Mary worked like a
robot.
玛丽工作起来如同一个机器人。
He has super
robot.
他有一个超级机器人。
The
robot can speak Chinese!
这个机器人能讲中文！
The
robot can perform tasks in hazardous environments.
这个机器人可以在危险的环境中执行任务。
She programmed the
robot to clean the house every day.
她编程让这个机器人每天打扫房子。
In the factory,
robots are used for assembly line work.
在工厂里，机器人用于生产线工作。
The newest
robot model is equipped with artificial intelligence.
最新的机器人模型配备了人工智能。
Robots have revolutionized the automotive industry.
机器人已经彻底改变了汽车工业。
A
robot can perform repetitive tasks without getting tired.
机器人可以执行重复的任务而不会感到疲劳。
The
robot's sensors detect obstacles in its path.
机器人的传感器能探测到其路径上的障碍物。
They're developing a
robot that can assist the elderly with daily activities.
他们正在研发一款能帮助老年人进行日常活动的机器人。
In science fiction,
robots often have human-like emotions.
在科幻小说中，机器人通常具有类似人类的情感。
The
robot successfully completed the complex surgery.
机器人成功完成了复杂的手术。
Passing harsh tests such as over-charging, over-discharging, short-circuiting, dropping, heating, vibration, and extrusion, the battery should work in diverse scenarios that require high battery capacity, including electric scooters, robot vacuums, smart speakers, robots, and other smart appliances.
通过过充电、过放电、短路、跌落、加热、振动和挤压等苛刻测试，电池应能在需要高电池容量的各种场景中工作，包括电动滑板车、机器人吸尘器、智能扬声器、机器人和其他智能电器。
In the workshop of Zhejiang Kingdom Solar Energy, it can be seen that huge robot arms work in an orderly way and the automatic tracks are transmitted from one process to another.
在浙江王国太阳能的车间里，可以看到巨大的机械臂有条不紊地工作，自动轨迹从一个过程传递到另一个过程。
At the Tesla booth, visitors flocked to see a humanoid robot named Optimus, which is capable of going up stairs, squatting, holding heavy items, grasping tiny objects and operating mechanical devices.
在特斯拉的展台上，游客们蜂拥观看一款名为Optimus的人形机器人，它能够上楼梯、蹲下、拿重物、抓微小物体和操作机械设备。
In order to make life more convenient and easier, an advanced robot control system has become an indispensable part of the AI age.
为了让生活更方便、更轻松，先进的机器人控制系统已成为人工智能时代不可或缺的一部分。
The team with AIQI Technology is dedicated to applying cutting-edge technology to the robot control systems.
AIQI Technology的团队致力于将尖端技术应用于机器人控制系统。
Yang Zhang, CEO of AIQI Technology, said that developing a dedicated robot operating system is crucial because there are many issues in traditional robot control methods.
艾奇科技首席执行官杨章表示，开发专用机器人操作系统至关重要，因为传统的机器人控制方法存在许多问题。
This will provide necessary technical support for the widespread application of robots in various fields and promote the advancement of robot technology.
这将为机器人在各个领域的广泛应用提供必要的技术支持，促进机器人技术的进步。
Yang Zhang founded Beijing AIQI Technology Co Ltd in 2013, with his major research areas focusing on technologies related to robot control systems, such as communication protocols and programming control platforms.
杨章于2013年创立了北京爱奇科技有限公司，主要研究领域为机器人控制系统相关技术，如通信协议和编程控制平台。
Yang Zhang and his team apply software engineering principles to divide the robot control system into two parts: the underlying control system and the application layer control system, ensuring system stability and flexibility.
杨章和他的团队运用软件工程原理，将机器人控制系统分为底层控制系统和应用层控制系统两部分，确保了系统的稳定性和灵活性。
Currently, ONEBOT intelligent products have implemented several types of robot locomotion: wheeled, such as highway racing cars, hound vehicles; tracked, such as tracked mechs, anti-tracking mechs; multi-legged, such as hexapod titans; and balancing, such as building block balancing robots.
目前，ONEBOT智能产品已经实现了几种类型的机器人运动：轮式，如高速公路赛车、猎犬车；履带式，如履带式机械、反履带式机械；多足类，如六足类泰坦；以及平衡，例如构建块平衡机器人。