磁力傳動 的英文怎麼說
中文拼音 [cílìzhuàndòng]
磁力傳動
英文
magnetic drive-
The study of the vortex loss of the magnetic airproof driver
磁力密封傳動器中渦流損失的研究The press is ingenious in design, hign quality in materials, with features as fine workmanship, handsome appearance, compact structure, higher work pressure, lower work noise, and equipped with single skip. controlled temperature, electric autotimer, so that it will be reliable is operation and easy to repair
本機設計精巧，用材講究、製造精良、造型美觀、結構緊湊，傳動部分採用大功率雙向電磁離合器，可連續工作，也可單獨工作，且有壓力大、噪音小、單級跳位、溫度自控、電子式時間繼電器延時，操作安全可靠、維護保養方便等優點。Moreover, maglevs do have an equivalent for mechanic friction : the magnetic friction between vehicle and guideway is much greater than is the sum of all mechanic friction ( wheel / rail, gears, motors ) of conventional trains
而且，磁懸浮實際有與機械摩擦相似的磨擦存在：車廂與導軌間的磁力磨擦超過了所有傳統列車的機械摩擦（輪軌，齒輪，電力拖動） 。Being a sort of new principle micromotor in the fronitier of science. the ultrosonic motor ( usm ) is developed at recently twenty years. utilizing the stator surface particle elliptical motion excited by piezoceeramics, the usm is drived by friction force between the stator and rotor. compared with the conventional electromagnetic motor, the ultrasonic motor has the following features : high speed, high holding torque when power is off and so on. because of it ' s characteristics, the ultrasonic motor has obtained some widespread application in robots, precise instrument, house electronical appliance, sapceecraft automobile and micromechanism
超聲波電機（ ultrasonicmotor ）是近二十年來發展起來的一種新原理電機，其原理不同於傳統的電磁型電機，它是利用壓電陶瓷的逆壓電效應使定子的表面質點產生橢圓運動，通過定子和轉子之間的摩擦力驅動轉子運動。這種新型的電機與傳統電磁電機相比，具有響應快、不受電磁干擾、結構緊湊、低速、大扭矩、斷電自鎖等優點，因而在微型機械、機器人、精密儀器、家用電器、航天器、汽車等方面顯示出廣泛的應用前景。As the main products series of non - leak pumps, the market of magnetic force pump is very large, centuries - old history of magnet utilizing and abundant thulium contain establish stable bases of thulium magnet couplings " exploitation and applying of magnetic force pump driving technology
磁力泵作為無泄漏泵的主要產品系列，市場前景非常廣闊，我國具有悠久的永磁利用歷史和巨大的稀土儲藏量，為稀土永磁聯軸器的開發和在磁力泵傳動技術中的應用奠定了堅實的基礎。Emc adjustable speed electrical power drive systems - part 3 : emc requirements and specific test methods
可調速電力傳動系統.第3部分:包括特定試驗方法的電磁兼容Adjustable speed electrical power drive systems - part 3 : emc requirements and specific test methods iec 61800 - 3 : 2004 ; german version en 61800 - 3 : 2004
可調速電力傳動系統.第3部分:電磁兼容要求和特定試驗In accordance with the driving characteristics of ac driving locomotive, the working status of its traction transformer is analysed. the questions that should be considered in the traction transformer design of ac driving locomotive are mentioned. these questions are the large short - circuit impedance of traction winding, higher harmonic current, over - excitation and dc magnetization caused by large variation of the network voltage, etc. some disposal methods are given
針對交流傳動電力機車的傳動特點，對其中的牽引變壓器的工作狀態進行了分析，指出交流傳動電力機車用牽引變壓器設計時需考慮的牽引繞組的短路阻抗大、電流的高次諧波、網壓波動大可能引起的過勵磁以及直流磁化等問題，同時給出了相應的一些解決方法。The design undertaken mainly from the following aspects : 1, mechanism ddesign : included the base and the joints : 2, trasmission mechanism design : adopted a synchronous toothelike transmission bell ; 3, balance system design : adopted springs and a brake and a lay air cylinder ; 4, design parameter and verify alculation ; 5, established motion equation by d - h method ; 6, simulated the motion locus by matlab software ; 7 ^ mapping out the part drawing or asesembly drawing
本設計主要是從以下幾個方面入手： 1 、機構設計：包括底座和臂關節的設計； 2 、傳動機構設計：將驅動電機安裝在底座上，利用同步齒型帶、離合器傳遞手臂的動力；利用齒輪傳動帶動底座回轉； 3 、平衡系統設計：採用了彈簧平衡系統、電磁式制動器和單向延時氣缸； 4 、設計參數和校核計算； 5 、用d ? h法建立運動學方程； 6 、利用matlab軟體對手臂的運動空間進行模擬； 7 、利用autocad2000繪圖：包括零件圖和裝配圖。And lpmsm using high energy permanent magnet has strong electromagnetism thrust, lower cost, small electrical time constant and rapid response etc. using linear permanent magnet synchronous ac motors as driving parts in gantry - moving type milling machine is first proposed in this paper, to bring their high - speed dynamic response ability into play for further realizing rapid synchronism
