The replacement of artificial production by robots is an important development trend in the future manufacturing industry. It is the basis for realizing intelligent manufacturing, and it is also the guarantee for future realization of industrial automation, digitization, and intelligence. 30 years of accumulation to realize small to large robots and intelligent manufacturing will be deeply integrated Recently, the “high-end forum of robots and smart manufacturing†was held at Hefei University of Technology. Robot experts and manufacturing elites from all over the country gathered to discuss how robots and smart manufacturing were created. Through in-depth integration, Hefei will help build a robot industry gathering area and realize robot technology and industrial innovation leapfrogging. Thirty years of accumulation, from small to large intelligent manufacturing extends the concept of manufacturing automation to more flexible, intelligent and highly integrated. The robot is a representative of high-end smart equipment and has been described as "the crown of the manufacturing crown". 
The replacement of artificial production by robots is an important development trend in the future manufacturing industry. It is the basis for realizing intelligent manufacturing, and it is also the guarantee for future realization of industrial automation, digitization, and intelligence. “Why intelligent manufacturing requires robots?†Li Shaofei, manager of KUKA Robot (Shanghai) Co., Ltd., said in a speech at the conference: “Many work environments are unfriendly, such as dangerous goods manufacturing, chemical industry, military industry, etc. The cost of artificial training is too high, pushing robots to the cusp of smart manufacturing.†Therefore, industrial robots will become intelligent manufacturing around the needs of applications such as automobiles, machinery, electronics, dangerous goods manufacturing, defense, military, chemical, and light industries. Representative of smart equipment. On December 18, 1987, China successfully developed the first fully domestic robot, the No. 1 robot in Yegang. At that time, the researchers of the Beijing Iron and Steel Institute made four years of efforts to achieve breakthroughs in a number of key core technologies, filling the technological gap in our country's industrial robot control system. After nearly 30 years of development, China's robotics industry has grown from scratch and has grown into small groups. It has formed an industrial cluster that is engaged in the R&D of robots, manufacturing, engineering applications, and parts and components. According to public data, in 2014, China was ranked first in the world’s number one industrial robot market, and robot sales in China increased by 56% to 57,000 units. Although China's robotics technology and industry have grown from "followers" to "parallelists," there are still significant gaps compared with developed countries. Today, the robotics industry has high hopes in the process of transformation and upgrading of traditional manufacturing. The 2015 World Robotics Conference was held in Beijing. President Xi Jinping expressed in his congratulatory letter that China has incorporated robotics and smart manufacturing into the priority areas of national science and technology innovation. In recent years, policies, funds, and many resources have rapidly been tilted toward robotics and smart manufacturing. Pain points in the new period, how to grow from big to strong "From the robot big country to the robot power, focusing on the development of key components is the key." The representative from the conference, Li Wanlong, chief engineer of Chongqing Googol Changjiang Research Institute, introduced that the controller is the brain of the robot and is mainly used to issue and transmit action instructions. The modern manufacturing industry has high requirements for the openness of industrial robot controllers. It requires that it be portable between different platforms and can interact with other application systems. Based on years of accumulated experience in motion control, Googol focuses on providing a core control technology platform. The open universal robot controller is one of the important R&D achievements. "The low conversion rate of technological achievements is currently a "pain point" in which China's smart manufacturing has developed by leaps and bounds." Ding Yudong, president of Shanghai Demeco Automotive Equipment Co., Ltd., introduced at the meeting that the gap between China’s robotics and foreign countries in terms of technology research is not that big, and the key is that the combination of “production, research, and use†is not tight. On the one hand, the scientific and technological achievements in scientific research units are “hidden in depthâ€; on the other hand, the lack of core technologies of enterprises “waits for attentionâ€. The unsuccessful transformation of results has led to the inability of scientific and technological achievements to take root and transform them into productive forces. It is difficult for companies to use the “ladder†to ascend. “Everyone’s wisdom is full of responsibility.†Li Shaofei, manager of KUKA Robotics, believes that China’s robotics industry and industry need to develop “intellectualism.