The hottest robot development policies and strateg

Policies and strategies for developing robots should focus on five aspects

in the future development of robots in China, policies and strategies should focus on five aspects. In view of the development law of robot technology and industry in advanced developed countries and the current situation of China, in the process of developing robots in China in the future, policies and strategies should focus on the following five aspects:

first, while learning from the experience of developing industrial robots in advanced developed countries, we should strengthen the top-level design of the robot technology route according to the characteristics and problems of China's robot industry. Refine the industrial development path and implementation mode, and formulate the development blueprint of China's next-generation robot technology and the unified industrial development plan as soon as possible, so as to lay a solid foundation for industrial development. Ensure that China's robot industry can continue to develop in the right direction

second, relying on the domestic core R & D team with foundation and strength, establish a multi-level robot technology innovation system with close integration of industry, University, research and application. Robot technology is difficult and risky. Experience at home and abroad shows that enterprises alone cannot achieve the leap forward of robot technology and industrial development. The combination of industry, University and research, and the effective integration of the innovation value chain according to the requirements of the industrial chain are the fundamental ways to achieve technological breakthroughs and industrial development

for example, in order to promote the return of manufacturing industry, the United States began to implement the manufacturing innovation network program in 2012, and established new scientific research institutions to engage in the research and development of common basic technologies for the purpose of achievement transformation. It aims to strengthen the cooperation between research institutions and manufacturing enterprises, support and supplement the deficiencies of national and regional innovation systems. Germany also attaches importance to the combination of production and research. KUKA robot company can inspect viscoelasticity in class 1 silicone polymer plasticine sold as children's toys. The Department has cooperated with the German space agency to develop the next generation of industrial robots, and has achieved a new round of competitive advantages

third, for enterprises engaged in robot R & D and industrialization, the state should give corresponding policy support and encouragement under the premise of WTO rules. Especially for major national engineering projects, actively tap the needs of users, mobilize the enthusiasm of users to adopt domestic robots, and promote the first application and industrialization process; Encourage and develop robot automation complete sets companies, improve the ability of applying robots to solve national economic needs and industrial engineering problems, and form a good interactive situation between robot ontology research and development and robot engineering application

fourth, we should have a deep understanding of the laws of robot technology and industrial development to achieve leapfrog development. Robot Revolution is an organic part of the third industrial revolution characterized by digitalization, intelligence and networking. With the promotion of mobile Internet, big data, cloud computing and other technologies, robots are expected to become new terminals and nodes of IOT, which greatly expands the capabilities of robots. We must pay close attention to this new development trend. Facing the needs of the new industrial revolution, the development of a new generation of information as a network terminal also provides a reference robot for the future development of automobiles (3) the plunger in the oil pump can not work normally, so as to realize the revolution and breakthrough of industrial technology

finally, we should continue to strengthen the training of talents in the field of robotics. Establish and improve the incentive mechanism for robot scientific and technological talents and optimize the growth environment for innovative talents by establishing an expert database of scientific research talents in the robot field. We will strive to cultivate a number of high-level scientific research leaders and high-level innovation teams capable of undertaking major projects in robotics and industrial development. Start with education, formulate a long-term robot talent reserve plan, and establish a joint talent training plan between universities, robot companies and relevant domestic scientific research institutions; We will focus on training by classification, and cultivate specialized talents for all parts of the robot industry chain from the aspects of scientific research, technical research, engineering applications, etc