目录
执行摘要
介绍
专利态势概览
2.1. 专利家族分析
2.2. 专利市场覆盖率
2.3. 地理管辖范围
2.4. 热门申请人
2.5. 主要申请人的市场覆盖率
2.6. 顶级业主
2.7. 高引用率申请人
技术分析
3.1. 顶尖技术
3.1.1. 各类别的顶级技术
3.1.2. 各子类的顶级技术
3.1.3. 各主要群组的主要技术
3.1.4. 各子类别的顶级技术
3.2. 近期五大主导技术
3.3. 关键专利
3.4. 专利的主要主题
3.5. 技术集群
3.6. 顶尖发明家
市场和竞争对手分析
4.1. 合作
4.1.1. 前十名申请人的合作
4.1.2. 最强的合作网络
4.2. 顶尖申请人活动
4.3. 近5年先锋企业
4.4. 顶尖申请人聚类
4.5. 正在申请的专利
主要参与者的专利概况
5.1. 加州大学
5.1.1. 专利家族分析
5.1.2. 顶尖技术
5.1.3. 合作
5.1.4. 关键专利
5.1.5. 主题建模
5.1.6. 专利聚类
5.2. BASF SE
5.2.1. 专利家族分析
5.2.2. 顶尖技术
5.2.3. 合作
5.2.4. 关键专利
5.2.5. 主题建模
5.2.6. 专利聚类
5.3. Zhejiang University
5.3.1. 专利家族分析
5.3.2. 顶尖技术
5.3.3. 合作
5.3.4. 关键专利
5.3.5. 主题建模
5.3.6. 专利聚类
描述
The Metal-Organic Frameworks (MOF) report offers an exhaustive analysis of the patent landscape, encompassing 29,050 patents filed between 2010 and 2024 across major jurisdictions. This extensive dataset is sourced from global patent databases, providing insights into market trends, growth trajectories, and the technological evolution of MOFs. The report integrates quantitative data on patent filings with qualitative insights on market demands and technological advancements, forming a robust framework for evaluating innovation within the MOF domain.
The report is segmented into critical sections, each providing valuable insights for research and strategic planning. These include the Landscape Overview, Market Analysis, Technology Analysis, and Key Players, offering a holistic perspective on MOF technologies and their applications.
景观概况
The landscape overview maps out the growth of patent activity in MOFs, showcasing a significant upward trend in filings. China and the United States lead in patent registrations, reflecting their dominance in MOF-related innovation. Emerging contributors from Europe and Asia further underscore the global importance of this technology.
市场分析科
This section delves into the commercial landscape of MOFs, analyzing market sales data, leading innovators, and potential growth regions. By aligning patent trends with market demands, the report highlights opportunities for expansion in critical applications such as gas storage, catalysis, and environmental remediation.
技术分析科
The technology analysis emphasizes advancements in core areas such as adsorption, separation processes, and catalysis. Breakthroughs in MOF structures for carbon capture and storage, as well as hydrogen storage, are identified as transformative trends within the industry. The section also highlights leading technological domains driving innovation.
顶级玩家部分
Key players in the MOF domain, such as BASF SE, Zhejiang University, California University, King Abdullah University of Science and Technology, and South China University of Technology, are analyzed for their contributions to innovation. Insights into their patent portfolios, strategic collaborations, and technological focuses provide a detailed understanding of their competitive positioning.
Overall Value of the Report
This report is an essential resource for understanding the competitive dynamics, technological trends, and market opportunities in the MOF domain. It bridges the gap between patent activity and commercial application, serving as a strategic tool for stakeholders across academia, industry, and investment sectors.
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50+ Pages PDF Full Report
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Excel File of all figures with extended data
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