†He also used KUKA robots as an example to analyze the development of robotics in Germany. Experts at the meeting analyzed that currently there are still some problems in the domestic smart manufacturing industry. The manifestations are as follows: the immature application development leads to the idleness of the robot; the integrator is not professional; the robot use function is not perfect; professional commissioning and maintenance personnel Shortages, small problems cannot be solved in time; lack of necessary daily maintenance, shortened robot life, etc. In response to these problems, experts gave suggestions and suggestions, such as introducing outstanding integrators, focusing on training and cooperation, and accelerating the promotion of advanced technologies within the industry; giving priority to simple and feasible projects, gradually improving the quality of use, training talents, and establishing training mechanisms. Assisting end users in training a group of professional robot equipment maintenance and use personnel. Robots Ruan Jun, Into the Core of Industry In October 2013, the National Development and Reform Commission approved the implementation plan for the pilot development of strategic emerging industries in our province, and supported the province to build a robot industry agglomeration pilot. In the past three years, our province has been actively implementing the supporting funds for the development of the industrialization robot industry demonstration zone of the “Pumaâ€, focusing on supporting the construction of service platforms such as industrial robot technology R&D, industrialization, demonstration, promotion and application, product testing, and industrial technical training. Today, the development of robots in Anhui is remarkable. In 2015, the province produced more than 2,200 industrial robots, ranking among the top in the country. As the center of the province's robotic industry, Hefei has established a strategic alliance for technological innovation in the robotics industry. Currently, it has 35 member companies. During the “Thirteenth Five-Year Plan†period, alliance companies will jointly create a “golden period†for the development of the robot industry in Hefei. The "high-end forum for robotics and smart manufacturing" held this time will provide decision-making reference for Hefei to formulate a development plan for the robot industry and promote the transformation and upgrading of the manufacturing industry. Hefei Institute of Technology, one of the organizers of the Forum, signed a contract with KUKA Industries (China) on November 10, 2015 to build a “Smart Academy-Kuka Research Centerâ€, which will be a collaboration between industry, universities and research institutes in the field of robotics research and development. Stride. Prior to this, on July 10, 2015, the HIT Robot Project was also located in the Economic Development Zone of Hefei City. The relevant person in charge of the Hefei Institute of Physical Science of the Chinese Academy of Sciences also stated that he is gradually shifting from technology research and development to robot manufacturing, and the use of robots has expanded from aerospace military to civil use. The person in charge of the Hefei Engineering Institute said that Hefei has the strength to build a smart manufacturing industry cultivation base that has significant influence in China and a national manufacturing innovation center. During the “Thirteenth Five-Year Plan†period, the hospital will build a robotics R&D and product inspection and testing base to carry out basic robot research and R&D of key components, promote the standardization of the robot industry, and strive to research and develop key components, establish industry standards, and control robots. The breakthrough in training has become an important force for the development of the Hefei robot industry.
The replacement of artificial production by robots is an important development trend in the future manufacturing industry. It is the basis for realizing intelligent manufacturing, and it is also the guarantee for future realization of industrial automation, digitization, and intelligence. “Why intelligent manufacturing requires robots?†Li Shaofei, manager of KUKA Robot (Shanghai) Co., Ltd., said in a speech at the conference: “Many work environments are unfriendly, such as dangerous goods manufacturing, chemical industry, military industry, etc. The cost of artificial training is too high, pushing robots to the cusp of smart manufacturing.†Therefore, industrial robots will become intelligent manufacturing around the needs of applications such as automobiles, machinery, electronics, dangerous goods manufacturing, defense, military, chemical, and light industries. Representative of smart equipment. On December 18, 1987, China successfully developed the first fully domestic robot, the No. 1 robot in Yegang. At that time, the researchers of the Beijing Iron and Steel Institute made four years of efforts to achieve breakthroughs in a number of key core technologies, filling the technological gap in our country's industrial robot control system. After nearly 30 years of development, China's robotics industry has grown from scratch and has grown into small groups. It has formed an industrial cluster that is engaged in the R&D of robots, manufacturing, engineering applications, and parts and components. According to public data, in 2014, China was ranked first in the world’s number one industrial robot market, and robot sales in China increased by 56% to 57,000 units. Although China's robotics technology and industry have grown from "followers" to "parallelists," there are still significant gaps compared with developed countries. Today, the robotics industry has high hopes in the process of transformation and upgrading of traditional manufacturing. The 2015 World Robotics Conference was held in Beijing. President Xi Jinping expressed in his congratulatory letter that China has incorporated robotics and smart manufacturing into the priority areas of national science and technology innovation. In recent years, policies, funds, and many resources have rapidly been tilted toward robotics and smart manufacturing. Pain points in the new period, how