因此，本文提出了在龍門移動式鏜銑床同步傳動的驅動元件中採用永磁直線同步電機，以發揮其高速的動態響應能力，快速實現同步。本文提出將解耦控制方法應用於龍門移動式鏜銑床的同步傳動中。The compution formulation of the vortex loss is educed by theorydeduction and experiment examination
通過理論推導和實驗驗證得出了磁力密封傳動器中渦流損失的計算公式。Motion control is a comprehensive subject. modern ac drive is a important embranchment in the field of motion control. however, it is difficult to rea1ize high - performance ac drive systems because induction motors are a kind of strongly - coupled nonlinear system with many variables and the torque is not easy to control. with vector control technology decoupling and torque control of ac motor are solved. the basic idea of vector control is that three - phase system is equiva1ent to two - phase system by coordinate transformation and it realizes the decoupling between field current and torque current of the stator in order to control the flux and current respectively, thus induction motor can be considered dc motor and high performance is achieved easily. with the progress of electric and electronic technology and the development of computer, high - integrated special modules and high - precision digital signal processor ( dsp ) are applied to ac drive so that vector control has been developed rapidly
但是高性能的交流調速系統實現很困難，這是因為交流電機是多變量、強耦合的非線性系統，不易實現高性能轉矩控制。矢量控制技術則解決了交流電機解耦與轉矩控制問題，其基本思路? ?應用坐標變換將三相等效為二相，實現定子勵磁電流分量與轉矩電流分量之間的解耦，達到對交流電機磁鏈與電流分別控制的目的，交流電機等效為直流電機實現高性能調速。隨著電力電子技術的進步，計算機技術飛躍發展，高度集成的專用模塊和高精度的數字信號處理器應用於交流傳動系統中，促進矢量控制迅猛發展，日趨成熟。Abstract : this paper introduces a method of accurately engineering calculating transmitting torque of magnetic driver, discusses the relationship between the moment and the parameters of magnetic body. the results of this paper can be used as a reference during designing magneitc driver
文摘:介紹了平面軸向磁性傳動器傳遞力矩工程計算的準確方法，探討了其傳遞力矩與磁體參數間的關系，得到的結果可供實際設計時參考。It also discusses the key technologies of robotic wafer handling system, including direct drive, magnetic fluid seals, magnetic coupling, trajectory planning, control technology, calibration and gripping
就直接驅動技術、磁性流體密封技術、磁力傳動技術、矽片機器人軌跡規劃與控制技術、校準技術以及夾持技術，對矽片機器人傳輸系統的關鍵技術進行了探討。Soco magnet is widely used in motors, watch, transducers, instruments, positional detector, generators, radar communications, medical equipments, various magnetism spreading devices, magnetic processor, electrical engineering and magnetic derrick
具有很強的抗腐蝕和抗氧化性；所以被廣泛應用在航空航天、國防軍工、微波器件、通訊、醫療設備、儀器、儀表，各種磁性傳動裝置，傳感器，磁處理器，電機，磁力起重機等。It neednt to be coated because it is difficult to be eroded and oxidized. soco magnet is widely used in motors, watch, transducers, instruments, positional detector, generators, radar communications, medical equipments, various magnetism spreading devices, magnetic processor, electrical engineering and magnetic derrick
具有很強的抗腐蝕和抗氧化性所以被廣泛應用在航空航天國防軍工微波器件通訊醫療設備儀器儀表，各種磁性傳動裝置，傳感器，磁處理器，電機，磁力起重機等。Zbf product complies with jb / t7742 - 1995 standard for small magnetic transmission centrifugal pump and is an optimum product for the integrated design of magnetic pump all over the country
Zbf型產品符合jb / t7742 - 1995 《小型磁力傳動離心泵》標準，為全國磁力泵聯合設計的優化產品。With the more importance of the global environmental protection and with enforcement environmental protection regulations, due to non - leakage, low noise, static seal, supplying extraordinary conveying requirements of inflammable, explosive and poisonous fluids, magnetic - driving pumps are rewarded as environmental protection high ? tech products
隨著環境保護愈來愈受到全球的重視及相應環保法規的頒布實施，磁力傳動泵因無泄漏、全密封和低噪音，解決了工業系統中易散性物料的泵送問題，從而被譽為環保型的高科技產品。( 4 ) after proposing the idea of " electro - magnetic drive force based on the principle of pmi motor ", the dissertation studies a new kind of balance head - pmi - erc. the pm - tr balance head with infrared remote control is designed, which is powered by battery and driven by cutting wave
（ 4 ）提出了「基於pmi電機原理的電磁力驅動」的思想，並據此研究了pmi - erc式的新型平衡頭；設計了pm - tr平衡頭，採用紅外傳遞控制信號、電池供電、斬波驅動。Dlc multistage and vertical magnetic multistage force driving centrifugal pump is mainly to use for the place with limited space
Dlc型泵為單吸立式多級磁力傳動離心泵，主要用於安裝空間受限制的場合。分享友人