position-control system 中文意思是什麼
position-control system
解釋
位置控制系統-
Flight control system ( fcs ) sensor is used for measuring various kinds of mobile parameters of aerocraft, describing its mobile state and spacial position. it is the principal subunit in the fcs
飛控系統傳感器用於測量飛行器的各種運動參數，描述飛行器的運動狀態及其在空間的位置，是飛行控制系統的首要環節。 -
Drift angle position closed loop control system is achieved with 80c31 as controller, step motor as transact organ and absoluteness coder as measure organ. a large number of dada are obtained in all kinds space circumstance experiments
設計和實現了以80c31作為偏流角控制器，以步進電機為執行元件，以絕對式編碼器作為偏流角測量元件的偏流角位置閉環控制系統。 -
After analysing several kinds of light - weighting structures through ansys, hexagonal speculum structure is confirmed. in the aspect of the controling of speculum, the paper adopts the brushless dc motor which is partial assembled to drive the point speculum and the inductosyn as angle measuring component is selected, the ad2s80a the system is used to get directly angle and angular velocity. double closed - loop speed and position control is designed, as the pid control is the well - developed algorithm, which can achieve stable rotation and precise position control
在指向反射鏡的擺動控制方面，採用低速性能好的分裝式直流力矩電機作為指向反射鏡的驅動電機，並採用感應同步器作為角度測量元件，運用軸角轉換器ad2s80a進行角度和速度的輸出，採用技術成熟的pid控制方案，進行速度和位置雙閉環控制，以實現指向反射鏡轉動速度的平穩性和位置的精確性。 -
Research on micron electrohydraulic position feedback control system
微米級電液位置反饋控制系統的研究 -
Single er valve ' s control equation is derived two mathematic models of er valve - cylinder actuator is constructed according to control methods of er valve - cylinder. and a position control system based on er valve - bridge actuator is simulated. the result shows that the system has good dynamic performance
根據電流變閥對液壓缸的控制方式，建立了兩種由電流變閥控制液壓缸組成的電流變閥控系統動力元件的數學模型，並對電流變閥橋路結構式的動力元件組成的閥控位置系統進行了模擬。 -
Comparing and analyzing the synchronous control strategy, which brings up the new method to control the double un - symmetry jars proceed synchronously with the combination of proportional valve and servo valve, which forms closed loop control ; basing on the above methods, models are made to get mathematics models of position control system and to analyze system model theoretically by using pid controller, we can realize regulating parameters, minimizing synchronous errors and enhancing the dynamic performances ; the simulink tool box in matlab software is used to imitate the system according to the model, which not only makes the result visual and easy to adjust the parameters in interactive way but also lets us understand the effects of different parameters and optimizes the dynamic properties. the theory of plc control in dshp is discussed after advanced understanding of the system movements. hardware design and general regulation are given on the base of siemens company products s7 - 200 plc
本文根據大量的國內外文獻，對研配液壓機的工作原理及設計結構進行了簡介；對位置同步的控制方法進行了比較分析，提出比例閥和伺服閥復合控制的閉環結構來對非對稱雙缸進行同步控制電液比例同步控制方案；在此基礎上著重對比例閥控非對稱缸建模，最後得到位置控制系統的總體數學模型，從理論上對同步系統動態特性進行了分析，並用pid控制器進行參數整定，減小雙缸同步誤差、提高系統的動態響應性能；其中控制性能的分析藉助于matlab軟體中的simulink工具箱，由已建立的數學模型形成模擬模型，得到可視化的模擬結果，從而利於交互方式下調整參數，了解不同的參數對系統的影響，優化同步系統的動態性能；在深入了解系統的動作特性后，對plc控制研配液壓機的原理進行了探討，針對siemens公司s7 ? 200型plc給出了硬體設計的總體規劃，編制出研配液壓機動作控製程序，在編程中著重研究位移傳感器與plc的通訊、雙缸同步運行的pid控制在plc上的實現及bcd碼撥盤輸入程序的植入問題。 -
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。 -
The control precision of the slider with 2400mm effective stroke can reach 0. 05mm. the properties of the position control system are not exigent, only the dynamic non - overshooting and the stable - state - precision are considered. the system has given out satisfactory result when used in practical engineering, 0. 03mm position control precision has been achieved, on account of dead band, the performance of proportional valve is worse than that of servo valve, but some advantages of proportional valve has made it more fit for industrial control
系統方案採用重復性能（反向回差）好的比例方向閥，使有效行程為2400mm的滑塊控制精度達到0 . 05mm ，位控系統快速性要求不高，主要考慮系統穩態重復精度，此方案在實際工程中已經取得了滿意的效果，位置控制精度達到0 . 03mm ，可以取代同類產品中日本川崎重工的泵控系統。 -
