platform servo 中文意思是什麼

platform servo 解釋
平臺伺服機構
  • platform : n 1 臺，壇；講壇，主席臺。2 步廊；〈英國〉（車站的）月臺，站臺；〈美國〉（客車的）上下步梯；樓梯...
  • servo : n. 〈用作定語或前綴〉1. 【自動化】伺服。2. 伺服系統；隨動系統；伺服機械；從動系統。3. 【航空】舵機〈自動駕駛儀附件〉。
  1. On the basis of improving the dramatic characteristic of fluid drive system of the platform, the electro - hydraulic servo control system of simulating platform is designed, and its characteristic is analyzed, and the corresponding control algorithm is studied in this paper. what all do is in order to make the platform of ship motion simulating simulate the motion of ship, and realize the high precision motion pose of the platform, and achieve the motion performance index required by the testing of sea sickness

    在提高平臺液壓驅動系統動態性能的基礎上，本文進行了模擬平臺電液伺服控制系統的設計、特性分析和控制策略研究，使該模擬平臺能模擬船舶運動，實現高精度的平臺運動姿態，達到暈船病測試所需的運動環境性能指標。
  2. Empowered by robust technological strength and sound development platform, we produce cdqc ua series, m2ua series and uabp series three - phase universal frequency conversion variable speed motors, ubpt series three - phase main shaft three - phase frequency conversion variable speed motors, ubps series three - phase main shaft long and thin motors, ubpd series special motors for washing machines, ubpg series three - phase main shaft frequency conversion high speed motors, ut series special motors for oil pumps ， sks ac servo motors, fd series special motors for escalators, ta series three - phase permanent - magnet synchronous motors, lk series three - phase asynchronous motors and tp series three - phase permanent - magnet frequency conversion variable speed motors

    德驅馳憑借其雄厚的技術實力和良好的開發平臺，推出了「德驅馳」牌ua系列、 m2ua系列、 uabp系列三相通用變頻調速電機、 ubpt系列三相主軸變頻調速電機、 ubps系列三相主軸低慣量電機、 ubpd系列水洗機專用電機、 ubpg系列三相電主軸變頻高速電機、 ut系列油泵專用電機、 sks交流伺服電機、 fd系列扶梯專用電機、 ta系列三相永磁同步電機、 lk系列三相異步電動機、 tp系列三相永磁變頻調速電機。
  3. The micro displacement servo system includes step - electromotor, step - electromotor driver, grating displacement sensor and gearing etc. the closed loop position servo system eliminates machining error, fitting error and backhaul error etc. the control will completely run in the platform of windows

    微位移控制系統由步進電動機、步進電動機驅動器、光柵位移傳感器、傳動機構等組成，採用閉環位置伺服控制消除了傳動機構的加工誤差、裝夾誤差、回程誤差等。
  4. Finally according to the performance of unmanned helicopter model, we designed the hardware and software of the servo control system based on a psd3234a mcu. also we built a test platform for the helicopter system

    最後根據無人直升機模型性能，在硬體和軟體上設計並實現了基於psd3234a單片機的舵機控制系統，搭建了一種小型無人直升機模型飛行控制實驗平臺。
  5. During the performances of the syt - i servo valve overlap hydraulic measuring platform, the pressure difference between the exit and the entrance keeps changing, which causes comparatively great principle error in the measurement and affects the accuracy of the measuring system

    在syt - i型伺服閥疊合量液動測量臺進行伺服閥疊合量的測量過程中，閥入出口壓力差變化給疊合量的測量帶入較大原理性誤差，影響了測量系統的精度。
  6. Due to this, it is important to improve the hydraulic power system and enable it to control the pressure change at the measuring points of the servo valve, thus to develop the syt - ii servo valve overlap hydraulic measuring platform and improve the processing quality of servo valve

    因而對其油源系統加以改進，使其能控制伺服閥測量口處壓力變化，進而開發出高精度的恆壓油源，研製出syt - ii型伺服閥疊合量液動測量臺，提高伺服閥的加工製造水平。
  7. The design of the medicine fetching system with sound structure and advanced technology is the key to meeting the requirement. in the part of hardware design, the method of composing position - servo controller using gt400sg is presented. in the part of software design, the whole structure of the control software on the platform of windows nt is studied

