1.
Design and Experimentation of a Micro-gripper with Force Sensing
一种带力传感的微夹持器设计及试验
2.
A Bimorph Piezoelectric Ceramic Microgripper Integrating Micro-force Detecting and Feedback
集成微力检测与反馈的双晶片微夹持器
3.
A Microgripper Integrated 3-D MEMS Force Sensor;
一种集成3-D MEMS力传感器的微夹持器的研究
4.
Design of four-arm MEMS microgripper integrated with force sensor
具有力感知功能的四臂式MEMS微夹持器研制
5.
A combined micro-gripper with high resolution and large working space is developed which integrates the linear micro motor and bimorph cantilever structure.
将微直线电机宏动机构与双晶片压电悬梁微动机构结合,研制高精度、范围的组合式微夹持器。
6.
The gripper can sense the gripping force according to the strain at the base of the piezoelectric bimorph.
通过检测悬臂梁根部的应变信号实现对微夹钳夹持力的检测。
7.
On Clamping Dexterity of Minimally Invasive Surgical Robot Manipulator
基于微创外科手术机器人操作手的夹持灵活度研究
8.
Work-holding devices are called jigs and fixtures.
工件夹持装置叫做钻模或夹具。
9.
appendix intestinal clamp
阑尾肠钳，肠夹持钳
10.
vehicular safety sign holder
车用安全标志夹持器
11.
tongs for taking hold of burning coals.
夹持燃烧的煤炭的钳子。
12.
electrode (retaining) collar
电极圈［环］，电极夹持环
13.
Capable of specifying work-holding devices such as jaws and fixtures.
能够详细说明工件夹持装置，如三爪和夹具。
14.
Analysis of Holding Force and Torque Limit Settings of the Pinch Roll in High Speed Wire Rod Mill of Maanshan Iron & Steel Co.,Ltd.
马钢高线夹送辊夹持力和转矩限幅的设定分析
15.
Automatic saw blade-chucking device is adopted in down clip,so it can chuck saw blade quickly and effectively.
下卡头采用自动锯条夹持装置，可迅速、有效夹持锯条。
16.
The Study on the Location Error Computation in the Clamping Apparatus Design by the Differential Analysis Method;
夹具设计中定位误差的微分计算研究
17.
Research on Properties of micro-inclusions about SS400 Steel
对SS400钢显微夹杂物行为的分析
18.
Design of A New Microstrip Hairpin Bandpass Filter
一种新型微带发夹带通滤波器的设计