stabilizer control system 中文意思是什麼

stabilizer control system 解釋
水平安定面操縱系統
  • stabilizer : n. 1. 穩定器，平衡器，止搖機。2. （防止火藥自然分解的）穩定劑。3. 【航空】穩定[安定]面。4. 【醫學】安定劑。5. （防止產量增長過快而降低農業補貼等類的）經濟穩定機制。
  • control : n 1 支配，管理，管制，統制，控制；監督。2 抑制（力）；壓制，節制，拘束；【農業】防治。3 檢查；核...
  • system : n 1 體系，系統；分類法；組織；設備，裝置。2 方式；方法；作業方法。3 制度；主義。4 次序，規律。5 ...
  1. Helicopter is hard to hover precisely for its bad stability. ordinarily, it is improved by flight control system, such like rotorcraft unmanned aerial vehicles which use bell bar or bell - hiller stabilizer bar. bell stabilizer bar, fixed across with teetering main rotor, consists of a bar and masses at two ends

    貝爾穩定桿由一桿與兩質量塊組成，它與貝爾直升機的蹺蹺板旋翼垂直交叉放置，這種旋翼裝置有助於加大角速度阻尼，改善貝爾直升機的穩定性，但同時也降低了操作性。
  2. Conventional power system stabilizer ( cpss ) has such shortcoming as complex design, fussy parameter testing, poor adaptability and so on. in this article formula fuzzy control algorithm is put into the design of pss. quantified factors and modifying factors, which have large effect on the performance of formula fpss, are optimized

    本文針對傳統電力系統穩定器（ cpss ）設計復雜、參數調試繁瑣、適應性差等缺點，將一種公式型模糊控制演算法應用於pss設計，並對公式型模糊電力系統穩定器的性能影響較大的量化因子和修正因子進行優化，從而設計出一種自尋優模糊電力系統穩定器（ sofpss ） 。
  3. It is necessary to design robust controllers based on the normal plants so that the controlled systems have satisfactory properties by considering the existence of uncertainties. based on lyapunov stability theory, geometry theory for nonlinear systems, dissipative theory and etc, the robust hk control for uncertain nonlinear systems and the reliable h control problem of uncertain nonlinear systems are studied, and the control laws are proposed correspondingly for several typical nonlinear systems in this paper. the robust controller design methods are presented and the proposed method is applied to design the control system of lift feedback fin stabilizer by considering the linear model, nonlinear model and coupled nonlinear model of ship motions

    本文研究了不確定非線性系統的魯棒控制問題，以lyapunov穩定性理論、非線性系統幾何理論、耗散理論等為基礎，對非線性系統的魯棒h _控制、非線性系統的魯棒h _可靠控制進行了深入的研究，針對幾類典型非線性系統，提出了相應的魯棒控制方法，對于升力控制減搖鰭系統（本文中簡稱為力控鰭系統） ，考慮船舶運動的線性模型、非線性模型和非線性耦合運動模型，提出了相應的控制方法。
  4. Make the further research in control method in the angle feedback fin stabilizer system

    針對角度反饋減搖鰭系統，在控制方法進行進一步的研究。
  5. Give the design of the substitution of the whole fin stabilizer control system by plc, and finish all the preparatory works

    對設計完成後的隨動系統進行測試，驗證其是否符合減搖鰭系統的工作要求。
  6. In this thesis, a new method of designing power system stabilizer based on h control theory is presented, it can avoid the bad robust and adapt performance of conventional pss

    本文基於h控制理論的基本原理，設計了h電力系統穩定器（ h pss ） ，克服了傳統電力系統穩定器魯棒性、適應性差的缺點。
  7. Secondly, the stabilizer is designed by using h control theory aiming to the main disturbance of proper motion gun, which can reduce the disturbance effect on the gun - control system to the level of aspiration

    其次，針對行進中自行火炮的主要干擾源，利用h _ 。控制理論，設計了穩定系統的鎮定控制器，可將擾動對系統的影響降低到期望的水平。
  8. Driving elements of fin stabilizer are designed and the simulation about characteristics of surplus force, loading system with or without disturbance, static or dynamic state is done. the relationship between the dynamic characteristics of servo valve and loading system " s control performance, loading gradient and loading system " s control performance is analyzed

    設計了減搖鰭電液負載模擬臺動力元件，利用相關軟體對加載系統多餘力特性、有擾及無擾特性、動態及靜態特性等控制性能進行了模擬分析，並分析了加載梯度、伺服閥動態特性與加載系統控制性能之間的關系。
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