The 2020 National Science and Technology Award Conference today (November 3) held in the Beijing Great Hall of the People in the morning, and 264 projects, 10 scientific and technological experts and 1 international organization were selected in the 2020 National Science and Technology Award. Among them, 4 textile projects were awarded.

Li Ling Shen, deputy president of China Textile Industry Association, Zhang Chuanxiong, deputy director of the Science and Technology Development Department, and the main completion of the textover and winning project participated in the General Assembly.

After the review team, the discipline professional evaluation team, the review committee and the reward committee review, the Ministry of Science and Technology, and 264 projects, 10 scientific and technological experts and 1 international organization were selected for the 2020 National Science and Technology Award. Among them, 46 national natural science prizes, 2 first prizes, 44 second prizes; 61 national technology invention prizes: 3 items, 58 second prizes; 157 national science and technology progress prizes: special award 2 items, 187 second prizes, 137 second prizes. 8 foreign experts and 1 international organization won the People's Republic of China International Science and Technology Cooperation Award. The highest science and technology award in the component is given to the Chinese Aviation Industry Group Co., Ltd.

It is understood that the four textile science and technology projects have received "Textile Light" China Textile Science and Technology Award.

"High Quasi-Shuaidian Static Electrospinning Nonwove Material Mulberry Preparation Key Technology and Industrialization" project has won the "Textile Light" 2019 China Textile Technology First Prize. The project uses electrospinning prepared micro-nanofiber non-woven materials with high ratio surface area, high adsorption characteristics, high-efficiency low-resistance filter materials, oriented and diffused, water-saving materials, etc., is my country's "13th Five" "Planning one of the key development directions of the textile industry.

How to give synthetic fibers "function, comfort, intelligence" becoming a major demand and international competitive focus of industrial development. In response to the bottleneck problems encountered in the actual, the Zhu Mengfang team proposed the academic idea of organic inorganic hybrid to build high inductive multifunctional fibers, established a full process functional hybrid technology system, solving the functionality and comfort of synthetic fibrous function and comfort. Industrial challenges. Organic / inorganic hybrid fiber achievements have been "Textile Light" China Textile Technology First Prize. "Organic inorganic in-situ hybridization" Key Technologies "project" project innovative proposes new ideas for organic inorganic in situ to build high inductive multi-functional fibers, invented polymerization process span-scale micro-scaling The inspiration of the function and its uniform dispersion method, established a two-screw restricted space and multi-external field-induced polymer and functional inorganic particle composite system phase structure, developing functional fiber fine, electro-cross-section, composite Processing "Multi-Phase Silk Forming" new technology, constructing the full chain design of multi-functional fibers and integration implementation of new strategies.

"The Preparation Technology and Application of Solid Phase Blend Transfer Polymer Maja Fiber Composite Materials" has won the "Textile Light" 2017 China Textile Technology First Prize. The project uses a hemp fiber instead of chemical fiber and plastic, the micro-fiber composites developed, and it has achieved 10% to 15% of automotive interior, which reduces automotive fuel consumption; application of automotive interior parts prepared by the project, volatilize Sexual organic substances have been greatly reduced, sucking, impact resistance, brittleness, effectively guaranteeing the physical health of vehicle passenger personnel, increases the safety of the vehicle's collision. At the same time, the project achieves resource cycle reuse through the recovery of waste; and has improved production efficiency and product pass rate, reducing production costs, and achieves festival income. The implementation of the project enhanced the autonomous capacity and market competitiveness of my country's automotive industry, and promoted the technological advancement of industrial textile industry.

"High-performance seamless weft smart equipment creation and industrialization" project has obtained "Textile Light" 2019 China Textile Technology First Prize with "Key Technology and Industrialization of Knit Digital Workshop". The project proposes an in-situ control method of a knitting machine driver, assigns control functions of each functional component into the in-situ CPU, improves real-time control performance of the system; developed integrated knitting machinery intelligent control, standardized networking Communication, information management of knitted digital workshop intelligent control network management system platform, implements a rapid response of various types of knitted digital workshops; establishment of a knitting machinery and equipment information model based on industrial network communication specification OPCUA, the development of the information model The loader and compiler realizes the reading and writing of the knit machine from the physical model to the information model, breaking through real-time exchange of production data; formulates the adaptation of the horizontal machine, the round weft, and the 3-class knitting equipment network The "Knitting Machinery Networking Communication Specification" series is compliant with the knitting machinery networking communication protocol and the OPCUA specification, contributing to knitted digital workshops.