Smart manufacturing is based on the deep integration of a new generation of information and communication technologies with advanced manufacturing technologies. It penetrates through all aspects of manufacturing activities such as design, production, management, and service, and has functions such as self-awareness, self-learning, self-decision-making, self-enforcement, and self-adaptation. New production methods. Accelerating the development of smart manufacturing is the only way to cultivate new economic growth momentum in China, and it is a strategic choice for seizing the commanding heights of future economic and technological development. It will promote the structural reform of China's manufacturing supply side, create new competitive advantages for China's manufacturing industry, and realize the advantages of manufacturing industries. Important strategic significance. On December 8, 2016, the Ministry of Industry and Information Technology and the Ministry of Finance jointly issued the "Intelligent Manufacturing Development Plan (2016-2020)" (hereinafter referred to as the "Planning"). "Planning" elaborated the current status and situation of China's current smart manufacturing development from six points and eight special actions, and the overall layout of the key tasks for smart manufacturing deployment and implementation in the next five years. Industrial upgrading boosts the development of intelligent robots The rise in labor prices in China has pushed up production costs and is considered to be one of the reasons for the rapid advancement of production and R&D of intelligent industrial robots. Since January 1, 2008, since the implementation of the new labor law, the minimum wage level has been raised in various parts of China, labor costs in the coastal areas have continued to rise, there has been a labor shortage, China’s demographic dividends have gradually lost, and some production-oriented enterprises have begun to relocate. 
At present, due to the continuous rise in domestic labor costs and changes in the labor employment mentality, the manufacturing capacity advantages of Chinese manufacturing industries that once formed with low-cost OEMs also began to erode, gradually shifting towards Southeast Asia and other countries with lower labor costs. Ma Xiaohe, vice president of the Macroeconomic Research Institute of the National Development and Reform Commission, said that the era in which China wants to rely on large exports to stimulate the domestic economy is over. Therefore, urbanization and new-type industrialization will be the new driving force for the next round of economic development. The next step in China's manufacturing industry should be toward high-end, stratified, and low-carbon industrial development, reduce low-end production, and increase high-end production. In fact, China’s robot R&D has not started late. According to Song Xiaogang, secretary-general of the China Robot Industry Federation, as early as the 1970s, China began to develop robots. In 1985, industrial robots were included in the research focus of the national "Seventh Five-Year Plan" for scientific and technological breakthroughs. In 1990, the industrial painting robot PJ-1 was completed on schedule and was also the first painting robot in China. At the same time, prototypes of several other robots were successfully completed, and automatic painting production lines, cab welding lines, and arc welding workstations were established as an application demonstration point at FAW, Second Automobile, and Nanjing Automobile Works respectively. From the early 1990s onwards, with the support of the national "863" program, China's industrial robots have once again taken a giant step in their practice. They have their own intellectual property rights in spot welding, arc welding, assembly, painting, cutting, handling, and packaging. Seven types of industrial robots, such as Krypton, have come out one after another. They have also implemented more than 100 robotic applications and established more than 20 robotic industrialization bases. Judging from the current domestic robot applications, the automotive and electronics industries are the main application areas. However, with the advancement of science and technology, industrial robots are gradually being deployed in areas such as military, fine surgery and dangerous operations, and industrial robots will have an irreplaceable role. At the end of 2013, the Ministry of Industry and Information Technology issued the “Guiding Opinions on Promoting the Development of Industrial Robot Industryâ€. The opinion pointed out that industrial robots are automated equipment that integrates multi-disciplinary advanced technologies such as machinery, electronics, control, computers, sensors, artificial intelligence, and so on. The future direction of smart equipment development. Promoting the application and development of industrial robots has important implications for improving labor conditions, improving product quality and labor productivity, stimulating the development of relevant disciplines and upgrading technological innovation capabilities, and promoting industrial restructuring, changes in development methods, and industrial transformation and upgrading. And require companies to focus on market demand, select the automotive, shipbuilding, electronics, civil explosives, defense and military and other key areas to break through the core technology. The opinion also pointed out that by 2020, China will form a relatively complete system of industrial robots, foster 3-5 internationally competitive leading enterprises and 8-10 supporting industrial clusters. Market and technology are the keys to the strengthening of the industry. After several decades of rapid development, China’s manufacturing industry has leapt to the top in the world and has established a complete and independent manufacturing system. However, compared to advanced countries, it is not. Strong problems are highlighted. As China's manufacturing industry is still in the stage of mechanization, electrification, automation, and digital coexistence, and unbalanced development in different regions, industries, and enterprises, the development of smart manufacturing faces key generic technologies and core equipment. The industry generally believes that the market and technology are two key factors for the robot industry to become bigger and stronger. The robot industry has always been the focus of attention to how to improve the ability of independent innovation and break through the bottleneck of industrialization. Although domestic robots have developed over the past 30 years, the robots developed on robot bodies, control systems, and motors are no different from those used in foreign countries. However, the important components in robots, such as precision reducers and servo