数字诊疗及健康管理领域创新人才数据

数字诊疗及健康管理领域创新人才数据主要通过申请该技术的专利发明人体现，通过制定检索式对发明人专利进行、人工标引，有助于了解该领域技术创新人才及专利申请情况，及时关注行业动态和人才变化，为单位该研究方向发展提供创新人才资源，从而针对性地对优质人才筛选和招引。1、数据收集：从第三方专利数据库中检索得到数字诊疗及健康管理领域发明人相关数据，包括专利数量、授权专利数量、许可次数、有效专利数量、被引用专利次数、引用专利次数。2、数据处理：分析该技术领域发明人的授权率、当前专利有效率、引用指数、以及许可指数获取最终的创新值，其中计算公式: 授权率=授权专利数量/专利数量、当前专利有效率=有效专利数量/专利数量，引用指数=被引用专利次数/引用专利次数*系数K（固定系数K=0.05），许可指数=许可数量*R值（固定值R=0.2）；3、数据分析：对每位发明人的授权率、当前专利有效率、引用指数以及许可指数4个维度的指标进行求和，总得分即为发明人对应的创新值，计算公式：创新值=授权率+当前专利有效率+引用指数+许可指数；根据创新值得分值区间对发明人进行人才分类，1.5以上为高级创新人才、1.0-1.5为创新人才、1.0以下为普通人才；4、数据应用：通过得到的最终人才分类结果分析。

The data of innovative talents in the field of digital diagnosis and treatment and health management is mainly represented by patent inventors who have applied for relevant technologies. Formulating retrieval formulas to retrieve the patents of these inventors and conduct manual indexing helps to understand the technical innovative talents and patent application status in this field, track industry dynamics and talent changes in a timely manner, provide innovative talent resources for the development of the institution's research direction, and enable targeted screening and recruitment of high-quality talents.
1. Data Collection: Relevant data of inventors in the field of digital diagnosis and treatment and health management is retrieved from third-party patent databases, including total number of patents, number of granted patents, number of licensing instances, number of valid patents, total received citations, and total made citations.
2. Data Processing: The final innovation score is obtained by analyzing the authorization rate, current patent validity rate, citation index, and licensing index of inventors in this technical field. The calculation formulas are as follows:
Authorization rate = Number of granted patents / Total number of patents;
Current patent validity rate = Number of valid patents / Total number of patents;
Citation index = (Total received citations / Total made citations) × Fixed coefficient K (K=0.05);
Licensing index = Number of licensing instances × Fixed value R (R=0.2);
3. Data Analysis: Sum the four-dimensional indicators of each inventor, namely authorization rate, current patent validity rate, citation index, and licensing index. The total score is the innovation value corresponding to the inventor, with the formula: Innovation value = Authorization rate + Current patent validity rate + Citation index + Licensing index. Classify inventors into talent categories based on the score range of the innovation value: senior innovative talents for scores above 1.5, innovative talents for scores between 1.0 and 1.5, and ordinary talents for scores below 1.0.
4. Data Application: Perform analysis based on the obtained final talent classification results.