储能传动是一有效的节能传动技术。
概述电气化铁路用可变速传动技术的变迁。
The changes in variable speed drive technology for electrified railways are summarized.
液压传动技术是机械类专业的一门基础课程。
Hydraulic technology is one basic course of the Mechanical Engineering.
本实用新型是机械传动技术在高电压技术领域的应用。
The utility model is the application of mechanical transmission technology in the technical field of a high voltage.
介绍一种采用多连杆传动技术的新型的闭式双点压力机。
A new type of straight side two point press with transmission technique of multiple toggle link has been introduced.
气压传动技术常被用于小型机器人或小型自动化设备中。
Pneumatic driving technology is widely used in small robots and other automatic devices.
阐述了无轴传动技术的定义、特点及在印刷机上的应用。
The shaftless drive technology has been widely applied on gravure printing.
阐述了无轴传动技术的定义、特点及在印刷机上的应用。
The definition and characteristics drive technology of shaftless drive applied in printing press are introduced.
交流传动技术已成为当今世界上牵引动力高新技术的标志。
Technology of alternating transmission has became the milestone of new technology in the tractive power field around the world.
液压传动技术有其不可比拟的优点，但又有它脆弱的一面。
Hydraulic technology possessed in comparable advantage, but it had weak in another hand.
该装置结构紧凑，增力效果好，符合传动技术绿色化的潮流。
This device is very compact and has good effect on reinforcement which is consistent with the greening tendency of transferring technology.
交流电传动技术的不断成熟，使其真正成为所有新机车动车的标准。
With its high maturity three-phase ac drive technology has become the standard for practically all new vehicles.
交流传动技术从其诞生之日起就显示出直流传动无法比拟的优越性。
AC drive technology since it appeared in the world has showed advantage over DC drive technology.
介绍无轴传动的特点，说明了无轴传动技术在柔印机中的应用前景。
This paper introduces the characteristics of shaftless, and explains the foreground of shaftless application in Rotary flexo press.
在德国，内燃动车采用液力传动技术比采用电传动技术的历史要悠久。
In Germany, the history of applying hydraulic transmission technology to DMUs is really longer than that of applying electric transmission technology.
频谱范围从机械连接器经由变速箱和电气传动技术到基于PC的控制系统。
This spectrum ranges from mechanical connectors via gearboxes and electrical drive technology to PC-based control systems.
研究将磁力传动技术应用于玻璃容器的真空搅拌以取代传统的搅拌塞密封。
The magnetic drive application in glass containers instead of traditional seal has been studied.
预计未来十年永磁同步传动技术有望在我国城市轨道交通车辆上得到推广应用。
It is estimated that in ten years, this technology will be widely applied in urban rail transit vehicles in China.
在国外，面齿轮传动技术已被尝试应用于直升机传动系统中，并取得重要成果。
This paper researches on the face gear drives composed of a face gear and a spur involute pinion.
企业前身为上海德汉伦茨传动技术有限公司，至今拥有十几年行业领先宝贵经验。
The Company originates from Shanghai Dhlenze Drivetrain Technology Co., Ltd and has had the leading position in the industry for over ten years up till now.
将研究出的无轴传动技术成果投入到实际的生产中，进一步完善无轴传动技术在印刷业上的应用。
They will be used by shaftless technological achievements and be transformed into actual production, to further improve the shaftless driving technology in the printing industry application.
具备工业自动化装置熟练应用经验，如可编程控制器、业通讯及人机界面。另外，传动技术背景优先。
Sound experience on working with industrial automation components like PLC, industrial Communication and HMI (Human Machine Interface), in addition, Drive technology knowledge preferred.
将谐波传动技术应用于超磁致伸缩电动机中，研制新型超磁致伸缩谐波电动机将可以有效克服这些缺陷。
It is an effective solution to overcome the deficiency mentioned above that introducing the harmonic drive technology into conventional motor driven by giant magnetostrictive material.
本文完成的主要内容有：首先，阐述了微小传动方法的研究意义，介绍了国内外微小传动技术的研究现状；
The main contents of this thesis includes as follows:Firstly, the significance of micro-drive method and the present study status about the micro-drive technology around the world are introduced;
水压传动技术是直接用天然海水或淡水代替目前广泛使用的矿物油作为液压系统工作介质的一门新型传动技术。
Water hydraulic transmission technology, which USES natural sea water or fresh water as working medium of hydraulic system to replace mineral oil, is a neotype transmission technology.
其次，综述了磁流变传动技术的国内外研究进展和现状，指出了当前研究在大功率应用场合尚存在的局限性与不足；
Then, a review of the research progress and status of MRT at home and abroad are presented. Also, the limitation and shortage of the current studies in high power applications are pointed out.
其次，综述了磁流变传动技术的国内外研究进展和现状，指出了当前研究在大功率应用场合尚存在的局限性与不足；
Then, a review of the research progress and status of MRT at home and abroad are presented. Also, the limitation and shortage of the current studies in high power applications are pointed out.
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