成千上万甚至上百万的微型机器可被送入人体执行特定的任务。
Thousands or even millions of tiny machines can be sent into the human body with specific tasks.
计算机和生物物理学的进步开启了一场微型革命，让科学家们可以进行设想，甚至在某些情况下他们还可以建造微型机器。
Advances in computers and biophysics have started a micro miniature revolution that allows scientists to envision and in some cases actually build microscopic machines.
这些微型机器人在病人体内的细胞之间移动，摧毁癌细胞。
These tiny robots move from cell to cell in the patient's body, destroying the cancer cells.
提出了一种微型机器人模型。
焦急地注视着电视屏幕里的微型机器人。
Each one was anxiously watching a tiny robot on their TV screen.
论述了一种微型机器鱼。
目的：探讨医用微型机器人能否在猪小肠内行走。
Objective: To discuss whether the mini-robot can walk in the small intestines of pigs.
你可以想象好些，微型机器人忙来忙去的，对么？
You can imagine these tiny little robots wandering around, right?
创造者：罗伯特·伍德，哈佛大学微型机器人实验室。
此种微型机器人能够在充满液体的弯曲的微型管道内运行。
This kind of the micro robot can move in micro tubes full of fluids.
研究一种利用螺旋旋转产生牵引力的微型机器人驱动机构。
A kind of driving mechanism of micro-robot utilizing the traction force produced by the rotation of screws was studied.
相比之下，使用微型机器人可能只需要一个切口和更小的仪器。
Using a micro-robot, by contrast, might involve only one incision and smaller surgical instruments.
MAST的最终目标是部署大量微型机器人来搜索洞穴和建筑物。
MAST's ultimate goal is to deploy swarms of tiny robots to search caves and buildings.
方法：在操作者的控制下，医用微型机器人进行肠道行走实验。
Method: We carried out the walking experiment in the small intestines of pigs by using the mini-robot under manipulator control.
全世界数亿人都屏住呼吸，焦急地注视着电视屏幕里的微型机器人。
HUNDREDS of millions of people across the world held their breath. Each one was anxiously watching a tiny robot on their TV screen.
介绍一种新的六足微型机器人的结构和控制，分析机器人移动的原理。
This paper describes the structure and control of a new kind of miniature hexapod bio-robot, analyzes the moving principle of robot.
每个微型机器人将配备一个传感器，可能是视频摄像机或化学剂探测器。
Each micro machine would be equipped with a sensor, either a video camera or a chemical agent detector.
并将该算法应用于外磁场导向的仿生微型机器人，设计了定位硬件系统。
Then the location and orientation of the permanent magnet are inversed by differential magnetic localization algorithm, which is applied to a bionic micro-machine guided by external field.
弄清楚蝗虫和其它昆虫怎样飞行的细节有助于研究人员设计微型机器人飞行器。
Figuring out the details of how locusts and other insects fly may help researchers design tiny robotic fliers.
提出通过检测永磁体空间磁场参数的变化从而实现对微型机器人在消化道的定位。
A location mode to achieve the positioning of the micro-robot in alimentary Canal by detecting spatial magnetic field parameters was proposed.
我们已经研究了大量仿生学设备，其中包括一个更易沟通的微型机器人和相关运动控制设备。
We've learned a great deal about biologically inspired vehicles that we can apply across the laboratory, including a better understanding of micro-robots and the devices that control their movement.
微型机器人技术的研究主要集中在系统结构、动能提供、控制方法、通信技术以及行走技术。
The research of micro-robotic technology is mainly centralized in system structure, kinetic energy supply, control method, communication technology and treading technology.
目的：这项研究的目的是评估一种新的微型机器人系统为腰椎放置椎弓根螺钉提供无源制导。
Objective. The idea of this study was to evaluate a new miniature robotic system providing passive guidance for pedicle screw placement at the lumbar spine.
本文以超磁致伸缩薄膜(GMF)为驱动器，研制了一种外磁场驱动的无缆仿生游动微型机器人。
In this dissertation, by using giant magnetostrictive thin films (GMF) as actuator, a biomimetic swimming micro robot is developed.
本发明结构简单、尺寸小、容易实现，特别适合在微小尺寸限制的条件下实现微型机器人的自动连接。
The invention features simple structure, small size and easy realization, and is particularly suitable for realizing automatic connection of miniature robots under the condition limited by micro-size.
在漫长的手术过程中，外科医生戴上舒适的手套就可以操纵微型机器人为病人手术，从而拯救他们的生命。
Providing a comfortable glove for surgeons to manoeuvre miniscule robots over a patient's body during long operations could save lives.
提出微型机器人在人体肠道中运行时人体的舒适性要求，并进行了控制策略的研究，提出阻抗控制的方法。
The methodology and concept of conformability of human gastro-intestine were given and control strategy was studied, as a result, a resistance control method was promoted.
提出微型机器人在人体肠道中运行时人体的舒适性要求，并进行了控制策略的研究，提出阻抗控制的方法。
The methodology and concept of conformability of human gastro-intestine were given and control strategy was studied, as a result, a resistance control method was promoted.
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