tracking servo system 中文意思是什麼
tracking servo system
解釋
循跡伺服系統-
Methodology for absolute measurement is proposed by using an outside installation mechanism in laser tracking measurement system, which has an important reference value in practicality in high accuracy assembly and inspection of large - scale mechanical field. spherical tracking servo mechanism " s model described in this paper not only is a new thought but also have much reference value in the mechanical design and other industrial machines design
本文提出的外置式激光跟蹤測距系統應用於無導軌曲線測量的設計方法在大型機械現場組裝與安裝中具有較高的參考價值和實用價值，提出的球形跟蹤伺服機構的設計思想，不僅簡化了伺服機構，對跟蹤伺服機構的設計提供了新思路，而且對機器人設計及其他工業領域機構設計都具有一定的參考價值。 -
The content in this paper comes from chinese academy of sciences second innovation item named the technical study in fine tracking system with high bandwidth inferior servo control and fast - steering mirror, includes several parts below : firstly, this paper introduces a survey of fast - steering mirror development at home and abroad, analyzes the mechanical structure and function of some foreign shaftless reflectors and some domestic axiferous reflectors, explains at some length the formation theory of the fsm, puts forward a specific design proposal of shaftless fast - steering mirror
介紹了國內外快速控制反射鏡的發展概況。通過分析幾種國外反射鏡及國內有軸系反射鏡的機械結構及性能，對快速控制反射鏡的組成原理做了詳細的闡述，提出了一種柔性軸快速控制反射鏡的具體設計方案。 -
Considering the characters of 3 - axes coordinate system that is not included in ship rectangular frame or inertial frame, compensation conditions are deduced through studying the effects of ship - swing. the paper studies how to transfer line velocity and acceleration in the inertial frame to angular velocity and acceleration which correspond each axis, then gives the computer function scheme. servo control scheme which can overcome ship swing and realize moving - target accurate tracking is designed according to inconsistency of radar base angle and beam angle
針對三軸軸系既非甲板坐標系又非大地坐標系的特點，既研究了船搖對正交三軸雷達系統的影響，推導實現船搖不變性的補償條件，又研究了將目標在大地坐標系中的線速度和線加速度濾波值折算到各軸對應的角速度和角加速度值的計算關系，並作出了計算機功能框圖。 -
So. the low speed jitter problem has been the central task in the servo system research. the improvement of the working precision at low speed is hindered by the disturbances of the friction moment and the motor torque wave, while the decrease of the disturbances is restricted by the making technology. for the reason, the research of the low speed properties and corresponding compensation methods means a lot for the optoelectronic tracking system
轉臺伺服系統低速工作精度主要受到以摩擦力矩、電機波動力矩為主的擾動力矩的影響，而摩擦力矩、電機波動力矩的減小又受到轉臺製造工藝水平的限制，所以，轉臺伺服系統的低速特性以及抖動補償研究，對結構簡單、性能優良的精密光電跟蹤系統的研製，具有相當重要的意義。 -
The dynamic lag error of servo system, the error caused by disturbing moment and the influence of ship motion to tracking performance are also described
同時，給出伺服系統動態滯后誤差、擾動力矩產生的跟蹤誤差，以及由於艦船運動對跟蹤性能的影響。 -
On this subject, chen wenxiang ' s using feedback servo mechanism to scale - up the measurement range on the shift by hore sensor and chen dongjun ' s study of a kind of hore shift sensor with feedback servo mechanism have achieve the rudimental results. it shows that using self - tracking or servo system to scale - up the measurement range of the hore sensor is reasonable
在這項研究工作上，陳文薌《採用反饋隨動機構擴大霍爾傳感器位移測量范圍》 、陳東軍《一種帶有反饋隨動機構的霍爾位移傳感器研究》已經取得了初步的成果，他們的成果表明採用隨動機構擴大霍爾元件的測量范圍是有效可行的。 -
Then the adas system is introduced in this dissertation, including the hardware environment & the switching between different tracking modes. this dissertation also discussed the software realization method of the error information sampling and the servo data transferring
隨后本文對adas （遙測跟蹤接收系統）的總體進行了簡單介紹，並針對整個信號跟蹤控制系統包括自動和手動跟蹤部分以及各功能之間的切換做了重點介紹。 -
4. in order to solve the chattering brought about by structure variant of controller, a design method of dynamic sliding mode in ac servo system is proposed. the control signal produces an effective chattering reduction after integrations, and the addition of the tracking error integration can eliminate the steady - state error
4 、為解決傳統變結構控制的抖動問題，本文採用動態滑模變結構方法，利用輸出的積分特性消除抖動，同時加入誤差積分項改善系統的穩態誤差。 -
