They built a robot capable of understanding spoken commands.

他们制造了一个能懂口头指令的机器人。

Several years ago, Pauline made a crablike robot that would scurry across the floor.

几年前，波林做了一个会在地板上疾爬的蟹形机器生物。

These robots are capable of shape discrimination.

这些机器人能辨别形状。

The robot is a marvel of modern engineering.

机器人是现代工程技术的奇迹。

In the story human beings were replaced by robots.

在这个故事中, 人类被机器人代替了。

Science fiction stories often mention robots that can talk.

科幻小说常提到会说话的机器人。

Robots can relieve people of dull and repetitive work.

单调重复的工作,机器人可以代劳。

Piezoceramics telescopic micro-actuator was used in design of micro-gripper of robot.

机器人微操作手设计采用压电伸缩陶瓷微位移器。

The boy's robot toy was his most prized possession.

那男孩的玩具机器人是他最珍惜的东西。

Stereovision, an active brunch of robotic technology, is one important attribute of intelligent robot.

立体视觉技术是机器人技术研究中最为活跃的一个分支，是智能机器人的重要标志。

Even though the arms of industrial robots can twist and turn like a contortionist, they have limitations.

即使工业机器人的手臂可以像柔术演员一样旋转，它们仍然有极限。

The idea is basically a steam punk robot named P-N01 on emergency repair by a cute techy girl named Lucy.

（这个作品的基本创意是一个名为P-N01的蒸汽机器人正在被名为Lucy的女孩紧急修理中。

Utilized this method to segmentalize the image of oil derrick arc welding robot welding line gets up the good effect.

将该方法运用于石油井架弧焊机器人焊缝图象的识别中起到很好的效果。

A manually reconfigurable and transmutable modular robot was developed, which could change its shape to adapt to an environment and a task if needed.

摘要设计了一种手动可重构、自动变形的新型链式模块化机器人机构，它可以通过结构重构和自动变形来改变自身的构形以适应非结构环境中运动和作业的要求。

Because of the multiped walking character, multi-legged walking robots own obvious priorities in motion and working under unstructured and unconfirmed environment comparing to wheeled robots.

相对于轮式机器人而言,多足步行机器人在非结构化环境中具有明显的优势。

The speed synthesizer based on SCM PIC16F876, which applied to the left and right drives of brush direct current motor for tracklayer robot and vehicle.

基于PIC16F876单片机的速度合成器,用于履带式机器人或车辆的左、右直流有刷电机的驱动。

Crenshaw deciphered the algorithm of the twisting motion, known as helical klinotaxis, and assisted Nekton's team in applying it to the robots, in essence crafting a new guidance technology.

克伦肖解算出「螺旋状调转趋性」这种扭摆运动的运作法则，并协助耐顿研究所的团队设计机器人，基本上是要发展出一种全新的导向技术。