To implement the Outline of the Twelfth Five-Year Plan for National Economic and Social Development and the Outline of the National Medium- and Long-Term Scientific and Technological Development Plan (2006-2020), to clarify the technologies in the field of industry and information technology during the 12th Five-Year Plan period. Innovative goals and key tasks, guiding and strengthening technological innovation work in key industries, and promoting industrial transformation and upgrading. On November 4, the Ministry of Industry and Information Technology issued the “Twelfth Five-Year Plan for Industrial Technology Innovationâ€. The planning scope covers four areas of raw materials, equipment manufacturing, consumer goods and information industry. The planning period is from 2011 to 2015. Attachment: Preface to the "Twelfth Five-Year" Industrial Technology Innovation Plan "12th Five-Year" Industrial Technology Innovation Planning Catalogue (I) Significant improvement in the required equipment level of some key industries (II) New breakthroughs in key and common technologies in key industries (3) Further strengthening of industrial sustainable development capability II. Facing domestic and international situations (1) Increasing international competition has brought new challenges to industrial technology innovation (2) Accelerating industrial transformation and upgrading has provided new opportunities for industrial technology innovation (3) Cultivating development strategy Sexual emerging industries have put forward new demands for industrial technology innovation. (IV) Building an innovative country has put forward new tasks for industrial technology innovation. 3. Guiding ideology and development goals (I) Guiding ideology (II) Development Goal IV. Key Tasks (1) Strengthening the capacity building of technological innovation (2) Building a technological innovation service system (3) Vigorously developing key and common technologies (4) Focusing on promoting the transformation of scientific and technological achievements (5) Cultivating and developing strategic emerging industries V. Technology development direction in key areas (1) Raw material industry (II) Equipment manufacturing industry (3) Consumer goods industry (4) Information industry 6. Safeguard measures (1) Establishing an overall coordination mechanism 19 (2) Increasing capital investment (3) Playing a policy guiding role (4) Improving the technical standards system (V) Expanding international scientific and technological cooperation (6) Strengthening the training of talents The preface “Twelfth Five-Year Plan†is a crucial period for China to build an innovative country. Actively promoting technological innovation, achieving major key and common technological breakthroughs, and accelerating the transformation of development mode are urgent tasks for the current industrial economic development. Strengthening industrial technology innovation is an important means to implement the central government's transformation of the economic development mode and the promotion of the integration of the two industries. It is also the main support for taking the road of new industrialization, realizing the strategic adjustment of economic structure, and cultivating strategic emerging industries. To implement the Outline of the Twelfth Five-Year Plan for National Economic and Social Development and the Outline of the National Medium- and Long-Term Scientific and Technological Development Plan (2006-2020), to clarify the technologies in the field of industry and information technology during the 12th Five-Year Plan period. Innovative goals and key tasks, guide and strengthen the technological innovation work of key industries, promote industrial transformation and upgrading, and specially formulate the "12th Five-Year Plan for Industrial Technology Innovation." The planning scope covers four areas of raw materials, equipment manufacturing, consumer goods and information industry. The planning period is from 2011 to 2015. I. Current Status and Problems of Industrial Technology Innovation During the 11th Five-Year Plan period, industrial technology innovation in key areas of industry and informatization in China has achieved fruitful results. (1) The level of equipment required for some key industries has been significantly improved. Through the independent development and introduction of technology, the technical level of equipment required for some key industries has been significantly enhanced. Successfully developed the first domestic tens of tons of alkali-free glass fiber kiln drawing production line. Petrochemical key equipment such as 200,000 tons/year cracking furnace, million tons of ethylene cracking gas compressor unit and propylene compressor unit, and millions of tons of ethylene large cold box were put into operation. Large-scale cold continuous rolling complete equipment has realized comprehensive integration and innovation from engineering planning to commissioning, from unit capacity to variety and quality. Developed the 400 kA aluminum electrolysis cell with the largest tank capacity in the world. The design automation of the 600,000 kW PWR nuclear power plant and the localization of most of the equipment were realized, and the 3 MW and below wind turbines were mass-produced, and the demonstration 1000 kV AC and ±800 kV DC UHV transmission were successfully applied. Electric equipment. The first set of domestically produced 1 million tons of terephthalic acid (PTA) equipment was built and put into operation, breaking the monopoly of foreign technology. The first 8.5-generation LCD panel production line was completed and put into production. China's self-developed TD-SCDMA third-generation digital mobile communication system has been put into commercial use. (II) New breakthroughs in key and common technologies in key industries Overcoming a large number of key and common technologies