The simulation results show that the controller can guarantee the global asymptotical stability of the system, and the pmsm servo system achieves excellent tracking performance, and is robust to uncertain parameters and load torque disturbance
模擬結果表明，所設計的非線性控制器保證了系統的全局一致穩定性，永磁同步電動機伺服系統獲得了很好的跟蹤效果，並且對參數不確定性及負載力矩擾動具有很好的魯棒性。 -
This thesis defines the concepts of designing velocity - measuring system, designing of tracking servo system, designing and realizing of hardware
本文詳細介紹了測速系統設計、跟蹤伺服系統設計和系統軟、硬體的設計和實現。 -
The servo system is responsible for the focusing and tracking of the laser beam on the cd
伺服系統負責激光束在光盤上的聚焦和軌道跟蹤。 -
Feedback correction and characteristic improving for antenna servo system of tracking radar
跟蹤雷達天線隨動系統的反饋校正及特性改善 -
The topic is from the national " 973 " project " the new principles and methods of high - performance electronic components of digital product design manufacturing ". closely combing with the high - speed high - precision planar parallel position robot developed by the project, we have carried out a deep research on robot control system architecture, time - optimal control algorithm and servo system control algorithm, achieving high - speed and high - precision point to point control and trajectory tracking control
本課題來源於國家「 973 」計劃項目「高性能電子產品設計製造精微化數字化新原理和新方法」 ，密切結合該項目所開發的高速高精度平面並聯定位機構，對機器人控制系統體系結構、時間最優控制演算法以及伺服系統控制演算法進行了深入的研究，實現了高速度、高精度的點位控制和軌跡跟蹤控制效果。 -
The results of simulation and experiments show that phcc system achieves a better tracking performance of typical signals than conventional pneumatic servo system, also realizes location without overshoot as well as higher position stiffness and accuracy
模擬和試驗結果表明，氣液聯控伺服系統的正弦信號跟蹤能力、低速性能均高於常規氣壓伺服系統，系統可實現無超調定位，且具有較高的位置剛度和精度。 -
The tracking and servo - actuated system which is as an indispensability part of measuring and controlling system is using at the facets of remote data transmitting, antenna tracking, controlling orientation, and state stiring etc, at large
跟蹤與伺服控制系統作為整個測控系統中不可缺少的一部分，普遍用於遠程數據傳輸、天線跟蹤、方位控制及狀態監測等。 -
This thesis mainly studies the ultra - low speed tracking and servo system : system composition, servo motor design, steering control electronics, and control software design
本文主要研究了超低速跟蹤伺服系統的組成方案、伺服電機的選型設計、系統硬體控制電路設計和系統控制軟體設計。 -
The research of the dissertation comes from the aerospace research project " accurate lamp - house tracking servo system ". the academic key points about the servo system are discussed thoroughly. the research results of the dissertation have been successfully applied to the practical system
本論文以航天預研「精太陽光源指向跟蹤系統」為背景，系統深入地研究了全數字高精度、低穩速交流伺服系統設計中的理論問題，研製的伺服系統已基本達到指標要求，運行良好。 -
Servo system of the compact disc storage device is the combination of fine machine and computer control, gathering high tech such as laser measure or tracking position and dsp application
光盤存儲設備的伺服系統是精密機械和計算機控制的結合，集合了激光測量及定位跟蹤、 dsp應用等高新技術。 -
Xxx antenna tracking system is a low speed, high tracking precision servo system, whose key is how to realize high precision motive tracking
Xxx天線程序跟蹤伺服系統是低速、高精度的運動控制系統，系統的重點在於如何實現較高的動態跟蹤精度。 -
With the design and realization of the servo system of the airborne ( shipborne ) target ' s real - value measurement equipment as the background, and with a view to the especial problems which have to be faced with in servo control system ( that is the bad condition, contradiction between the weight and the power and the disturbance of the carrier ), it is difficult to reach the high stabilization precision and the tracking precision by traditional control technique, so by means of refer to a great deal of references and base on the summary of the domestic and overseas designing schemes, control technique adapted to the airborne ( shipborne ) equipment is brought forward. theoretical analysis and researches are presented in this dissertation and are applied to the practical design and realization of the airborne ( shipborne ) real - value measurement servo controller
本文以某工程研製項目機（艦）載目標真值測量設備的伺服系統研究和實現為依託，著眼于機（艦）載測量設備伺服系統所必須面對的與陸基設備相比的特殊問題（即環境條件更為惡劣、體積和功耗的矛盾及載體擾動帶來的精度降低等） ，提出傳統的控制方法難以使系統達到高的穩定精度和跟蹤精度，因此，通過查閱大量的國內外文獻及總結了國內外光電穩定與跟蹤系統設計方案的基礎上，提出了適用於機（艦）載伺服系統的控制方法，從理論上進行了分析和研究，並將之應用到具體的研究與實現中。
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