motors, are domestic enterprises. Still rely on imports. This is because the reducer and motor of the robot have very high requirements on the accuracy of bearings and gears, and the machining accuracy of these components is closely related to the precision of CNC machine tools and other equipment. In the field of CNC machines, China is still in the technological catch-up stage. In the "Guidelines on Promoting the Development of Industrial Robot Industry", it is clearly proposed to carry out research on core technologies such as system integration, design, manufacture, testing and inspection of industrial robots, and to overcome servo motors, precision reducers, servo drives, and end effectors. Sensors and other key components technology and productivity. In May 2015, the State Council officially released “Made in China 2025â€. It once again clearly pointed out that robots, as a key development area, vigorously developed serialized products of industrial robots and key components and became a key technology for breakthroughs in intelligent robots. For many in the industry, this shows that the country attaches importance to the development of the robot industry and provides strong policy support for the future industrialization of robotics in China. Liu Cheng, director of the Department of Financial Engineering at the School of Economics and Management at the Beijing University of Science and Technology, stated that in the future, the development of robots will, to a certain extent, crowd out or replace the traditional labor force. The extremely high production efficiency of robots will also raise human civilization to a new level of development. Promote laborers to shift to more high-end industries. Intelligent robot or well spraying period As China's industrial structure continues to adjust and upgrade, and the further development of the manufacturing industry, industrial robots are the catalyst for the entire transformation process, and China's industrial robot market will further expand. According to an industry survey released by the International Robotics Association, in 2015, the Asia region ranked first in the growth rate of industrial robot sales in all regions in the world, while China became the largest demanding country for industrial robots with a growth rate of 59%. Although the sales volume of industrial robots in China has grown rapidly over the past five years, our country’s mature markets in foreign countries are still at a relatively low level from the use density (the number of robots per 10,000 workers) and the application ratios. The use of robots in China is only 34, with an international average of 56. In contrast to developed countries, South Korea is the country with the highest density of industrial robots in the world, with 437 robots per 10,000 workers, 323 in Japan, 282 in Germany, and 152 in the United States. According to the 2015 report released by the International Robot Federation (IFR), the sales volume of Chinese industrial robots in 2016-2018 will reach 78,500 units, 98,100 units, and 127,700 units, respectively, with an average annual increase of about 25%. This indicates that the intelligent robot industry in China will enter a development period of blowout in the coming years. Experts said that although China’s robotic automated production line equipment market started late, and domestic equipment manufacturing industry is in a period of transition from traditional equipment to advanced manufacturing equipment, the disappearance of demographic dividends, high-end manufacturing reflow, and low-end manufacturing transfer. The status quo forces China to carry out a series of reforms. With the rapid development of the robot industry in China and the drive of downstream industries, the demand for robots in the future will show a strong development trend.
At present, due to the continuous rise in domestic labor costs and changes in the labor employment mentality, the manufacturing capacity advantages of Chinese manufacturing industries that once formed with low-cost OEMs also began to erode, gradually shifting towards Southeast Asia and other countries with lower labor costs. Ma Xiaohe, vice president of the Macroeconomic Research Institute of the National Development and Reform Commission, said that the era in which China wants to rely on large exports to stimulate the domestic economy is over. Therefore, urbanization and new-type industrialization will be the new driving force for the next round of economic development. The next step in China's manufacturing industry should be toward high-end, stratified, and low-carbon industrial development, reduce low-end production, and increase high-end production. In fact, China’s robot R&D has not started late. According to Song Xiaogang, secretary-general of the China Robot Industry Federation, as early as the 1970s, China began to develop robots. In 1985, industrial robots were included in the research focus of the national "Seventh Five-Year Plan" for scientific and technological breakthroughs. In 1990, the industrial painting robot PJ-1 was completed on schedule and was also the first painting robot in China. At the same time, prototypes of several other robots were successfully completed, and automatic painting production lines, cab welding lines, and arc welding workstations were established as an application demonstration point at FAW, Second Automobile, and Nanjing Automobile Works respectively. From the early 1990s onwards, with the support of the national "863" program, China's industrial robots have once again taken a giant step in their practice. They have their own intellectual property rights in spot welding, arc welding, assembly, painting, cutting, handling, and packaging. Seven types of industrial robots, such as Krypton, have come out one after another. They have also implemented more than 100 robotic applications and established more than 20 robotic industrialization bases. Judging from the current domestic robot applications, the automotive and electronics industries are the main application areas. However, with the advancement of science and technology, industrial robots are gradually being deployed in areas such as military, fine surgery and dangerous operations, and industrial robots will have an irreplaceable role. At the end of 2013, the Ministry of Industry and Information Technology issued the “Guiding Opinions on Promoting the Development of Industrial Robot Industryâ€. The opinion pointed out that industrial robots are automated equipment that integrates multi-disciplinary advanced technologies such as machinery, electronics, control, computers, sensors, artificial intelligence, and so on. The future direction of smart equipment development. Promoting the application and development of industrial robots has important implications for improving labor conditions, improving