Robots are a multidisciplinary, comprehensive field. The motivation for robot development comes from two aspects:
The first is the promotion of new technology development, and the second is the pulling of new applications.
From these two aspects, the development of robot technology has been promoted and driven. So we talk about the development of robots from the emergence of new technologies and the emergence of new applications.
When the robot first appeared, the robot and the person worked in the same environment, and the main purpose of developing the robot was to replace the person. Due to the development of information technology, robots simply replace people, and now they can develop the ability to expand people. In addition to being able to do some work that no one can do, robots can still do some work. For example, after the robot is connected to the Internet, we can control the distant robots through the network, and we can do things that people can't reach or touch, so information technology provides new impetus to the robots, and also provides new applications.
On the other hand, the development of nano and micro-nano technologies has also provided new applications for robots.
For example, in the micro-nano field, the most challenging problem is that the environment is very small. The position we have to operate is very small. It is invisible and intangible. Now the robot can see things that are invisible and intangible. It can touch and expand the processing ability of people in a tiny environment. The development of biotechnology has also provided many new application fields for robots, but the biological field is not the same as the traditional manufacturing industry. Because cells live under specific physiological conditions, it is not only operational to promote robotics into this field. The material is small and the environment is very special.
Therefore, from these three aspects, the robot can expand the human ability, overcome the difficulties brought by the distance, overcome the difficulties brought by the scale, and overcome the difficulties brought by the environment, such as the physiological environment. . In combination, robots can expand human capabilities in addition to simply replacing people. This is what we call an over-limit robot that transcends human limits and overcomes the difficulties that distance, scale and environment bring to humans.
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