扇入型晶圆级封装技术专利数据

扇入型晶圆级封装技术专利数据，包括国内外扇入型晶圆级封装技术相关发明专利数据，通过从专利文件、法律信息、运营情况等维度对专利质量进行评估，从而筛选出本领域的重点专利，有助于企业掌握扇入型晶圆级封装技术的发展趋势，梳理出存在潜在竞合关系的行业龙头企业。数据采集：通过对扇入型晶圆级封装技术进行技术拆解，根据各技术分支的关键词和分类号在第三方检索平台上检索出各技术分支的专利数据，再将各技术分支专利数据汇总并去噪。 数据处理：对专利的多个维度进行评价打分，通过算法计算出专利基础分和附加分，专利评分总分100分，等于基础分和附加分之和，总分越高则专利质量越好，反之亦然。基础分等于各基础维度评分加权后求和，基础维度及权值为：引用专利数量10%、被引用专利数量10%、IPC分类数量10%、文献页数30%、权利要求数40%，基础维度的权重值赋值方法为：①多名专家依据经验对各维度主观赋值，②统计专家的主观赋值，去最大值与最小值后求平均值，③评分维度n的权重值=评分维度n的平均赋值/∑各评分维度的平均赋值*100%，计算结果按四舍六入五成双规则精确到10% 。附加分=（100-基础分）/100*加权附加评分，附加维度及权值为：简单同族成员数量20%、专利权是否转移20%、许可次数20%、质押次数10%、无效次数30%，附加维度的权重赋值方法和基础维度的权重赋值方法相同；各附加维度评分加权后求和即为加权附加评分，加权附加评分最高为100分。

Patent dataset for fan-in wafer-level packaging technology, including domestic and overseas invention patent data related to fan-in wafer-level packaging technology. This dataset evaluates patent quality from dimensions including patent documents, legal information, and operational status, to screen out key patents in this field. It helps enterprises grasp the development trends of fan-in wafer-level packaging technology and identify leading industry enterprises with potential competitive-cooperative relationships.

Data Collection: The fan-in wafer-level packaging technology is first technically decomposed. Patent data of each technical branch is retrieved from third-party patent retrieval platforms based on keywords and classification numbers of the respective branches, followed by aggregation and denoising of the patent data across all technical branches.

Data Processing: Multiple dimensions of patents are evaluated and scored. The basic score and additional score of each patent are calculated via algorithms. The total patent score is out of 100 points, equal to the sum of the basic score and additional score. A higher total score indicates better patent quality, and vice versa.
The basic score is the weighted sum of scores from basic evaluation dimensions. The basic dimensions and their weight proportions are: number of citations made (10%), number of citations received (10%), number of IPC classification codes (10%), document page count (30%), and number of claims (40%). The weight assignment method for basic dimensions is as follows: ① Multiple experts subjectively assign weights to each dimension based on professional experience; ② Statistically calculate the average of the experts' subjective assignments after removing the maximum and minimum values; ③ The weight value of dimension n = (average assignment of dimension n / sum of average assignments of all dimensions) × 100%. The calculation results are rounded to the nearest 10% following the round half to even rule (also known as banker's rounding).
The additional score = (100 - basic score)/100 × weighted additional score. The additional dimensions and their weight proportions are: number of simple patent family members (20%), whether the patent right has been transferred (20%), number of licensing events (20%), number of pledge events (10%), number of patent invalidation proceeding events (30%). The weight assignment method for additional dimensions is identical to that for basic dimensions. The weighted additional score is the weighted sum of scores from all additional dimensions, with a maximum value of 100 points.

搜集汇总

数据集介绍

特点

该数据集包含6433条扇入型晶圆级封装技术的专利数据，每年更新一次，用于评估专利质量并帮助企业掌握技术发展趋势。数据通过特定的算法规则处理，包括基础分和附加分的计算，以全面评估专利质量。