Industrial robots are not only robots that replace people
The value of industrial robots lies in the fact that they can create more value than workers: they can complete the work of human beings, or even do it better than human beings -- robots can carry out high-intensity work all the time without rest, they will not make mistakes and every movement is accurate, and they can do some work that human beings cannot do. Compared with traditional assembly line workers, industrial robots imitate and surpass their work, which is what makes industrial robots great.
Industrial robots can be targeted at 364 industries
Of course, this is a general statement, because I can't tell you all about the work that industrial robots can do -- after all, industrial robots that are constantly improving seem to do everything. These big guys wrapped in metal shells can build cars, planes, process mobile phones, deliver packages, package food, produce toilets, transport, polish, polish... They are still evolving rapidly since they have artificial intelligence. If there's any job robots won't be able to do in the future, it may be literature -- you can't expect a big robotic arm to pound out the complete Works of Shakespeare on a keyboard.
Industrial robot has three parts: keyboard, main machine and monitor
A standard industrial robot should have three parts: a sensing part, a control part and a mechanical part. The sensing part is equivalent to the host of the desktop computer, which is the core application. The control part is equivalent to the keyboard and mouse of the computer for operation. The mechanical part is equivalent to the monitor of the computer, which can be intuitive. The three major parts are a whole, and together they constitute a complete robot
The robot engineer is the teacher of the robot
Although robots can take the place of humans, they still need the cooperation of robotics engineers. Industrial robots work on the basis of pre-programmed, or artificial intelligence, designed by robotics engineers. Including robot debugging and maintenance, software programming, supporting system development and design, etc. In short, what industrial robots can do depends on what robotics engineers teach them, so robotics engineers are essentially robots' teachers.
5 The difference between robot and automatic equipment
To take a simple example, the mobile phone of the 1990s and the iphone7plus are both communications devices, but they are certainly not the same. This is the relationship between industrial robots and automation equipment. You can say that industrial robots are also a kind of automation equipment, but they are more intelligent, advanced and efficient automation equipment, so there are many differences between the two. It is obviously wrong to simply lump them together.
