built in flexibility 中文意思是什麼

built in flexibility 解釋
內在伸縮性
  • built : adj. 1. 建造成的，組合的，拼成的。2. 〈俚語〉體型美的。n. 〈俚語〉體型美，肉體美。
  • in : adv 1 朝里，向內，在內。 A coat with a furry side in有皮裡子的外衣。 Come in please 請進來。 The ...
  • flexibility : n. 1. 揉屈性，撓性，柔（韌）性。2. 機動性，靈活性。3. 彈性，塑性；（光的）折射性。
  1. Firstly, in order to treat the local weakened effect of the crack on the shaft, the equivalent line - spring model is built. then the constitutive equations are derived and the flexibility model of the rotating shaft is discussed. based on the lagrange equations, the non - linear dimensionless differential equations of the single rotor system with the disk and crack located at an arbitrary position of the shaft are obtained

    首先為處理裂紋對軸的局部削弱作用，提出了等效線彈簧模型，推導了線彈簧彈性本構關系，獲得了裂紋轉動軸的柔度模型，然後，應用lagrange方程建立了盤和裂紋處于軸任意位置的無量綱的單盤轉子系統的非線性運動控制微分方程。
  2. Built on the solid, tested xiiiiplus platform, the r110xifor four - inch labels - offers an unprecedented level of on - demand printing flexibility in tag placement as well as unique features such as xml for seamless integration into enterprise systems, automatic calibration, flexible inlay positioning, multiple power levels, statistics tracking, easier rfid programming and more detailed information through the front panel display

    R110xi r170xi印表機編碼器可以提供一秕列豐富的功能包括自動校準多種功率設置和靈活的嵌體放置這些功能對于目前主要的rfid應用而言是必需的。
  3. The os - 314tt is engineered with 300dpi resolution that delivers superior quality for your high - density image requirements. the os - 314tt provides both thermal transfer and thermal printing flexibility and offers maximum performance at a minimum price. the built - in 2 mb of memory and 32 - bit microprocessor delivers fast throughput for the os - 314tt and enables label printouts of 14 inches

    Os - 314tt條碼印表機除具備os - 214tt條碼印表機之優點，更提供300dpi完美的列印解析度，圖象輸出如同激光列印般精密清晰，為四寸微型標簽條碼條碼印表機之翹楚。
  4. The structural framework of the on - line test system has been built in the paper, based on j2ee and xml. uml is integrated into the development of web application in virtue of rose to get visual system model. the system requirements and design models are defined by uml diagrams such as use case diagram, class diagram, sequence diagram, collaboration diagram, component diagram, and deployment diagram. web pages, component objects, data tables and databases are all regarded as a class or an object. the modeling process bases on the views of real world. the design and development process is established according to the views of software engineering. the online examination system which bases on j2ee can fully use the jsp 、 javabean 、 servlet 、 xml, flexibility of three - tier model to optimize the system performance and to enhance. the development value

    同時藉助rose工具將uml語言和web應用開發結合起來，進行可視化建模，利用uml的用例圖、類圖、時序圖、合作圖、組件圖和部署圖等，定義系統需求，描述系統設計，將web頁面、組件對象、數據表和數據庫都作為類或對象，按照真實世界的觀點進行建模，依據軟體工程學的觀點制定設計開發步驟。本系統以j2ee體系結構為基礎，充分利用jsp 、 javabean 、 servlet 、 xml組件和三層模式的靈活性來簡化開發過程，優化系統性能，從而提高了系統的開發價值。
  5. About system of supervision organizations, on the basis of dialectical law of regulation - - - innovation - - - regulation, function - based financial supervision system should be built up and the national financial supervision bureau should be set up to regulate financial trade uniformly and solve the problem of supervising financial innovations. what " more, we should build up such a cubical financial supervision organization system that integrate the financial authority " supervision with financial trade self - discipline, social supervision and discipline of inner financial institutions. at the same time, we should organically integrate stability and flexibility of financial supervision law, change legal system of financial supervision in line with provisions of wto

    在立法價值取向上，應當重視金融監管法的效率價值，以維護金融秩序作為基本價值目標，在具體操作上重點突出促進金融業公平競爭、提升金融運行效率兩個價值目標，並保持各目標之間的平衡與協調；在監管體制上，根據「監管? ?創新? ?再監管」的辯證規律，建立功能型金融監管體制，成立銀行業監督管理委員會，組建國家金融監管局對金融業實行統一監管，妥善解決混業經營模式下金融創新的監管問題，形成國家管理機關監管、行業自律、金融機構自律和社會監督相結合的立體的金融監管組織體系；在監管法律體繫上，應有機結合金融監管法的穩定性和靈活性，按wto的要求變革金融監管法律制度，修改《商業銀行法》 、 《保險法》 、 《證券法》及其他不適應混業經營的法律、法規，建立健全有關金融控股公司、網路銀行等方面的法律、法規。
  6. " some members considered that given the pace of change of the modern world and the trend of globalization, we might not need to make specific choices for the next 20 or 30 years. instead, we should have some rolling plans and built - in mechanism in our system to allow flexibility so that we could always be prepared to adapt to the fast - changing needs of the society

    部分委員認為，由於現今世界瞬息萬變，以及全球一體化的趨勢，我們或許不需要為往後二、三十年做一些具體的選擇，反而，我們要有一些延展的計畫以及建立一些機制，使我們的系統更為靈活，為適應急劇轉變的社會需求，隨時作好準備。
  7. Tipman ucp has a pluggable architecture that allows different components to be plugged in based on the requirements of an application, the capabilities of the device the application is running on, the number of peers involved, etc. custom - tailored p2p ucp can be constructed, thus, increasing the flexibility of communication architectures that are built upon it. applications that use tipman are provided an api that is not affected whenever the underlying topology has to be changed or adapted

    Tipman具有靈活的、可插拔組件的結構，允許應用程序開發者根據實際情況（應用程序的需要、設備平臺的性能、 p2p網路中節點和拓撲的結構等等）加載模塊，大大增加了系統的靈活性和應用范圍，上層的應用程序可以根據tipman通用p2p計算平臺提供的api來實現各種p2p拓撲結構網路的基礎功能而不需要更改應用的任何代碼。
  8. This degree of pluggability gives you considerable flexibility in building your web application guis and allows you to easily incorporate other component - based technologies into your jsf development efforts ; for example, you could replace jsf s built - in ioc framework with the more full - featured ioc aop spring framework for managed bean lookups

    這種程度的可插入性給予您在建構web應用程式gui方面相當大的靈活性，並允許您容易地將其他基於元件的技術融入到jsf開發中。例如，對于託管bean查看，您可以用更加全功能的ioc / aop spring框架來取代jsf的內置ioc框架。
  9. In the course of design of “ the auto - calculating system for building quantity ” which based upon the specialized modeling idea and object modeling technique, visual symbol language, message mechanism of building component class, visual modeling interface were built so as to improve the flexibility of object model, to solve the problem of interface design, flexibility management and re - customization of building component class

    以這種思想作為建築工程量自動計算軟體的系統設計思想，將面向對象的建模技術（ omt ）作為建築工程量建模技術，設計了圖形化符號化語言，建立了構件類消息機制、建築工程量功能模型、可視化的建模界面，對對象模型表示法作了改進。
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