陕西专利数据分析2022
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作者编者:陕西省科学技术情报研究院|责编:张丹//邱晓春
出版社科技文献
ISBN9787523504734
出版时间2023-10
装帧其他
开本其他
定价98元
货号31916770
上书时间2024-05-08
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作者简介
陕西省科学技术情报研究院成立1958年，原名为陕西省科学技术情报研究所；1993年5月，更名为陕西省科学技术信息研究所，是隶属于省科技厅的县处级全额拨款事业单位。陕西省科学技术情报研究院是西北地区成立最早、规模最大的公益型综合性信息服务机构，是陕西地区最大的科技文献收集、分析、研究、加工、传播中心，是国家发明奖查新单位、国家一级科技查新咨询单位。
目录
\"目 录
第一章 陕西专利数据总览 ·············································································1
一、陕西“国内专利”概况 ··················································································1
二、陕西“国外专利”概况 ··················································································2
三、部分技术领域专利概况 ··················································································2
第二章 陕西“国内专利”数据 ·······································································7
一、专利总量数据 ······························································································7
二、专利经济效率 ······························································································8
三、专利密度数据 ······························································································8
四、专利申请主体 ·····························································································10
五、专利技术领域 ·····························································································16
六、专利状态数据 ·····························································································19
七、专利质量数据 ·····························································································22
八、获奖专利数据 ·····························································································23
九、市（区）专利数据 ·······················································································25
第三章 陕西“国外专利”数据 ·····································································41
一、专利总量数据 ·····························································································41
二、PCT国际专利数据 ·······················································································43
三、美国专利数据 ·····························································································46
四、欧洲专利数据 ·····························································································49
五、日本专利数据 ·····························································································52
六、韩国专利数据 ·····························································································55
第四章 陕西部分技术领域专利数据 ·······························································59
一、新一代信息技术 ··························································································59
（一）新型显示 ···························································································59
（二）量子信息 ···························································································65
（三）集成电路 ···························································································71
（四）传感器 ······························································································77
二、高端装备制造 ·····························································································84
（一）增材制造 ···························································································84
（二）数控机床 ···························································································90
（三）输变电装备 ·······················································································96
三、新材料 ····································································································104
（一）钛材料 ····························································································104
（二）钼材料 ····························································································110
（三）石墨烯 ····························································································116
（四）陶瓷基复合材料 ················································································122
四、新能源化工 ······························································································128
（一）太阳能光伏 ······················································································128
（二）氢能 ·······························································································134
（三）煤制烯烃（芳烃）深加工 ····································································140
五、航空航天 ·································································································145
六、民用无人机 ······························································································151
七、生物医药 ·································································································157
第五章 陕西高价值专利竞争力 ····································································164
一、高价值专利竞争力评价指标 ·········································································164
二、高价值专利竞争力 ·····································
内容摘要
本书从专利公开量、授权量、有效发明专利、主要申请主体、技术分类5个维度对2022年陕西省全省及11个市（区）的专利数据进行分析；并遴选了陕西有比较优势的17个产业领域技术方向进行了重点分析。聚焦陕西高价值专利申请地市及县区，从专利数量和质量两大方面构建高价值专利评价指标，以2022年公开的专利数据为基础对各县区的高价值专利竞争力水平进行评价。
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