that constrain industrial development, breakthroughs have been made in some areas, and technological innovation capabilities in key industries have been further improved. As of 2010, the number of national engineering research centers has reached 127, and the number of state-level enterprise technology centers has reached 729. The non-ferrous metal industry has made major breakthroughs in hot strip rolling technology for aluminum strip, multi-metal mine bottom blowing and trapping technology, and low-temperature low-voltage aluminum electrolysis technology. The printing and dyeing industry has achieved breakthroughs in process technologies such as high-efficiency short-process pre-treatment and cold-rolled pre-treatment, and promoted it in the industry. The chemical fiber industry has achieved technological breakthroughs in high-performance fibers such as carbon fiber T300, aramid 1313, polysulfonamide, ultrahigh molecular weight polyethylene, polyphenylene sulfide and basalt. The annual output of the building materials industry with an annual output of 120,000 tons of ultra-large kiln and oxy-combustion technology has reached the international advanced level. The process technology of high-efficiency double-blowing converter technology and high-speed continuous casting technology in the steel industry has made significant progress. The electronic information industry FT-1000 CPU chip and Kirin operating system are applied to the "Tianhe No. 1" high-performance computer, and the advanced chip electronic design automation (EDA) tool platform has completed the pilot application, filling a number of blanks of domestic EDA tools. A number of high-end integrated circuit products such as CPU and mobile communication chips have made breakthroughs, and digital TV terrestrial transmission technology and digital audio and video codec technology have reached the international advanced level. (III) The ability of sustainable development of the industry to further strengthen the steel industry to promote the application of large-scale blast furnace smelting technology, high-efficiency low-cost clean steel smelting technology, a new generation of controlled rolling and cooling technology, performance prediction and control technology and other key process technologies, realized The production efficiency of the steel industry is effectively improved and the cost of steel products is reduced. The petrochemical industry has developed and applied oils including series of selective catalytic cracking gasoline hydrogenation, ultra-low sulfur diesel hydrogenation technology, and adsorption desulfurization technology to produce oil series clean fuels with sulfur content meeting national III and national IV emission standards. Breakthrough progress has been made in the independent research and development of a number of environmentally friendly technologies such as pure low-temperature waste heat power generation technology, glass kiln flue gas waste heat power generation technology and coal gangue brick waste heat power generation technology in the building materials industry. The information industry has made major breakthroughs in the standardization of software and information technology services, digital television, electronic special equipment, information security, integrated circuits, key components, and next-generation networks. While seeing the results, we must also clearly understand that there are still some problems to be solved urgently in China's industrial technology innovation, mainly as follows: First, the technological innovation system with enterprises as the main body needs to be improved. Enterprises have not really become the main body of technological innovation. The technological innovation mechanism of production, research and research has to be formed, and the technological innovation between the upstream and downstream of the industrial chain is not tight enough. Second, the core technologies of the industry are highly dependent on foreign countries, and there are few technologies and products with independent intellectual property rights. Third, insufficient investment in technological innovation. The problem of insufficient input intensity and decentralized investment has long existed, especially the investment in industry-based technology research is seriously inadequate. In 2009, the internal expenditure of research and development funds of industrial enterprises above designated size accounted for only 0.69% of the main business income. II. Facing Domestic and Foreign Situations During the "Twelfth Five-Year Plan" and the coming period, the domestic and international economic and technological situations will undergo profound changes, which will present new challenges and opportunities for China's industrial technology innovation work. (1) Increasing international competition has brought new challenges to industrial technology innovation. The rapid development of science and technology, the world has entered an era of unprecedented innovation, and new industry changes characterized by intelligence, green and universal benefits are poised for growth. All countries are strengthening strategic deployment with technology innovation as the core, trying to seize the commanding heights in emerging industries such as new energy, information and biology. The US and British governments have re-emerged to focus on the development of high-tech manufacturing. Germany and Japan are striving to maintain their superiority and monopoly position in the high-tech industry. At the same time, the low-cost advantages of developing countries have also exerted tremendous pressure on China's industrial development. To survive and develop in such fierce competition, we must change the weak state of industrial technology from the source. (II) Accelerating industrial transformation and upgrading has provided new opportunities for industrial technology