretical research sense and industry application prospect 機器人視覺伺服控制是一個具有重要理論研究意義和廣闊工業應用前景的基礎性研究課題。

Improvement of image processing speed with visual servo control method is a necessary measure for lowering the motion error of micromanipulator 采用視覺伺服控制方法,提高圖像處理速度,是降低微操作機器人運動誤差的必要措施。

Based on the attributes of different errors , the method for transferring miss distance measurement error in servo control system is given 在考慮不同誤差屬性的基礎上,給出了脫靶量測量誤差在伺服控制系統中的傳遞方法。