Beijing's "14th Five-Year Plan" Science and Technology Innovation Plan Released Instruments and Meters Received Priority

[ Focus on Chemical Machinery Equipment Network ] Recently, Beijing has issued the "Plan for the Construction of an International Science and Technology Innovation Center during the "14th Five-Year Plan" period" (hereinafter referred to as the "Plan")
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According to the "Plan", by 2025, the Beijing International Science and Technology Innovation Center will basically take shape and become a major science center and innovation highland in the world
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By 2035, Beijing International Science and Technology Innovation Center will lead the world in innovation, competitiveness, and radiation, build a global talent highland, achieve high-level scientific and technological self-reliance, effectively support the construction of a scientific and technological power, and better show the world the "China Contribution" of scientific and technological innovation.

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In terms of breakthroughs in key core technologies in key areas, the "Plan" pointed out that support for the development of key new materials "stuck neck" technology research
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Build common technology platforms in key areas such as silicon-based optoelectronics and third-generation semiconductor devices to accelerate the process of technology and product research and development
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The optoelectronics sector focuses on material preparation, device development, and module development in areas such as optical sensors, photoelectric cells, and high-power lasers
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The third-generation semiconductor sector builds a high-end industrial chain around high-quality materials, devices, and core equipment such as silicon carbide and gallium nitride
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The carbon-based integrated circuit sector promotes the development of the leading process electronic design automation (EDA) platform and three-dimensional integrated circuit technology research and development, and promotes the industrialization of carbon-based integrated circuits
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　　Support the development of general-purpose key components
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Research and development of vertical cavity surface emitting lasers (VCSEL), high-performance sensitive devices, analog chips, single photon detectors, atomic gyroscopes, incremental magnetic encoders, trace gas sensors , torque sensors, high-precision reducers, electromagnetic wave detectors, optical paths Key components such as control components
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　　Support the development of key instruments and equipment
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Support the excavation of a batch of customized scientific instruments and equipment that serve major scientific and technological infrastructures, and focus on breakthroughs in the development of key technologies such as small high-end mass spectrometry, new generation spectroscopy, and vacuum acquisition instruments
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　　In terms of intelligent manufacturing, the "Plan" pointed out that focusing on intelligent robots, drones and intelligent equipment, etc.
, increase the frontier and bottom-level positive research and development technical support of the industry, form a "Beijing Intelligent Manufacturing" brand, and create a global influential intelligent The source of innovation in the manufacturing industry
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The field of intelligent robots focuses on building a common technology platform for humanoid and bionic robots, and speeds up the research and development of medical and health robots, special robots, warehousing and logistics robots and other complete machine research and key technological breakthroughs.
Humanoid robots focus on the research of human muscle-skeletal rigid-flexible coupling and multi-mode movement.
Intelligent autonomous adaptation, dual-arm collaborative anthropomorphic multi-tasking technology, development of rigid-flex robot joints, intelligent bionic vision-force perception unit, dexterous operating arm, etc.
; bionic robots focus on the research of bionic dexterous mechanism and structure design, dynamic perception of obstacles Planning, multi-mode gait generation and stability control technologies, development of flexible electric drive joints, walking intelligent controllers, intelligent energy management systems, etc.
; heterogeneous collaboration focuses on breakthroughs in new multi-robot controllers, multi-sensor collaborative fusion, and multi-robot intelligent cores Control and other technologies to realize heterogeneous, human-machine hybrid multi-intelligence collaboration
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The field of drones focuses on key technologies such as bionic flight, multi-dwelling cross-medium flight, near-space flight, high-efficiency power and energy management of new energy, dynamic scene perception and autonomous avoidance, group operation and heterogeneous coordination
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The field of intelligent equipment is geared to high-end equipment, aerospace, biomedicine, new energy intelligent networked vehicles, electronic information, CNC machining and other industries, focusing on key directions such as general key components, intelligent production lines, "black light factories", and collaborative manufacturing, and promote High-performance sensitive devices, analog chips, data fusion, equipment interconnection, process optimization and control, and other underlying key technology breakthroughs, as well as common technology integration innovations such as digital twins, edge computing, and system collaborative control
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The field of scientific instruments and sensors is aimed at 4D time-resolved ultrafast electron microscopy technology, photonic ultra-precision manufacturing, intelligent microsystems and other fields to carry out collaborative research
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　　In terms of promoting the leapfrog development of the science and technology service industry, the "Plan" pointed out that to accelerate the development of research and development services, science and technology consulting and inspection and testing pillar industries
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Attract leading companies to set up independent R&D institutions
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Promote the digital development of science and technology consulting, and carry out research on data storage, analysis, mining and visualization technologies, as well as theories, models, tools and methods
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Promote the upgrading of inspection and testing services, carry out research on measurement, inspection and testing, quality test methods and evaluation methods, and form relevant testing standards
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　　In terms of improving the level of smart city construction, the "Planning" points out to strengthen scientific and technological support for urban safety development
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Improve the intelligent management level of water, electricity, oil, gas, heat and other systems, and promote the transformation of the urban lifeline system from a centralized and large-scale central radial layout to a distributed, micro-circulation, and multi-directional multi-node grid layout
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Accelerate the development of key technologies such as comprehensive risk assessment, monitoring and early warning, promote 5G network image transmission and processing technology, terminal reception and network video technology, and improve the overall intelligence level of the capital’s security prevention and control
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　　In terms of strengthening carbon emission reduction, carbon neutralization and technological innovation, the "Plan" pointed out that in response to key technical issues in the process of regional pollution control, environmental quality improvement, and ecological environment increase, intelligent monitoring and detection technology, precise measurement control technology, Low-carbon resource technology and intelligent management technology research and demonstration applications, forming new technologies, new equipment and new models for the entire process of pollutant treatment
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　　Original title: "Fourteen five" scientific and technological innovation plan, Beijing issued instruments eligible focus