innovation. Industrial technology innovation is an important support for transforming industrial development mode and realizing industrial transformation and upgrading. Controlling total volume, mergers and acquisitions, elimination of backwardness, energy conservation and emission reduction, quality of varieties, Integration is an important measure for industrial restructuring. The increasingly constrained resources and environment and the issue of climate change require that China's industry must transform its extensive development mode of relying on large amounts of resources and energy for a long time, and take a new path of resource conservation, environmental friendliness and green growth. The technological transformation of enterprises, the upgrading of industrial technology, and the energy-saving and emission reduction of production processes are inseparable from the guarantee of key industrial and common technologies. (III) Cultivating and developing strategic emerging industries have put forward new demands for industrial technology innovation. The “Decision of the State Council on Accelerating the Cultivation and Development of Strategic Emerging Industries†has high knowledge intensity, strong tie-making action, great development potential and good comprehensive benefits. Energy conservation and environmental protection, new generation information technology, biology, high-end equipment manufacturing, new energy, new materials, new energy vehicles and other industries will be promoted as the focus of strategic emerging industries at this stage. Propose the development of strategic emerging industries, highlight innovation-driven, strengthen technology integration and joint research, and master a number of key core technologies. It fully embodies the support and leading role of industrial technology innovation in the process of fostering and developing strategic emerging industries. (IV) Construction of an innovative country has put forward a new task for industrial technology innovation. The “Twelfth Five-Year Plan†is a key period for China to implement the medium- and long-term planning outline. It is to improve the ability of technological innovation, grasp the initiative of the international economic order, and renovate the innovation. The period of strategic opportunity is a crucial period for promoting the transformation of development mode and building a well-off society in an all-round way. Strengthening industrial innovation infrastructure construction, breaking through industrial common technology, optimizing engineering experiments and engineering conditions, and perfecting industrial technology innovation system are important tasks for industrial technology innovation in the industrial and information fields during the 12th Five-Year Plan period, and also building innovative countries. The important foundation. III. Guiding ideology and development goals (1) Guiding ideology Comprehensively implement the scientific development concept, regard technological innovation as an important support for taking a new road to industrialization, and adhere to the principle of “enterprise main body, policy guidance; key breakthroughs, overall improvementâ€, and promote The enterprise is the main body, the technology innovation system combining production, study and research, focusing on breaking through key and common technologies in key areas, enhancing the core competitiveness of the industry, improving the overall technical level of the industry, and realizing the transformation of industrial development mode. - Enterprise main body and policy guidance. Give play to the role of enterprise technology innovation, encourage enterprises to increase investment in innovation, strengthen the combination of production, education and research, and enhance the technological level of enterprises. We will give play to the guiding role of relevant science and technology plans and major science and technology projects, strengthen technical innovation support policies, and promote the research and development and promotion of key technologies in key industries. -- Key breakthroughs and overall improvement. Focus on a number of key technologies that restrict industrial development, strengthen the promotion and industrialization of major technological research results, and achieve technological breakthroughs in key industries. Give play to the role of market mechanism, accelerate the transformation and application of results, and comprehensively enhance the technological innovation capability and core competitiveness in the field of industry and information technology. (II) Development Goals By 2015, China's industrial and informatization key areas have made major breakthroughs in industrial technology innovation, mastering a number of core technologies and key technologies with independent intellectual property rights, and industrial technology in some areas is at the forefront of the world. 1. The technological innovation capability of enterprises has been significantly enhanced. The construction of technological innovation capability of enterprises has achieved initial results, and the technical level has gradually increased, cultivating a group of large enterprise groups with international competitiveness. The internal expenditures of research and development funds of industrial enterprises above designated size accounted for more than 1% of the main business income, and a group of key enterprises reached more than 10%. 2. The technical level of key industries has improved significantly. Develop a number of industrial core technologies and key technologies with independent intellectual property rights, and make major breakthroughs in solving bottlenecks that restrict the development of key industries. The technical level of key industries has been significantly improved. 