product quality and labor productivity, stimulating the development of relevant disciplines and upgrading technological innovation capabilities, and promoting industrial restructuring, changes in development methods, and industrial transformation and upgrading. And require companies to focus on market demand, select the automotive, shipbuilding, electronics, civil explosives, defense and military and other key areas to break through the core technology. The opinion also pointed out that by 2020, China will form a relatively complete system of industrial robots, foster 3-5 internationally competitive leading enterprises and 8-10 supporting industrial clusters. Market and technology are the keys to the strengthening of the industry. After several decades of rapid development, China’s manufacturing industry has leapt to the top in the world and has established a complete and independent manufacturing system. However, compared to advanced countries, it is not. Strong problems are highlighted. As China's manufacturing industry is still in the stage of mechanization, electrification, automation, and digital coexistence, and unbalanced development in different regions, industries, and enterprises, the development of smart manufacturing faces key generic technologies and core equipment. The industry generally believes that the market and technology are two key factors for the robot industry to become bigger and stronger. The robot industry has always been the focus of attention to how to improve the ability of independent innovation and break through the bottleneck of industrialization. Although domestic robots have developed over the past 30 years, the robots developed on robot bodies, control systems, and motors are no different from those used in foreign countries. However, the important components in robots, such as precision reducers and servo motors, are domestic enterprises. Still rely on imports. This is because the reducer and motor of the robot have very high requirements on the accuracy of bearings and gears, and the machining accuracy of these components is closely related to the precision of CNC machine tools and other equipment. In the field of CNC machines, China is still in the technological catch-up stage. In the "Guidelines on Promoting the Development of Industrial Robot Industry", it is clearly proposed to carry out research on core technologies such as system integration, design, manufacture, testing and inspection of industrial robots, and to overcome servo motors, precision reducers, servo drives, and end effectors. Sensors and other key components technology and productivity. In May 2015, the State Council officially released “Made in China 2025â€. It once again clearly pointed out that robots, as a key development area, vigorously developed serialized products of industrial robots and key components and became a key technology for breakthroughs in intelligent robots. For many in the industry, this shows that the country attaches importance to the development of the robot industry and provides strong policy support for the future industrialization of robotics in China. Liu Cheng, director of the Department of Financial Engineering at the School of Economics and Management at the Beijing University of Science and Technology, stated that in the future, the development of robots will, to a certain extent, crowd out or replace the traditional labor force. The extremely high production efficiency of robots will also raise human civilization to a new level of development. Promote laborers to shift to more high-end industries. Intelligent robot or well spraying period As China's industrial structure continues to adjust and upgrade, and the further development of the manufacturing industry, industrial robots are the catalyst for the entire transformation process, and China's industrial robot market will further expand. According to an industry survey released by the International Robotics Association, in 2015, the Asia region ranked first in the growth rate of industrial robot sales in all regions in the world, while China became the largest demanding country for industrial robots with a growth rate of 59%. Although the sales volume of industrial robots in China has grown rapidly over the past five years, our country’s mature markets in foreign countries are still at a relatively low level from the use density (the number of robots per 10,000 workers) and the application ratios. The use of robots in China is only 34, with an international average of 56. In contrast to developed countries, South Korea is the country with the highest density of industrial robots in the world, with 437 robots per 10,000 workers, 323 in Japan, 282 in Germany, and 152 in the United States. According to the 2015 report released by the International Robot Federation (IFR), the sales volume of Chinese industrial robots in 2016-2018 will reach 78,500 units, 98,100 units, and 127,700 units, respectively, with an average annual increase of about 25%. This indicates that the intelligent robot industry in China will enter a development period of blowout in the coming years. Experts said that although China’s robotic automated production line equipment market started late, and domestic equipment manufacturing industry is in a period of transition from traditional equipment to advanced manufacturing equipment, the disappearance of demographic dividends, high-end manufacturing reflow, and low-end manufacturing transfer. The status quo forces China to carry out a series of reforms. With the rapid development of the robot industry in China and the drive of downstream industries, the demand for robots in the future will show a strong development trend.
The Din-Rail Terminal Block is used to facilitate the connection of wires. In fact, it is a piece of metal sheet sealed in insulating plastic. There are holes at both ends to insert wires and screws to fasten or loosen them. For example, two wires sometimes need to be connected and sometimes need to be disconnected. This can be connected with terminals and can be disconnected at any time without them It's very convenient and fast to weld or wind together. And it is suitable for a large number of wire interconnection. In the power industry, there are special Terminal Blocks, terminal boxes, all of which are terminal blocks, single-layer, double-layer, current, voltage, common, breakable, etc. A certain crimping area is to ensure reliable contact and enough current.
Insulation material is nylon 66 with good flexibility and flame retardant , copper alloy with wire frame structure provide moisture, salt fog and bad environment protection for a long time, special wire pressing structure have good self-locking and loose proof performance. the product designed in accordance with IEC60947.
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