氣動伺服機構 的英文怎麼說
中文拼音 [qìdòngcìbìjīgòu]
氣動伺服機構
英文
air-powered servo-
Now with the development of computer control technique applied in it, computer control technique has had a profound influence on pneumatic system structure / control performance / control theory etc. this thesis deeply researches on the task - computer control smart high - speed pneumatic cushioning system. which mainly includes the design of mechanical structure / electronical circuit / pneumatic loop and the researches of system modeling / simulation / control strategy
計算機控制技術和電-氣比例伺服控制技術的結合，更是對控制系統的性能、系統的結構以及控制理論等多方面都產生了極為深刻的影響。本文對計算機控制智能高速氣動緩沖系統進行了機械、電氣、氣路系統的設計以及系統建模方法、系統辨識研究和控制策略研究。Process equipment under different choice of pneumatic or electric implementing agencies, forming an aerodynamic ball valve and electrical ball valve, such as pneumatic ball valve regulated to achieve proportional valve positioner to be allocated, such as the electric ball valve to be regulated to achieve proportional election electronic implementing agencies or distribution of electric servo amplifiers
根據工藝設備不同可選用氣動或電動執行機構，分別組成氣動球閥和電動球閥，其中氣動球閥如要實現比例調節須配閥門定位器，電動球閥如要實現比例調節須選電子式電動執行機構或配伺服放大器等。The linear permanent magnet synchronous motor ( lpmsm ) has avoided the effects of the mechanical transmission chains from rotary motions to linear ones, and has strong electromagnetism thrust, lower cost, small electrical time constant and rapid response etc., which becomes one of the best executive machines in the high - precision and micro - feed servo system
由於永磁直線同步電動機消除了旋轉電機由旋轉運動到直線運動的機械傳動鏈的影響，且具有電磁推力強度高、損耗低、電氣時間常數小、響應快等特點，使其在高精度、微進給伺服系統中成為執行機構的最佳選擇之一。With the development of material technology, information technology, automation control technology, aeronautics and astronautics technology, the modern flight vehicles are required of high velocity, light structure, great flexibility and super maneuverability, which lead to the serious aeroelastic effects such as aeroservoelasticity, the coupling among the aerodynamics, structure, and control system
隨著材料技術、信息技術、控制技術以及航空航天技術本身的飛速發展，飛行器開始向高速度、輕結構、大柔性、超機動的方向發展，氣動彈性效應更加嚴重，從而引發了氣動、結構、控制系統相互耦合的氣動伺服彈性力學問題。Due to the component of natural gas is very complex in different zone of our country, the product has taked on special design, it set up moore component factor of thirteen kinds, which offer user to select and setup, so as to satisfy measurement for contains various component natural gas, at the same time established many take - pressure way in order to suit to different measure device, and have automatic calculate and display super - compression factor function
A q型操作器輸出svout ： 010ma 420ma 05v 15v信號，可直接驅動執行機構變頻器或再由伺服放大器去驅動電動調節閥門或由電氣轉換器和閥門定位器去驅動氣動薄膜閥。操作器處于自動工作狀態時，其信號輸入svin和操作輸出信號相當於是直通的。以實現dcs系統或調節器對執行機構的自動控制。This paper introduced in detail the whole structure and functions of new dvd optical pickup parameter adjusting equipment and its various components, discussed the difficulties during designing and developing the adjuster, mainly including : the mechanical adjusting table, optical pickup clamping and pneumatic controlling unit, optical pickup servo control and spot location detecting, and parameter acquiting & graphics display control software
摘要詳細介紹了新型dvd光學頭調整儀的總體結構及各組成部分的功能與作用，並對調整儀在設計開發過程中的一些難點作了初步探討，主要包括機械調整平臺、光學頭夾持及氣動控制單元、光學頭伺服控制與光斑定位檢測單元、以及參數提取顯示控制單元等在設計研發中的基本思想和要點。Therefore, it is proved that the control with high - speed on - off valves can realize the servo control function that be carried out with analog control whose control flowrate is proportional to is value. secondly, the paper builds up the mathematics model of the normal pneumatic servo system based on the symmetry structure, and the main characteristic parameters are analyzed and then introduce the theories to increase
論文基於易於進行分析的對稱結構的高速開關閥閥控氣缸，建立了氣壓伺服系統動力機構的數學模型，分析了其主要性能參數，提出了提高純氣動伺服系統阻尼比的方法，並從理論上分析了其實現的可能性。Power - mechanism characteristic analysis of a new kind of pneumatic servo system
一種新型氣壓伺服系統的動力機構特性分析Using the engineering methods of supersonic and hypersonic flow or local piston theory developed in this paper to compute unsteady aerodynamic loads, and coupling structural equations, the supersonic or hypersonic aeroelasticity with a typical servo system under thermal environment is simulated in time - domain
運用超音速、高超音速氣動力工程計算方法和本文發展的當地流活塞理論計算非定常氣動力，耦合結構運動方程，實現了熱環境中帶有伺服機構的氣動彈性的時域模擬。To solve the problem of automatic potting pastern to electronic horn ' s circuit panel, a manipulator control system was made in this article. one important part is how to design the automatic control system in this article. the whole blue print, target and its function have been confirmed
為了解決汽車電子喇叭控制板生產的自動塗膠問題，本文主要研究了塗膠機械手如何從手動操作設計成為自動塗膠的機械手的方法，提出了設計自動塗膠機械手的整體方案和目標及功能要求；給出了自動塗膠機械手的本體設計（機械結構的設計） ；驅動執行裝置的設計（電氣部分及伺服電動機的設計） ；系統控制部分的設計等。A pneumatic load - simulator, constructed with a cylinder controlled by proportional valve, is established in this paper, and its characteristics and control strategy are studied
本文構建了由比例閥控缸實施加載的舵機氣動伺服加載系統實驗裝置，研究其特性及控制策略。We have established an exact mathematics model, and analyzed the adjustable parameters of pneumatic servo system theoretically, at the same time, we have putted forward a special programmable structure and method, and provided theoretic gist for the development of pneumatic digital servo robot
建立了較準確的氣動數字伺服缸的數學模型，並對氣動伺服系統的調節參數進行了理論分析，提出了一種可以節省可編程式控制制器空間的特殊程序結構和編程方法，為氣動數字伺服機器人的發展提供了理論依據。The transfer function of the servo system in laplace - domain is transformed to time - domain to produce the servo state equations. by solving aerodynamic equations, structure state equations and servo state equations in every time step, the aeroservoelastic problem can be simulated in time domain
將伺服機構的傳遞函數轉化為狀態方程和輸出方程，在時間域內同時求解結構運動方程、非定常氣動力、伺服狀態方程和輸出方程，實現了帶有伺服機構的氣動彈性系統的時域模擬。分享友人