3. The industrial technology innovation system is gradually improved. We will build a number of industrial technology innovation service platforms and key laboratories in the industry, and cultivate a number of innovative enterprises that lead the industry development and world-leading technology level. We will initially establish a technological innovation system that combines enterprises, research, and research to foster a high number of high-tech enterprises. Quality and technology innovation talent team. IV. During the “Twelfth Five-Year Plan†period, the industrial and technological innovation work in the industrial and information fields will focus on the above objectives and vigorously promote the following five aspects: (1) Strengthening the capacity building of technological innovation 1. Building a number of industry priorities The laboratory focuses on industrial upgrading and traditional industrial transformation needs in key industrial fields, integrates superior resources, supports the formation of a number of key industry laboratories on the existing basis, and supports strategic development of high-end equipment manufacturing, new generation information technology, new materials, and biomedicine. The development of emerging industries needs to build a number of key industry laboratories in areas where the strength of strength is concentrated. 2. Construct a group of industrial technology innovation platforms around the development of traditional industries, relying on large-scale conversion institutes and key enterprises, and concentrating resources such as talents, technology and experimental conditions in more prominent areas of advantage, adopting new operational mechanisms and assessment methods to establish innovations. An industrial technology development platform with strong capabilities, flexible operating mechanisms, and strong technical support for the industry. Focusing on the development of national strategic emerging industries, relying on key enterprises, we will build a number of industrial technology development platforms to provide technical support for the development of the industry. 3. Promote the R&D capacity building of enterprises Encourage enterprises to strengthen the construction of R&D institutions such as enterprise technology centers, improve scientific research equipment and pilot plants, and vigorously support key enterprises in key industries to enhance R&D capabilities. Select a group of typical enterprises with independent intellectual property rights, good research and development, and industry-driven, as a model enterprise for technological innovation. (II) Build a technology innovation service system 1. Promote the construction of strategic alliances for industrial technology innovation Promote the construction of strategic alliances for technological innovation in key areas, establish and improve a new mechanism for industrial synergy innovation, and promote research on key and common technologies in the industry. Relying on leading enterprises, we will establish an open technology platform combining production, learning, research and use, unify industrial technology standards, coordinate research and development of new technologies and new products, share technological achievements, and promote the improvement of the overall technical level of the industry. 2. Strengthen the construction of supporting service system and promote the construction of a number of intermediary service organizations and public service platforms with strong technical extension services in key industrial clusters, strengthen the promotion and application of key and common technologies in the industry, and realize the overall technical level of regional industries. Enhance; play the intermediary company's research and development, design, inspection and testing, quality control and other service functions, support small and medium-sized enterprises to carry out technological innovation, enhance regional advantages, technological innovation capabilities of featured industries, and promote the development of relevant industrial clusters. (3) Vigorously develop key and common technologies 1. Continue to increase the implementation of major science and technology projects to continue to accelerate the core electronic devices, high-end general-purpose chips and basic software, large-scale integrated circuit manufacturing technology and complete sets of technology, next-generation broadband wireless mobile communications , high-end CNC machine tools and basic manufacturing equipment, new varieties of genetically modified organisms, major new drug creation, large aircraft and other major scientific and technological projects, increase capital investment, encourage enterprises to participate in major projects, to achieve breakthroughs in key areas of core technology. 2. Strengthen the major technological development of the industry, combine the current industrial development bottlenecks and the urgent needs of the development of emerging industries, and give full play to the key industries of the industry, focusing on the comprehensive utilization of resources, energy conservation and consumption reduction, new material preparation, intelligent manufacturing, informationization and industrialization. Leading role and supporting role of research institutes, innovative research mechanisms, organization and implementation of major industrial technology development, solving technical bottlenecks in industrial development, improving the core competitiveness of enterprises, and promoting industrial restructuring, optimization and upgrading. (IV) Focus on promoting the transformation of scientific and technological achievements 1. Accelerate the transformation of high-tech achievements Actively promote the industrialization of major special scientific and technological achievements, give play to the leading role of industrial technology innovation, and support the development of key industries to high-end. Promote the industrialization of research results in high-tech fields such as information, new materials, new energy, and advanced manufacturing, and improve the core competitiveness of the industry. 