Main frame system, hydraulic control system and electronic controller design method are presented in detail. in chapter 3, the precious mathematics model about electro - hydraulic proportional control system of material testing machine is proposed. the digital simulation and theoretical analysis of load control system, position control system and extension control system are discussed according to various load type
第三章給出了材料試驗機負載適應控制系統的數學模型，並針對不同的負載類型，對試驗力控制系統、位置控制系統及變形控制系統進行了詳細的理論分析及計算機模擬，並對理論分析和模擬結果作了討論和總結。 -
In the speed control system, because of the system ’ s low speed and high precision, incremental pid control algorithm is adopted. in the position control system, a dual mode control algorithm is designed, which can not only guarantee the rapidity in the position control, but also realize the small overshoot accurate positioning
在控制系統的設計中，針對本系統轉速低、精度高的特點，在速率控制系統中，採用增量式pid演算法;在位置控制系統中，設計了雙模控制器，以保證系統定位過程的快速性和小超調精確定位。 -
The main work of the thesis is as follows : 1. the feasibility of the scheme in engineering is discussed by means of analyzing the strategy of position control system. 2. the mathematical model of the position control system is established and analyzed in theory
論文以研配壓機位置控制系統的研究為題目，其主要工作如下： ?對1000kn雙側翻轉研配壓機進行了簡介，對電液比例控制系統進行了分析。 -
The thesis comes from the double - side turntable die spotting press project cooperated by npu908 with shannxi forging and rolling equipment works. the main work is studying high - accuracy position control system of double - side turntable die spotting press. the system uses proportional orientation valve with high echo performance
課題來源於九零八教研室與陜西壓延設備廠聯合研製的1000kn雙側翻轉模具研配壓機這一實際工程項目，論文主要研究內容是研配壓機的高精度位置控制系統。 -
The second, it is proposed that a foc mentioned above can be modeled with a fast time optimal position control system based on the pontryagin ' s minimum principle, which may become a speed - sensorless time optimal one by using speed estimator
接著，分析了pontryagin極小值原理，指出用bang - bang開關信號可對上述系統實現最優時間控制，若速度量採用估計，則生成無速度傳感器的時間最優系統。 -
Control software is written in c language. the semi - physical simulation system is setup to test the software. after that, the brake control system, the position control system, the load control system and the energy control system are combined together and inspected
用c語言編制控制軟體，為了驗證控制軟體的正確性，建立了半物理模擬系統，對剎車控制系統、位置控制系統、載荷控制系統、能量控制系統進行了連接和檢驗。 -
Got the mathematic model of target emulator system based on models of every component, and simulated it through the computer. as far as position control system, the performance such as stability, precision and celerity were analyzed by virtual of open - loop and close - loop frequency characteristic
本文根據系統各部分的數學模型，建立了目標模擬器系統的數學模型，通過位置控制系統的開環、閉環頻率特性對位置控制系統的穩定性、精度和快速性進行了分析。 -
This test - bed is made of five part, oil supplying system, oil heating system, specimen constant temperature system, position control system and loading system
該試驗臺共有五個部分，包括供油系統、油液加熱系統、試件恆溫系統、位置控制系統和液壓伺服加載系統。 -
The closed loop position control system of a new type nc bevel roll tester
新型數控錐齒輪滾動檢查機閉環位置控制系統設計 -
Besides, for servo control tache, an simple and credible 1c is applied to little power dc servo control system in order to realize a closed - loop position control system. ^ ^ finally, the latest wdm device driver ' s theory in windows98 / 2000 operation systems are discussed on the basis of analyzing the system structure of these platforms. a concrete realizing method of wdm about how to manage bottom hardware and real - time control by for pci and usb bus are given in detail, which resolves the timing gathering data and communication in win32 environment for the system of computer ' s measure and control
最後，在剖析windows98 / 2000體系結構的基礎上，系統地討論了最新的wdm設備驅動程序的運行原理，詳細給出了wdm設備驅動程序在基於pci 、 usb總線的測控系統中的底層硬體管理和實時控制的具體應用，解決了在win32環境下測控系統中重要的實時數據採集和數據通訊等問題。 -
The paper introduces the designing of a fuzzy neural network controller which is applied to the valve position control system of industrial stove
摘要介紹模糊神經網路控制器的設計方法，並將其應用到工業爐閥門位置的控制系統中。 -
As far as position control system, the performance of stability and precision of the system were analyzed. based on the theoretical studies and the analysis of simulation, we use the
在理論分析和模擬的基礎上，通過試驗驗證了控制系統設計的可行性，並且對系統的低速特性、最大速度、最大加速度和頻響等進行了試驗研究。
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