NO.1

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Robotics has become one of the most important areas of research in recent decades. This article will explain the No.1 application field of robotics and its working principle.

One of the most important application fields for robotics is in manufacturing and industrial production. Robots are used to automate and streamline tasks that are dangerous, tedious, or repetitive and therefore reduce costs and increase efficiency. For example, robots can be used in assembly lines to put together parts, weld parts, test products for defects, package products for shipment, etc. Robots can also be used for more intricate operations, such as machining, painting, and other manufacturing processes that require precision and accuracy. Additionally, robots can be used for hazardous tasks that would be unsafe for humans, such as working in areas with hazardous materials or high temperatures.

Robotics works by taking advantage of the properties of electronics, mechanics, sensing, and computer control. Robotics has two main components: the mechanical system and the control system. The mechanical system contains all the physical components of the robot, such as arms, legs, and other actuators. The control system contains the electronics and software that runs the robot. These components interact with each other and the environment to control the robot\'s motion and actions. The control system is responsible for making the robot sense and interpret its environment, plan its actions, and then execute those actions.

A robot\'s actions are controlled by a computer program that is written for it. This program is the robot\'s "brain" and controls how it runs and interacts with its environment. The program is a series of instructions that tells the robot what to do and how to do it. Most robots also have sensors and other devices that allow it to detect its environment, such as sensing obstacles or changes in its environment. By using these sensors, the robot can make decisions on how to act accordingly.

Robotics is a highly effective and efficient means of automating tasks in many different industries. It is used in everything from manufacturing to healthcare, and its use is becoming increasingly popular. It is a powerful and versatile technology that has the potential to revolutionize the way we do things. As the technology continues to advance, it is likely that robotics will become even more popular and find applications in many different industries.

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