2. Strengthen energy conservation and emission reduction and comprehensive utilization of resources to promote the application of advanced manufacturing technologies and cleaner production methods, strengthen the promotion and application of environmental protection and comprehensive utilization of resources, improve material utilization and production efficiency, and reduce resources and energy consumption in key industries. Emissions. In the fields of steel, nonferrous metals, petrochemicals, building materials and other raw materials, we promote various advanced environmental technologies to achieve energy conservation, emission reduction and consumption reduction; and vigorously develop industrial boilers, internal combustion engines, motors, fans and pumps that are efficient, energy-saving and less polluting. The electric furnace is equipped with a large amount of equipment and products; the technical promotion of raw materials reduction, product reusability and waste recycling in light industry and electronics manufacturing is strengthened. 3. Actively develop advanced and applicable technologies to provide strong support for technological transformation. Promote the application of advanced and applicable technologies, and accelerate the optimization and upgrading of traditional industries. Focusing on variety quality, comprehensive utilization, environmental protection, energy conservation and emission reduction, and safe production, we actively research and develop new technologies and processes to provide technical support for technological transformation of enterprises. Strengthen the informationization of key aspects such as R&D and design, manufacturing, operation management, marketing logistics, process optimization, supply chain management, product informationization, energy conservation and emission reduction, and safe production, and support enterprise information integration and informationization. Enterprise model innovation, promote the integration of innovation in information technology and production service industry, and improve the level of application synergy and industrial agglomeration between industries. (V) Cultivate and develop strategic emerging industries focus on the cultivation and development needs of energy-saving and environmental protection, new-generation information technology, biology, high-end equipment manufacturing, new energy, new materials, new energy vehicles and other strategic emerging industries, and increase major key issues The research and development of technology will break through the key technologies of the industry, promote the application of major scientific and technological achievements, and support the development of strategic emerging industries. The first is to strengthen the combination of technological innovation and industrial development. Strengthening integration, innovation and joint development, strengthening the introduction, digestion and absorption and innovation. Focusing on the development needs of strategic emerging industries, we will break through a number of key core technologies, master relevant intellectual property rights, establish industry standards and important product standards systems that are conducive to the development of strategic emerging industries, and promote the industrialization and popularization of technological innovation results. The second is to promote and improve the cooperation mechanism of production, education and research. Deeply promote the organic combination of technology and economy, and create a good environment for the development of strategic emerging industries. Strengthen the provincial linkage mechanism to promote the comprehensive development of industry-university-research cooperation. The third is to develop and publish guidelines for the development of key common technologies in the industry. Guide social resources to support the technological development of strategic emerging industries. Relying on key enterprises, focusing on the development of key core technologies and system integration, we will vigorously support the development of key technologies and key products in strategic emerging industries. V. Key Technology Development Directions “Twelfth Five-Year Plan†and for a long period of time The main task of industrial technology innovation in China's industrial and information technology fields is to focus on technological bottlenecks and focus on key areas such as raw materials, equipment, consumer goods and information industries. Master a number of key technologies to improve the industry's core competitiveness and sustainable development capabilities. (1) Raw material industry 1. Key development of iron and steel industry: advanced steel material preparation technology for variety structure adjustment and upgrading, key steel materials for major projects and major equipment, integration of new generation high-efficiency, low-consumption steel process material flow and energy flow network Technology and equipment and information intelligent control technology, steel industry pollutant emission control technology and waste recycling, re-energy and material recycling key technologies, steel materials low-cost, high-performance key process technology, metallurgical mineral resources security Efficient development and comprehensive utilization of resources. 