文章摘要
筱雪.基于Innography 平台的航空制造业重点技术发展研究[J].情报工程,2018,4(2):054-063
基于Innography 平台的航空制造业重点技术发展研究
Study on Key Technologies of Aeronautical Area Based on Innography
  
DOI:10.3772/j.issn.2095-915X.2018.02.006
中文关键词: innography  专利  航空科学技术
英文关键词: Innography  patent  aeronautical science and technology
基金项目:北京市科学技术研究院青年骨干计划项目“欧洲跨国协同创新案例分析-以空客集团为例”(201604)
作者单位
筱雪 北京市科学技术情报研究所 
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中文摘要:
      本文针对我国航空科技发展现状与问题,分析我国航空科学技术发展策略。研究采取文献计量学方法,基于Innography 平台专利数据,对世界飞机制造领域专利的总体情况进行分析,包括分布时间、分布地区和全球市场竞争环境分析,并对航空发动机、无人机技术、新型纳米复合材料、空气动力学、飞行器结构设计等五个航空重点领域进行具体分析。由此得出结论,飞机制造领域专利申请呈总体上升趋势,其中航空发动机和无人机技术发展势头迅猛,欧美发达国家仍然是主要申请国家,波音和空客集团是领军企业,对我国航空业发展提出建议:保持优势技术领先地位,加强薄弱技术研发,在全球市场进行专利整体布局,在具体技术领域寻求技术领军企业进行对标。
英文摘要:
      This paper analyzed the development status and problems of aeronautical science and technology in China and also analyzed the development strategy of China’s aeronautical science and technology. This research adopted bibliometrics method and based on the patent data of Innography platform to analyze the overall situation of patents in the field of aircraft manufacturing in the world, including five key fields of aeronautical science and technology: air engine, drone technology, new nanocomposites,aerodynamics, aircraft structure design. The results indicated that the patent application in the field of aircraft manufacturing showed an overall upward trend, among which the aero engine and drone technology developed rapidly, and the developed countries of European and American were still the main application countries, Boeing and Airbus Group were the leading companies. Finally, this study also gave few suggestions for the development of aeronautical science and technology in China such as maintain the leading position of technological superiority, strengthen the weak technology research and development,layout the patents in the global market and seek leading technology companies for benchmarking in specific technology areas.
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