绳索联动机构（CCL）是航天器上最常用的附件同步展开控制机构。
Closed loop configuration (CCL) is commonly used as a synchronous deploying control mechanism of appendages.
联动装置是常用的太阳翼部件同步展开控制机构，绳索预置张力直接影响到太阳翼展开的同步性能。
The close cable loop CCL is commonly used as a synchronous deploying control mechanism of solar array. The preload tension of CCL cable affects the synchronization of deployment directly.
本文采用模糊控制方法对差速器同步锁止机构自动控制系统进行了研究。
In this paper, the automatic control system for differential synchronized locking device is studied with fuzzy control method.
超声内窥镜成像系统主要由超声探头激励电路、回波信号接收处理电路、同步控制电路、接口电路以及计算机构成。
The Ultrasonic Imaging System is made up of probe excitation circuit, receiving and processing circuit, synchronous control circuit, interface circuit and computer.
该方法将两个需要进行同步控制的执行机构，一个作为主系统，另一个视为其观测器。
This method needs two to undertake the actuator of synchro control, one is made give priority to a system, another regards his as observation implement.
对永磁操动机构真空断路器的同步控制系统进行研究是保证电力系统安全可靠运行的基础，也是近年来断路器智能化的研究热点之一。
To ensure safety and reliability service of electric power system, the research of synchronous control system that is about VCB equipped with PMA is essential.
永磁同步电机是当今众多高精度、高效、节能自动化控制系统的驱动机构的核心执行部件。
Permanent Magnet Synchronous Motors (PMSM) are core parts of many high precision, high efficiency and low power automatic control systems.
所设计的控制器能够在保证每单个执行机构运动稳定的同时还可以保证所有执行机构的运动同步，使位置误差和位置同步误差都收敛到零。
The proposed controller could stabilize the motion of each actuator, and meanwhile synchronize all actuators' motions so that both position and synchronization errors converged to zero.
构建了混合驱动机构运动轨迹控制实验平台，提出了一种实现两原动件初始角位移动态同步的检测方法。
A method for detecting the generated trajectory by means of computer vision was proposed, and the visual detection system was developed.
构建了混合驱动机构运动轨迹控制实验平台，提出了一种实现两原动件初始角位移动态同步的检测方法。
A method for detecting the generated trajectory by means of computer vision was proposed, and the visual detection system was developed.
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