2. Key development of non-ferrous metal industry: mineral resources exploration and safe and efficient development and utilization technology, major energy-saving technologies for aluminum and magnesium smelting, continuous process of energy saving and environmental protection metallurgy of copper, lead and zinc, advanced aluminum and magnesium alloy material preparation technology, high Performance copper alloy material preparation technology, preparation technology of rare metals and semiconductor materials such as tungsten, molybdenum, titanium, zirconium, silicon, germanium, gallium, rare earth, high-efficiency clean smelting separation and purification of rare earth technology, comprehensive utilization technology of large-scale mineral base resources, waste resources Chemical utilization technology, non-ferrous metal resource recycling and recycling metal recycling technology, non-ferrous heavy metal pollution prevention and control and non-ferrous metal industry environmental protection technology, automatic testing and simulation optimization control technology. 3. Petrochemical and chemical industry petrochemical key development: residuum fluidized bed hydrogenation, suspended bed hydrogenation, flexible coking, heavy oil catalytic cracking and other technologies, clean fuel technology in line with national V standards, catalytic cracking flue gas desulfurization and denitration technology, ethylene plant Advanced control and optimization technologies such as cracking, separation, cryogenic distillation, rectification and the comprehensive utilization technology of by-products, complete sets of aromatics production technology, synthetic base oil and civil aviation lubricant preparation technology, GF-4, GF-5 series and other high-grade lubrication Oil product preparation technology, waste lubricating oil regeneration technology, synthetic resin, synthetic rubber high-performance technology, special synthetic fiber production technology, new molecular sieve materials, catalyst carrier and new preparation technology. Key development of chemical industry: basic chemical energy-saving technologies such as chlor-alkali, soda ash and yellow phosphorus, high-efficiency, low-toxicity and environment-friendly pesticide preparation technology, environmentally-friendly high-grade dyes, organic pigment preparation technology, advanced coal gasification (18.10, 0.10, 0.56%) technology, High-performance green, environmentally friendly and functional coating preparation technology, large toluene diisocyanate (TDI), aliphatic diisocyanate (ADI) production technology, polyphenylene ether (MPPO) application and modification technology, high performance polyamide (PA), High-end chemical new material preparation and modification technology such as polycarbonate (PC), silicone deep processing technology, organic fluorine special monomer and high-functional fluoropolymer industrialization technology, reclaimed fiber paper special chemical preparation technology, reaction-film Separation coupling technology and complete equipment, large-scale powder coal gasification technology, coal-to-olefin technology, coal-based ethylene glycol technology, efficient and comprehensive utilization technology of lignite, clean and efficient utilization of coal, biomass liquid fuel (fiber ethanol) production technology, Kiln method phosphoric acid production technology. 4. Key development of building materials industry: energy-saving emission reduction and resource comprehensive utilization technology for green manufacturing of building materials such as low-carbon production of cement, integrated manufacturing technology of material products and structural functions, comprehensive development of non-metallic mineral resources and high-efficiency deep processing technology, building materials products Low-grade raw fuel production technology, co-processing industrial and municipal waste technology for building materials industry. 5. Key development of new materials industry: preparation technology of special metal functional materials such as rare earth functional materials, rare metal materials, semiconductor materials, other functional alloys, high-quality special steel, new light alloy materials and other high-end metal structural materials preparation technology, special rubber, Advanced polymer material preparation technologies such as engineering plastics and functional polymer materials, new inorganic non-metallic materials preparation technologies such as advanced ceramics and special glass, resin-based composite materials, ceramic matrix composite materials, carbon/carbon composite materials, and metal matrix composite materials. High-performance fiber and its composite preparation technology, nanomaterials, biomaterials, smart materials, superconducting materials and other cutting-edge new material preparation technologies. (II) Equipment manufacturing industry 1. Key development of machinery industry: design and manufacturing technology of nuclear power and hydropower equipment of millions of kilowatts, design and manufacturing technology of new energy equipment such as wind power and solar power generation, complete sets of equipment for mining and gathering of coal, oil, mining and other resources Design and manufacturing technology, high-end CNC machine tools and basic manufacturing equipment design and manufacturing technology, petrochemical, metallurgy, non-ferrous materials and other materials production of high-performance complete sets of equipment and key equipment design and manufacturing technology, large-scale engineering and construction equipment design and manufacturing technology, modern agricultural equipment and food deep processing equipment Key technologies, energy-saving, environmental protection, green recycling and resource comprehensive utilization equipment design and manufacturing technology, important basic components and supporting components design and manufacturing technology, industrial automation control systems and precision, intelligent instrumentation design and manufacturing technology, technological innovation for high-end equipment Provides basic process technologies such as casting, forging, welding, heat treatment and surface treatment. 