1) Walking and Gripping Mechanism
行走夹持机构
2) Running and gripping mechanical design
行走夹持机构设计
3) clamping mechanism
夹持机构
1.
Approximate constant force optimization design on clamping mechanism of macro scaled heavy component parts;
大尺度重型构件夹持机构近恒力优化设计
4) walking mechanism
行走机构
1.
Type synthesis on the walking mechanism of walking robot based on trace of foot joint;
基于足关节轨迹的步行机器人行走机构型式综合
2.
Design and research of walking mechanism of basket-shooting robots;
投篮机器人行走机构的设计与研究
3.
According to the charcteristic of wrok on walking mechanism,substitute sliding bearing for rolling bearing,and to structure form.
采煤机的行走机构,在实际检修、生产过程中会出现各种各样的故障与缺陷,根据行走机构的工作特点,用滑动轴承代替滚动轴承,并对其结构形式进行技术改造,使其维修、安装方便,实用性强。
5) traveling mechanism
行走机构
1.
For this purpose,the traveling mechanism of the billet transporting car is reformed in the study,and FEM is used for analyzing the parts strength of the traveling mechanism and the roller track.
对板坯横移车行走机构部分作了技术改造,并对其运输辊道的有关零件进行了有限元分析。
2.
Calculation formulas and design principles for drive and traveling mechanisms as key parts of the system are provided.
阐述了移动屋顶的机械传动和控制装置,并对机构各个系统实现功能和设计方案进行了分析,给出了驱动与行走机构关键部件的计算公式与准则。
3.
The calculation method of running resistances for the traveling mechanism of a rail- mounted bucket wheel stacker/reclaimer is introduced.
介绍了轨行式斗轮堆取料机行走机构各阻力的计算方法,并针对具体项目中的轨行式斗轮堆取料机进行了计算,提出了电机选型应遵循的原则和方法,讨论了电机打滑验算的方法和出现打滑现象的具体解决办法,完成了轨行式斗轮堆取料机行走机构驱动功率的计算及电机选型,实现了设计结果的安全可靠,经济成本也更趋合理。
6) running mechanism
行走机构
1.
The article briefly introduces the design and operating principles for the lateral and longitudinal running of the traveling form so that a convenient and concise set of running mechanism is scientifically worked out to promote the productivity of the traveling form.
文章简明扼要地介绍了移动模架纵移和横移机构设计原理及工作原理,利用科学的方法设计了一套方便、简捷的移动模架行走机构,提高了移动模架的生产效率,通过翔实的计算和分析介绍了整个移动模架行走机构的设计过程。
2.
A planetary wheel running mechanism was designed to adapt to the store environment of complex terrain and changeable geology of the cobalt and hydrothermal sulfide investigation area in the deep-sea bed.
为了适应深海富钴结壳和热液硫化调查区复杂地形多变底质,提出了深海采矿行星轮式行走机构。
补充资料：夹持
1.犹夹辅﹐匡助。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条