    考慮到對取藥機械手多個運動軸控制上的協調與可靠，提出了基於多軸運動控制器的取藥控制系統方案，給出了運用gt400sg運動控制器構成位置伺服控制器的硬體方法；在控制軟體設計部分，研究了在windowsnt操作系統下的控制軟體的總體結構，選用visualc + +作為軟體開發平臺。
  8. This platform is used for testing the performance of su - 27 aircraft and 31e - mk optoelectronic collimation integrated system. it uses all - digital servo control system to enhance the performance of the simulation platform in order to get higher precision and better stability

    其用於在內場檢測蘇二七飛機31e - mk光電瞄準綜合系統的工作性能，在本模擬狀態中採用全數字伺服控制系統，使模擬轉臺控制精度更高，穩定性更好。
  9. In order to realize automatic running of vehicles, software system and hardware platform of control system were developed independently in the test. it includes the designing of magnetic marker and sensor, servo - mechanism system and control program

    為實現車輛橫向控制的自動行駛功能，試驗中自行研製了整套控制系統，包括軟體系統和硬體平臺，即誘導信號磁軌釘的定型，車載傳感器的研製，車載伺服系統的研製以及控制軟體的編制。
  10. Research on the test platform based on angle servo system

    軸角伺服系統測試平臺的研究
  11. This paper studies on used the ac servo system based on ti dsp ( lf2407a ) and the foc and digital signal processing thorem, achieves following results : algorithm. we employ svpwm ( space voltage pwm ) algorithm, improve the efficiency of the electric source, and decrease the harmonious elements. we build the mathematic model of the system and simulate it on matlab platform, dsigne segmented pid regulator to adapt variable speed and widen the speed range. measurement. the velocity and electric current measuring, we adopt multi - sampling - rate and digital filter principles. as more improvements we make, the whole system gets a good results. pc control. the complete controlling system can be controlled remotely. so we develop the pc controlling program.

    採用磁場定向脈寬調制演算法，提高了電源利用率，降低了逆變電壓的諧波，改善了電機的運行特性，降低了對電網的污染；在matlab平臺上建立了交流永磁同步伺服電機和電壓空間矢量脈寬調制控制系統的數學模型，在模擬的基礎上，對傳統pid調節器進行了改進，提出轉速調節器和電流調節器採用分段pid結構，根據給定轉速所處的區間，自動選擇相應pid調節器的參數，拓寬了調速范圍，提高了控制精度。
  12. Design and implementation of remote monitor and control system on web - based servo platform

    的伺服平臺遠程監控系統設計與實現
  13. This paper introduces the composition and working principle of the electronic - hydraulic servo multi - directional wavemaker system, . the control software of the wavemaker system is based on windows operating system and adopts vc + + development platform, which has the advantages of visualization, high efficiency and strong agility

    控制軟體基於windows操作系統，採用visualc + +作為開發平臺；控制軟體實現多任務操作，將造波機控制、數據採集、傳感器標定以及數據分析集於一體。
  14. The efforts to be shown in the paper include : building on the mathematics model of electro - hydraulic shaking table, after the analysis of the dynamic characteristics of electro - hydraulic shaking table the conclusion that it is essentially non - linear is drawn ; according to the aforementioned characteristics and with the view to the actual research object, we present the outline of the system design and criteria of the electro - hydraulic shaking table servo - controller ; due to the research object we practically work over two control strategies and correspondingly scheme out two controllers, which is pid controller and human simulating intelligent controller based on ziegler - nichols parameters - adjust empiric formula ; we develop electro - hydraulic shaking table servo - controller, constitute entire hardware system platform and accomplish the correspond codes of the software which combine to complement its most functions ; the simulation of the adjust stability of controlling system and servo trailing control has been made by matlab, which compares the simulation results of the behavior of pid controller and human simulating intelligent controller

