The hottest new trend of intelligent manufacturing

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New trend of intelligent manufacturing and robot technology development (sizing up the situation)

new trend of intelligent manufacturing and robot technology development (sizing up the situation)

China Construction machinery information

intelligent manufacturing, as the product of the integration and development of the new generation of information and communication technology (ICT) and manufacturing technology, represents the main direction of the development of advanced manufacturing technology, and robot is an important and special carrier to realize intelligent manufacturing. Intelligent manufacturing and robot technology will not only promote the development of manufacturing industry, but also promote the birth of new manufacturing formats

intelligent manufacturing drives a new round of industrial transformation and reconstructs the international competition pattern. The core idea of intelligent manufacturing is to realize the horizontal integration of cross enterprise product value network based on the cross integration of information and communication technology, automation technology and manufacturing technology, the vertical integration of enterprise equipment layer, control layer and management layer, and the engineering digital integration of the whole life cycle from product design and development, production planning to after-sales service. Intelligent manufacturing can greatly improve the innovation ability of products, enhance the ability of enterprises to respond to the market quickly, improve the automation, intelligence, flexibility and green level of manufacturing process, so as to meet the growing demand of the pharmaceutical and medical device market in the Asia Pacific region, improve the quality and brand of products, and promote the manufacturing industry to move towards the high end of the industrial value chain. The main technical characteristics of this round of intelligent manufacturing development are: the deep integration of informatization and industrialization. Through the application of ubiquitous information technology such as big data, cloud computing and IOT, we can realize the in-depth informatization of the whole manufacturing process, create a new generation of information physical fusion system (CPS), and realize the strategy of intelligent manufacturing. The goal of high rigidity host of microcomputer screen hydraulic universal experimental machine produced by Jinan new era Gold Testing Instrument Co., Ltd. is to introduce technology. Taking German industry 4.0 and the advanced manufacturing development strategy of the United States as typical representatives, major developed countries are striving to promote the deep integration of informatization and industrialization and accelerate the development of intelligent manufacturing. The fundamental starting point of these countries is to create the leading edge of national manufacturing industry in the context of informatization and seize the commanding height of a new round of international competition. After more than 20 years of rapid growth, China's manufacturing industry urgently needs to implement the innovation driven development strategy to achieve transformation and upgrading. In May this year, the State Council officially released made in China 2025. As the action program for the first decade of China's implementation of the manufacturing power strategy, made in China 2025 proposes to take intelligent manufacturing as the main direction of the deep integration of informatization and industrialization

robots will be important enabling equipment for intelligent manufacturing in the future. Robot is the representative of high-end intelligent equipment and the Strategic Supporting Technology of the country. It is crucial to modern manufacturing, people's livelihood services, national defense security and social development. It is known as the core of the new technological revolution and the "pearl on the crown of manufacturing". Robot was born in the 1960s. Its structural purpose is to assist or even replace human beings to complete various tasks with high efficiency, high precision and high reliability in the environment that human beings cannot reach or are not suitable for human production and life. Traditional industrial robots and professional service robots represented by space and deep-sea exploration have well implemented the above purpose. For example, the large-scale application of industrial robots in automobile production lines has greatly improved production efficiency and reduced production costs. However, since entering the 21st century, environmental pollution, resource shortage and other major issues related to human sustainable development are forcing people to reflect on and gradually change the past extensive production and consumption mode from the initial platform. New manufacturing modes such as green manufacturing, flexible manufacturing and personalized manufacturing are becoming the development direction of the manufacturing industry. Traditional industrial robots that complete repetitive missions with high speed and high precision on rigid production lines have been difficult to meet the needs of these new manufacturing modes for automated and intelligent equipment. At the same time, because the robot is in the pivotal position of the interaction between information space and manufacturing process in the manufacturing system, intelligent manufacturing puts forward new expectations and new requirements for its self-organization and adaptive production requirements. However, the existing robot system has not been separated from the scope of automatic machines, and it still faces great technical challenges to meet the needs of intelligent manufacturing. It is in this context that the development of this technology makes it possible to produce thermoplastic sandwich structures with fiber reinforced coatings in the processing of one injection. A generation of industrial robots has become an urgent need for traditional manufacturing powers to maintain their position. Driven by the new generation of information and communication technology and artificial intelligence technology, the new generation of robots will break through the bottleneck of core technologies such as perception and intelligence, have strong human-computer interaction capabilities, form multiple coordination capabilities with people, machines and the environment, serve as a powerful extension of the information space upward, cover more manufacturing functions downward, and develop in the direction of human-computer coordination and integration

robots will play an irreplaceable role in exploring the unknown world of space, ocean and improving the quality of human life. Robots took the place of humans to land on the moon and Mars, and dived to the bottom of the sea as deep as 10000 meters, playing an irreplaceable role in human exploration of the unknown world of space, ocean and space. The Soviet Union's "Moonwalker" and China's "Jade Rabbit" lunar rovers realized the unmanned inspection and exploration of the moon, and the American "spirit" and "opportunity" Mars rovers completed long-term exploration work in the harsh surface environment of Mars; China's "Jiaolong" went down more than 7000 meters and obtained valuable information about seabed organisms and mineral resources. Relying on robots, human beings have extended their exploration to space, deep sea and other planets. In addition, the research and development of safe new intelligent robot equipment can not only replace human beings in production work more widely, but also directly and safely serve the elderly and assist the disabled. Worldwide, social services and livelihood issues caused by the aging population and the large number of disabled people are becoming increasingly prominent. As of 2013, China has more than 80million disabled people and more than 200million elderly people. Robots will play an important role in improving the quality of life of the disabled and strengthening the care of the elderly

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