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Deepen the development history of industrial robots
Release time:
Jun 27,2024
As a typical symbol of the automation era, the number of people learning industrial robots and eager to understand them has also increased. Many people ask me, I am a novice, how can I learn well? It is already too late to learn now. Knowledge is a process of accumulation, and every time you read, you are making progress. It's not too late to learn now, you're already ahead of many people.
As a typical symbol of the automation era, the number of people learning industrial robots and eager to understand them has also increased. Many people ask me, I am a novice, how can I learn well? It is already too late to learn now. Knowledge is a process of accumulation, and every time you read, you are making progress. It's not too late to learn now, you're already ahead of many people.
I hope every science popularization is helpful to you. Today we will continue to talk about industrial robots in our impression, with the aim of revealing the development of industrial robots:
Part of the discussion discussed the characteristics of industrial robots and robots. Then provide a brief summary of automation and the prerequisites for the robot area, as for industrial robots, history that has not been mentioned cannot be considered automated.
The subsequent history of robotics mechanics and early steps described industrial robots.
We will first briefly introduce the central words of robots and an insight into the feelings related to robots.
Since the beginning of the era of robots, everyone has had different views on robots. Are they in danger? Will they steal our work? How do we utilize them?
The term "robot" exists in several Slavic languages and its original meaning is heavy monotonous work or slave labor (drudgery).
Industrial robots are multi joint robotic arms or multi degree of freedom robots aimed at the industrial field. Many people also like to call it a robotic arm. It is a machine device that automatically executes work, relying on its own power and control ability to achieve various functions.
It can accept human commands or run according to pre arranged programs. Modern industrial robots can also take action based on principles and guidelines formulated by artificial intelligence technology.
In 1954, DeWalt proposed the concept of industrial robots and applied for a patent. The key point of this patent is to use servo technology to control the joints of the robot, and use human hands to teach the robot actions. The robot can record and reproduce actions, which is called a teaching and reproducing robot.
In 1959, industrial robots were born in the United States, ushering in a new era of robot development. Since then, Japan has rapidly developed robots. Currently, the Japanese have been known as the country with the highest production and ownership of industrial robots in the world.
In the 1980s, with the highly automated and integrated production technology, industrial robots were able to further develop and played a very important role in this era.
The first generation of industrial robots generally refers to programmable robots and remote control operators that have been extensively tested in industry.
In 1982, General Motors of the United States equipped robots with visual systems on assembly lines, thus announcing the emergence of second-generation robots - perception robots. (With external sensors, it can be programmed offline, and with the support of the sensing system, it has the ability to perceive the environment to varying degrees and self correct the program.)
The third-generation robots, autonomous robots, are being developed and developed in various countries. In addition to having perception functions, they also have certain decision-making and planning abilities. They can make decisions and plan actions based on human commands or according to their environment, that is, program according to tasks.
The research on robots in our country started relatively late. Starting from the 7th Five Year Plan, the government invested funds in tackling industrial machines and their components, and completed the development and research of a complete set of technology for demonstration and reproduction industrial robots.
In 1986, the National High tech Research and Development Plan began to be implemented, with the theme of intelligent robots tracking the forefront of world robotics technology. A large number of scientific research achievements have been made, and a number of special robots have been successfully developed.
Since the early 1990s, China's national economy has entered a period of achieving two fundamental transformations, sparking a new round of economic system reform and technological progress.
China's industrial robots have taken a big step forward in practice, developing robots for various purposes such as spot welding, arc welding, assembly, painting, cutting, handling, packaging and stacking, and implementing a number of robot application projects, forming a number of robot industrialization bases.
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