to grow from big to strong "From the robot big country to the robot power, focusing on the development of key components is the key." The representative from the conference, Li Wanlong, chief engineer of Chongqing Googol Changjiang Research Institute, introduced that the controller is the brain of the robot and is mainly used to issue and transmit action instructions. The modern manufacturing industry has high requirements for the openness of industrial robot controllers. It requires that it be portable between different platforms and can interact with other application systems. Based on years of accumulated experience in motion control, Googol focuses on providing a core control technology platform. The open universal robot controller is one of the important R&D achievements. "The low conversion rate of technological achievements is currently a "pain point" in which China's smart manufacturing has developed by leaps and bounds." Ding Yudong, president of Shanghai Demeco Automotive Equipment Co., Ltd., introduced at the meeting that the gap between China’s robotics and foreign countries in terms of technology research is not that big, and the key is that the combination of “production, research, and use†is not tight. On the one hand, the scientific and technological achievements in scientific research units are “hidden in depthâ€; on the other hand, the lack of core technologies of enterprises “waits for attentionâ€. The unsuccessful transformation of results has led to the inability of scientific and technological achievements to take root and transform them into productive forces. It is difficult for companies to use the “ladder†to ascend. “Everyone’s wisdom is full of responsibility.†Li Shaofei, manager of KUKA Robotics, believes that China’s robotics industry and industry need to develop “intellectualism.†He also used KUKA robots as an example to analyze the development of robotics in Germany. Experts at the meeting analyzed that currently there are still some problems in the domestic smart manufacturing industry. The manifestations are as follows: the immature application development leads to the idleness of the robot; the integrator is not professional; the robot use function is not perfect; professional commissioning and maintenance personnel Shortages, small problems cannot be solved in time; lack of necessary daily maintenance, shortened robot life, etc. In response to these problems, experts gave suggestions and suggestions, such as introducing outstanding integrators, focusing on training and cooperation, and accelerating the promotion of advanced technologies within the industry; giving priority to simple and feasible projects, gradually improving the quality of use, training talents, and establishing training mechanisms. Assisting end users in training a group of professional robot equipment maintenance and use personnel. Robots Ruan Jun, Into the Core of Industry In October 2013, the National Development and Reform Commission approved the implementation plan for the pilot development of strategic emerging industries in our province, and supported the province to build a robot industry agglomeration pilot. In the past three years, our province has been actively implementing the supporting funds for the development of the industrialization robot industry demonstration zone of the “Pumaâ€, focusing on supporting the construction of service platforms such as industrial robot technology R&D, industrialization, demonstration, promotion and application, product testing, and industrial technical training. Today, the development of robots in Anhui is remarkable. In 2015, the province produced more than 2,200 industrial robots, ranking among the top in the country. As the center of the province's robotic industry, Hefei has established a strategic alliance for technological innovation in the robotics industry. Currently, it has 35 member companies. During the “Thirteenth Five-Year Plan†period, alliance companies will jointly create a “golden period†for the development of the robot industry in Hefei. The "high-end forum for robotics and smart manufacturing" held this time will provide decision-making reference for Hefei to formulate a development plan for the robot industry and promote the transformation and upgrading of the manufacturing industry. Hefei Institute of Technology, one of the organizers of the Forum, signed a contract with KUKA Industries (China) on November 10, 2015 to build a “Smart Academy-Kuka Research Centerâ€, which will be a collaboration between industry, universities and research institutes in the field of robotics research and development. Stride. Prior to this, on July 10, 2015, the HIT Robot Project was also located in the Economic Development Zone of Hefei City. The relevant person in charge of the Hefei Institute of Physical Science of the Chinese Academy of Sciences also stated that he is gradually shifting from technology research and development to robot manufacturing, and the use of robots has expanded from aerospace military to civil use. The person in charge of the Hefei Engineering Institute said that Hefei has the strength to build a smart manufacturing industry cultivation base that has significant influence in China and a national manufacturing innovation center. During the “Thirteenth Five-Year Plan†period, the hospital will build a robotics R&D and product inspection and testing base to carry out basic robot research and R&D of key components, promote the standardization of the robot industry, and strive to research and develop key components, establish industry standards, and control robots. The breakthrough in training has become an important force for the development of the Hefei robot industry.
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