A few days ago, the China Academy of Engineering's college-enterprise cooperation exchange meeting was held in Beijing. Zhou Ji, President of the Chinese Academy of Engineering, Huang Danhua, Deputy Director of the State-owned Assets Supervision and Administration Commission of the State Council, and Charlotte Broglin, Director of the Swedish Innovation Agency, attended the meeting. The meeting was hosted by Xie Kechang, Vice President of the Chinese Academy of Engineering.
At the meeting, Zhou Ji made a report entitled “Digital Intelligence and Innovation Driven by Manufacturingâ€. The report goes from “relieving technological innovation to realize the historical leap from manufacturing to manufacturing and manufacturingâ€, “digital intelligence in manufacturing is the core technology of the new industrial revolutionâ€, and “taking the enterprise as the main body to promote the digitalization of manufacturing†On three levels, it discusses how China's manufacturing industry takes the track of innovation-driven development, analyzes typical cases in the fields of product innovation, manufacturing technology innovation, and industrial model innovation, and proposes that “digital manufacturing intelligence†is the new industrial revolution. The core technology perspective.
Zhou Ji pointed out that innovation is the soul of enterprise progress and the inexhaustible motive force for enterprise development. Enterprises are the main body of technological innovation. In the process of digital intelligentization of manufacturing industry, it is necessary to strengthen the main position of technological innovation of enterprises. He stressed that it is necessary to take central enterprises as the leader, enterprises as the mainstay, and rely closely on universities and research institutes to form a digital intelligent intelligent collaborative innovation alliance, giving full play to China's institutional superiority, government-led, overall planning, step-by-step implementation, Key breakthroughs, comprehensive advancement, and effective innovation.
The report also looks forward to the goal of digital intelligentization of manufacturing industry. By 2020, China's machinery products will fully apply numerical control technology, and the overall upgrade will be “CNC generationâ€. China's manufacturing industry basically popularizes digital technology and achieves a certain degree in several fields. Intelligent; by 2030, China's machinery products will be upgraded to the "smart generation", and China's manufacturing industry will fully implement the intelligent manufacturing model in major areas, and as a whole, it will be at the forefront of the world, making fundamental and critical for China's modernization. Strategic contribution.
At the meeting, Huang Danhua made a report on "fully implementing the spirit of the National Technology Innovation Conference and further exerting the backbone role of the central enterprises." Gan Yong, deputy dean of the Chinese Academy of Engineering, published a report entitled “Some Thoughts on Establishing Enterprises as the Main Body Technology Innovation System in the Middle and Late Period of Industrialization in Chinaâ€. In addition, Ma Xingrui, general manager of China Aerospace Science and Technology Corporation, Zhang Yuzhuo, general manager of Shenhua Group Co., Ltd., and Charlotte Blogreen, director of the Swedish Innovation Agency, also gave keynote speeches.
It is understood that the convening of the conference on cooperation between enterprises and enterprises is a concrete manifestation of the Chinese Academy of Engineering's implementation of the spirit of the National Science and Technology Innovation Conference and the promotion of further cooperation with enterprises.
Wave spring has its unique advantage of saving space, which can replace coil Springs. Wave spring also decreases spring cavity by reducing spring operating height. It saves cost by reducing both component size and material used in production.
Wave spring works as a force loading device. It takes up gap and compensate for dimensional changes within the assembled device. Almost any range of forces can be achieved by gradually or suddenly changing loading force to preset working length. So a precise spring ratio can be realized when loading force and deflection change in proportion.
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stamping process.
`SEALMANN` wave spring as a force loading
component can effectively compensate for dimensional deviations in assembly and
it can meet in different static or dynamic applications. There are mainly three
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applications such as hydraulic and pneumatic, machinery, gear drive,
automobile, aerospace and petrochemicals etc.
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