1.
Novel structure T31D YZ series forging manipulators
结构新颖的T31DYZ系列锻造操作机
2.
Mechanism Analysis on a Forging Manipulator and Its Virtual Prototyping
一种锻造操作机的机构分析及其虚拟样机建模
3.
Simulation and Evaluation of Compliance Process for Forging Manipulator
锻造操作机缓冲过程仿真与顺应性评价
4.
Variable-structure PID Control in Forging Manipulator
变结构PID在锻造操作机控制系统中的应用
5.
Research on HLA-based Collaborative Simulation Technology for Forging and Manipulator System
基于HLA的锻造操作机系统协同仿真技术研究
6.
Analysis of Forging Compliance Process and Design of the Forging Simulator
锻造操作机变工况分析与工况模拟装置设计
7.
Dynamic simulation and optimization design for forging manipulator based on ADAMS
基于ADAMS的锻造操作机动力学仿真及优化设计
8.
Distribution and coordination of driving force in the redundant driving system of free forging manipulator
自由锻造操作机冗余驱动系统的驱动力分配与协调
9.
Forging and Kinetics Coupling Simulation of Manipulator in Heavy Forging
大型锻件操作装备机锻耦合仿真分析
10.
"Invented in medieval Europe, the Bellows was commonly used to speed combustion, as in a Blacksmith's or ironworker's forge, or to operate reed or pipe organs. "
中世纪在欧洲发明,铁匠或锻工在锻造时常用它来加速燃烧,或用于操作簧管乐器或管风琴。
11.
One who makes, operates, or repairs machines.
机工制造、操作或修理机器的人
12.
Weighing 2, 210 tons, the automatic forging press is operated by one worker only.
虽然这台自动锻压机重2，210吨，但只由一个工人操作。
13.
Wounds frequently occur as a result of operation of machinery.
往往由于机械操作而造成损伤。
14.
These arise from machining, grinding, straightening, welding, casting, spinning, forging, and rolling operations, which will also furnish a marked contribution to the shape change.
经过加工、磨削、调直、焊接、铸造、钻孔、锻造和滚压等操作工序，对工件形状变动影响很大。
15.
traveling forge crane
锻造用移动式起重机
16.
forging machine (excl. portable forges), whether or not numerically controled
锻造机（轻便锻炉除外）,无论是否数控
17.
An operator should be able to operate a number of such machines, at a maximum casting speed.
一个操作工人可以最快的铸造速度操作数台这样的铸片机。
18.
Study on the Feasibility of Doing Eurhythmics During Break;
健美操作为课间操锻炼内容的可行性研究