1.
The Computer-Aided Design for the CNC Turning Center Dynamic Tool Rest
数控车削中心动力刀架的计算机辅助设计
2.
NC power driver turret-head
数控电动自动转塔刀架
3.
Machine frame and tool rest are welded systematically.
◆ 机架，刀架采用整体焊接结构，经振动消除应力，精度保持性好。
4.
Dynamical Analysis and Optimization on Crankshaft Neck of Compound Follow-up Turning Cutter Frame
曲轴连杆颈复合跟随车削刀架的动力学分析与优化
5.
an electric-powered razor.
一种以电为动力的剃刀。
6.
After changing the tool rest angle, fasten screws.
搬动刀架角度后，必须紧固好螺丝。
7.
Research on Design Technologies of Hobhead Part for Direct-drive Gear Hobbing Machine;
零传动滚齿机刀架部件设计技术研究
8.
Equip the Grinder Wheel Bear Frame with Scraper──The Design of Hand-Motivated Scraper;
磨床砂轮架装配用切削刀具——手动端面刮刀的设计
9.
On the rail there are a powder box, mouthwash, and electric shaver and aftershave lotion.
架上有粉盒、口剂、动刮胡刀和刮脸保护液。
10.
Design of fuzzy controller of piezoelectric micro-positioning servo system;
压电陶瓷微动刀架伺服系统模糊控制器的设计
11.
The Design and Static-Dynamic Characteristic Analysies for Vertical CNC Lathe with Doubleturrets of VTC10080d
VTC10080d立式双刀架数控车床设计与动静态特性分析
12.
The no-shear moment distribution cannot be extended to multibay frames by the use of a substitute frame.
无剪刀力矩分配不可借用替代框架来推广到多跨框架。
13.
"the blades may not move, or movement may be weak."
动刀片有不动作或旋转无力的可能性
14.
Dynamics Optimization Design on Parallel CNC Cutter Grinding Machine Tool
并联数控刀具磨床的动力学优化设计
15.
Stress Field Analysis of Milling Insert Based on Cellular Automata
基于元胞自动机的铣刀片应力场分析
16.
airframe and powerplant
飞行器构架和动力装置
17.
Take the pressure off the liner( or backspine for lockbacks) while the blade is in the fully opened position and wobble the blade.
将刀完全打开以释放线锁或背锁的弹簧压力，然后晃动刀体。
18.
The no-shear moment distribution also be extended to multibay frames by the use of a substitute frame.
无剪刀力矩分配不可借应用替代框架和进行力矩分摊推广于多跨框架。