2. Key development of aerospace industry: new regional aircraft, large aircraft, advanced helicopter design, manufacturing, testing, airworthiness verification technology, aero-engine design and manufacturing testing technology, avionics, electromechanical systems equipment and supporting parts production technology, aircraft customers Service and support, repair and modification technology, low-orbit mobile communication satellite constellation technology, remote sensing satellite medium-sized agile platform technology, fast space emergency small satellite technology, geodetic satellite quantitative application technology, navigation and location information network platform technology, spacecraft digital Engineering prototype technology, etc. 3. Key development of rail transit equipment: AC drive technology, network information control technology, bogie and dynamics technology, braking technology, lightweight technology and pneumatic technology, DC circuit breaker, large load switch, copper alloy contact wire, high Reliability is based on digital track circuits and wireless communication train automatic protection systems (ATP), train operation control and dispatch system (ATC), automatic driving system (ATO). 4. Key development of shipbuilding industry: mainstream ship optimization and replacement technology, high-tech ship design and construction technology such as LNG ship and luxury cruise ship, ship energy-saving and emission reduction technology, key technology for design and construction of marine oil and gas resources development equipment, marine resource detection and monitoring system equipment Technology, marine diesel engine design and manufacturing technology, independent brand marine equipment design and manufacturing technology, ship digital design and construction technology, ship standardization technology. 5. Key development of energy-saving and new energy vehicles: high-efficiency internal combustion engine, advanced transmission, general hybrid engine and electromechanical coupling device design and manufacturing technology, advanced automotive electronic control technology, low-resistance parts, lightweight materials and laser welding and forming technology, High-energy advanced power battery new materials, forward-looking research on new systems and new structures, new processes and other application technologies, drive motor systems and core materials technology, fuel cell stacks, fuel cell engines and their key core technologies. (III) Consumer goods industry 1. Key development of light industry: household appliance frequency conversion technology, air conditioner refrigerant (HFCF) material replacement technology, solar refrigeration application technology in refrigerators and air conditioners, green design and waste household appliance recycling technology, paper recycling Clean production technology and fiber efficient utilization technology, green leather chemicals and special functional surfactant greening and high-performance paper-based materials, basic theoretical research on food nutrition, food biotechnology, food non-thermal processing technology, leather and fur processing Main process wastewater recycling integrated technology, paper, plastic, leather waste resource utilization technology, new environmentally friendly flame retardant plastic products production technology, waste plastic modification and comprehensive utilization technology, hydrogen nickel battery, new structure (winding, tube Sealed lead-acid battery and other power battery design and manufacturing technology, new large-capacity sealed lead-acid battery design and manufacturing technology, large-scale wide and high-speed papermaking complete sets of technology and equipment, large-scale waste paper pulp production technology, high-speed, wide-format Design of key papermaking equipment such as pulp box and shoe compression equipment Manufacturing technology, new green separation equipment, evaporation concentration equipment, high-speed and aseptic filling equipment and other food equipment design and manufacturing technology, energy-saving plastic molding equipment design and manufacturing technology, optical and mechanical integration industrial sewing equipment design and manufacturing technology. 2. Key development of the textile industry: ultra-simulation, differential, multi-functional fiber industrialization technology, high-performance fiber materials and application industrialization technology, polyester diversified products and technologies, biomass fiber material industrialization and application and cellulose fiber Environmentally friendly processing technology, new spinning technology, spinning process quality control technology, special textile processing technology for wool, hemp and silk, new knitting and weaving technology, new woven processing technology, intelligent processing technology for textiles, high-performance industrial textile processing Technology, high-efficiency short-flow pre-treatment technology, low water and no watermark dyeing processing technology, printing and dyeing online detection and digitization technology, textile functional finishing technology, environmental textile pulp and special additives, new fiber and multi-component fiber fabric dyeing and finishing technology , energy saving, environmental protection technology, waste textile recycling technology, modern clothing manufacturing technology, differentiated, high-tech fiber manufacturing technology and equipment, new spinning equipment, new weaving equipment, new non-woven equipment, new printing and finishing equipment, key Design and manufacturing technology such as kits. 3. Key development of pharmaceutical manufacturing: new intellectual property drugs for rare diseases and multiple diseases, rare drug drugs, monoclonal antibody drugs, vaccines, genetically engineered proteins and peptide drugs, nucleic acid drugs and other new biotechnology drugs. New patent expired drugs, special chemical