机器人

Robots can relieve people of dull and repetitive work.

单调重复工作,机可以劳。

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

那男孩玩具机是他最珍惜东西。

Science fiction stories often mention robots that can talk.

科幻小说常提到会说话机。

They built a robot capable of understanding spoken commands.

他们制造了能懂口头指令机。

These robots are capable of shape discrimination.

这些机能辨别形状。

The robot is a marvel of modern engineering.

机是现工程技术奇迹。

The droid-hating bartender is nonetheless a genius in mixology.

尽管如此，这厌恶机男招待倒是调酒天才。

In the story human beings were replaced by robots.

在这故事中, 类被机替了。

His cockpit speakers crackled. "There isn't a droid made that can outfly you, Master."

他座舱内扬声发出阵噼啪声：“没有机飞行领能赶得上您，师父。”

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

立体视觉技术是机技术研究中最为活跃分支，是智能机重要标志。

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

机微操作手设计采用压电伸缩陶瓷微位移。

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

即使工业机手臂可以像柔术演员样旋转，它们仍然有极限。

He is a mere machine.

他只不过是机。

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

（这作品基创意是名为P-N01蒸汽机正在被名为Lucy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焊缝图象识别中起到很好效果。

Through an entire shipful of combat droids? Not likely. "The hangar deck's right below—well, beside us, now. It's our best chance."

要从遍布整艘战舰大群战斗机中穿过去？想都别想。“停机坪就在我们下方——呃，现在它就在我们附近。这是我们绝佳机会了。”

The results show that all solution can determinately exist, which avoids the complicated discussion to singular solution educed from D-H transformation method.

结果表明，各关节运动学逆解唯，计算简单，运算量小，特别是对于具有多冗馀度机，此法能够避免奇异解讨论，提高计算效率。

Many applications in virtual reality and telerobot call for the implementation of displaying the human softness haptics on the object being touched.

触觉再现技术是当前虚拟现实和远程操作机领域前沿,而柔性触觉则是其重要研究内容。

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

摘要设计了种手动可重构、自动变形新型链式模块化机机构，它可以通过结构重构和自动变形来改变自身构形以适应非结构环境中运动和作业要求。

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.

相对于轮式机而言,多足步行机在非结构化环境中具有明显优势。