- 操纵框架
- control: n. 1.支配，管理，管制，统制，控制；监督。 2.抑制 ...
- frame: n. 1.机构；组织；系统。 2.结构，框架，构架，骨架 ...
- frame control: 框架控件; 帧控制
- composite feature control frame: 组合特征控制框架
- flc frame level control: 帧级控制
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control frame中文什么意思
- 操纵框架
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例句与用法
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- Thus it ' s of great practical significance to build a new inte rnal control frame to suit the developing mode of the oil company , to meet the demand of high level , high profit , sustainable development , and to enable ooflc to catch up with foreign company on management level as quickly as possible
在这种情况下，为满足油田公司高水平、高效益、可持续发展的要求，使大庆油田公司的管理水平尽快赶上国外石油公司的水平，建立起适应油公司发展模式的内部控制制度框架具有重大的现实意义。 - This article holds the opinion that the special system of external control builds the external system of corporate governance , as well as the external control frame for the internal governance system . it , more or less , determines the evolution of internal governance system
本文认为特定的外部约束机制构成了公司内部治理的外部制度安排,构成了内部治理制度形成的外部约束框架,对具有特定内容的内部治理制度的形成产生一定程度的决定性作用,或者说它会减少内部治理过程的交易成本。 - This system consists of monitoring computer , serial communication net , locale control computer , sensors and executive machines . it adopts two levels of detecting and controlling frame : the bottom level is to detecte and controll system based on single - chip microcomputer , and the top level is to simulate the monitoring system based on pc
该系统由监测计算机、串行通讯网络、现场控制计算机、传感器和执行机构组成，采用二层测控结构：第一层为基于单片机的测控系统，第二层为基于通用微机的上位机仿真监测系统。 - Finally , according to the current management situation , the paper put forward and designed a new internal control frame , together with the operation mechanism and the principles to fol low for establ ishing the frame . more detai led study was done on the controi ii ng env i ronment and controi ii ng act i v i ty , wh i ch are 2 main factors of the frame
最后，针对大庆油田公司目前管理现状，提出适应公司管理与发展需要的内部控制框架及运行机制，对油田公司内部控制框架进行设计，提出构建内部控制框架的原则，着重对内部控制框架中的控制环境和控制活动两个要素进行研究，提出了自己的观点。 - Based on the phenomenon , this paper introduces the multiple mega - sub controlled frame and its step design method , it can be generalized as the following approach : first , we look for the optimal stiffness of the sub structure to control the deformation of the mega structure under the wind load . second , we optimize the parameters of the turned mass damper ( tmd ) which are installed in the sub structure to have the acceleration be controlled , and then we realize the overall objective . at last this paper uses the ecpm method to optimize the parameters of tmd and utilize simulink to simulate the dynamical response
本文利用等效最优理论( ecpm )对tmd的参数进行了优化，利用simulink对复合结构进行了动态仿真，结果表明：附加安装在子结构上的tmd并不会对主结构的动态特性产生大的影响，复合结构和减振结构一样都可以较好的控制主结构位移响应，而且复合结构经优化后的tmd还较好的控制了子结构加速度响应，所以复合结构体系既可以提高结构的安全性，又可以满足舒适度的要求，从而证明了本文提出的巨型框架复合减振结构是一种理想的超高层建筑结构形式，其将具有广阔的发展前景。