raw materials, secondary development of classic Chinese medicine, high-efficiency, high-safety, advanced dosage form, stable and controllable modern Chinese medicine, high-performance medical imaging, in vitro diagnostic equipment and its core Technical parts. (IV) Information Industry 1. Key development of electronic information manufacturing industry: computer product industrial design, motherboard manufacturing, thin and portable, low power consumption, touch technology, industrial control computer architecture; air traffic control technology; key technologies for terrestrial digital TV, Digital audio and video codec technology, Blu-ray HD disc technology, digital rights management technology, digital content protection technology, home gateway technology, home electronic device interconnection technology, unified multi-service authentication platform technology; high-end general-purpose chip technology, 12-inch advanced process manufacturing Line technology and 8-inch/6-inch process technology, advanced packaging and testing technologies such as BGA, CSP, MCM, WLP, 3D, TSV, micro-electro-mechanical systems (MEMS) technology, advanced EDA tools, LED epitaxial growth, key technologies for chip manufacturing New chip components based on SMT technology, new components based on MEMS technology and passive integrated components of LTCC technology; new display technologies such as TFT-LCD, PDP, OLED, electronic paper, 3D display, laser display; Equipment, new flat panel display key equipment, semiconductor grade single crystal equipment, sun Key technologies for key electronic special equipment such as battery production equipment, high-brightness LED chip production line and post-packaging equipment, new component production equipment and surface mount equipment; new solar cells and high-quality low-cost polysilicon process technology, green battery technology such as lithium ion, Advanced electronic materials technology such as high-efficiency, high-brightness LED device technology, electronic grade polysilicon, 8-12-inch silicon epitaxial wafer; broadband wireless mobile communication technology, key technologies for new mobile communication terminals, full-wave fiber technology, satellite mobile communication system antenna technology, Ka, V-band satellite communication technology, SOC on-chip integrated system, radio frequency identification (RFID) technology, new sensor technology, electromagnetic radiation, information leakage protection technology. 2. Key development of software and information technology service industry: unstructured database technology, multimedia database technology, real-time database technology, middleware technology, embedded software technology, information security software technology, intelligent human-computer interaction technology, Chinese information processing technology, Geographic information processing technology, distributed computing technology, parallel computing technology, virtualization technology, networked large-scale software development and verification technology, IP Multimedia Subsystem (IMS) technology, IPTV middleware (Middleware) technology, new cryptography, authentication and Identification technology (biometric technology), bad information identification, prevention and filtering isolation technology, trusted computing technology, industrial field control technology, computer-aided design and manufacturing technology, software-as-a-service technology, information technology service key support tool processing technology, games Animation software technology, virtual reality technology, green IT support software technology, 3. Communication industry key development: IMT-Advanced technology, wireless city technology based on TD-SCDMA/TD-LTE, system architecture evolution (SAE) technology, optical transport network (OTN) technology, packet transport network (PTN) Technology, on-board processing and switching technology; IPV4 and IPV6 transition and convergence technologies, Internet service aggregation (Mashup) technology, 3D Internet (3D Internet) technology, quality of service (QoS) service control technology, FMC fixed network mobile interworking technology, Internet of Things Security and reliability technology, Internet governance and traceability mechanisms and key technologies, unified identity management (IDM) technology. Sixth, safeguard measures (1) Establish an overall coordination mechanism Establish and improve the overall coordination mechanism to promote technological innovation, strengthen coordination and cooperation with education, science and technology, finance and other departments, give full play to the local industrial and information management departments and industry associations, etc. An important role in industrial technology innovation, scientifically and effectively promote industrial technology innovation. (2) Increase capital investment, increase the support of existing financial funds for industrial and information technology innovation, focus on supporting major technological research and development, industrial key and common technology research, and encourage industrialization of technological innovation achievements. 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Track Rail is mainly 4-Wire 3-circuit Track Rails and 3-wire track rails, which match Slim Linear Light and LED Track Line Lights.
The length of the track is generally 1m, 1.5m, 2m, of course, you can choose the length you want, and we can also cut it for you.
There are also several ways to install the track, including ceiling, hoisting, and embedding.
LE D Track line lights are directly embedded in the track, so no additional accessories are needed, but Slim Track Linear Lights need the track head to be connected to the track.
Led Track Light System,Track Light Ideas,Track Light Fittings,Track Light System
SHENZHEN LITEHOME OPTOELECTRONIC TECHNOLOGY CO., LTD. , https://www.litehomelight.com