    本文的主要工作包括：從電液伺服控制系統的數學模型入手，對電液伺服控制系統的動態特性進行了分析，得出了其非線性本質的特點；根據電液伺服控制系統的上述特點，結合具體的電液式振動臺研究對象，提出了電液伺服控制系統的設計要點和振動臺伺服控制器的設計指標；結合研究對象，具體研究了控制器的控制策略，設計了兩類控制器，即基於ziegler - nichols參數整定經驗公式的pid控制器和仿人智能控制器；開發了電液式振動臺伺服控制器，建立了完整的硬體系統平臺並完成了相應軟體的編寫，實現了主要的控制功能；對控制系統的穩定調節控制和伺服跟蹤控制進行了matlab數字模擬，對pid控制器和仿人智能控制器的控制行為分別進行了模擬實驗並做了比較。
  15. The experimental system is build up in this dissertation, by which we proceed the experimental research aiming at two structure schemes which are electro - hydraulic load simulator controlled by single pressure servo valve control and loading platform controlled by pressure and flow servo valves separately

    本文建立了減搖鰭電液負載模擬臺的實驗系統，並分別在單個壓力伺服閥控制加載系統、壓力伺服閥和流量伺服閥雙閥控制加載實驗系統進行了實驗研究。
  16. The main research subjects in the paper is as follows : 1. on the basis of analyzing and improving the dramatic characteristic of fluid drive system of the platform, designing the computer control system of the electro - hydraulic servo control system, and programming the main control program which control the platform. at the same time, filtering signal

    論文的主要內容如下: 1 .在分析和提高模擬平臺液壓驅動系統動態性能的基礎上，對模擬平臺電液伺服控制系統進行計算機控制系統設計，編制了主控制平臺運動的主控製程序，並對控制系統進行信號濾波。
  17. Moreover, the thesis emphasis on designing the servo system of the stabilized platform and provide the experimental result. combining the requirement and concerned optical mechanism, in the research this paper design the hardware of the servo system and establish the system module on the basis of analyzing control theories and summarizing various control methods. it gives pid rectifying for the velocity inner link and compound control ( forward + feedback ) rectifying for the position link

    在平臺穩定伺服系統研究中，結合相關的光學機械結構，設計了控制系統的硬體，並在此基礎上從控制理論分析入手，在總結了各種控制方法的基礎上，建立了本系統的數學模型，以速度內環採用pid校正，位置環採用前饋+反饋的復合控制方案實現對伺服系統的控制，並經雙線性變換離散化，推導出系統校正的狀態方程。
  18. Then, it fully describes the set - up of the system, including a detailed introduction of the system of hardware platform, the data interface of the hard and software, the data structure, the relevant controlling order of system hardware, the switch of the work mode, and the communication between computer and servo

    接著，介紹了跟蹤系統的系統設置，其中包括了對遙測系統的硬體平臺的概述，通過系統硬體與軟體的數據介面和數據幀格式對硬體進行工作狀態的設置，並且還講述了系統的工作模式的切換方式，以及信號處理機與伺服器的工作通信。
  19. Finally, the forward kinematics model of motoman robot is set up and its inverse kinematics solution is obtained by using algebraic method and iterative method respectively ; a motoman industry robot, a ccd camera and an image grabber card, along with pc host computer, formed eye - in - hand coordinated visual servo control system, which constructed a hardware platform of the theoretical research and simulation experiment for robot real - time visual servo control

    最後建立了實驗研究中所用的motoman機器人正向運動學模型並分別用代數法和迭代法完成了motoman機器人的逆運動學方程的求解；以motoman型工業機器人為執行機構，採用ccd攝像機、圖像採集卡與pc機建立了機器人手眼協調視覺系統，為機器人實時視覺伺服控制系統的理論研究和模擬實驗創造了硬體環境。
  20. At first, configuration method of stabilization of los and survey of development of aoep in the world are summarized in this paper, and then principal of how movement of airplane can be isolated by a two - axis - platform is analyzed theoretically. requirements of stabilization of los to servo system are put forward. it provides the basis of theory for designing servo system

    本文首先概述了國內外光電平臺的結構和視軸穩定方法以及光電平臺的發展概況，介紹了常用的穩定與跟蹤控制方法；進而從理論上分析了兩軸光電穩定平臺隔離載體角運動的原理，總結並提出了視軸穩定對伺服系統的性能要求，從而為伺服系統的設計提供了理論依據。
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