电缆；导体；绝缘体；导电，绝缘或介电材料专利-技术问题数据集

本数据集基于专利分类号H01B（电缆；导体；绝缘体；导电，绝缘或介电材料）相关专利文本构建，聚焦于从中精准抽取与各专利相似专利存在的技术问题即该专利需解决的技术问题，形成结构化的问题描述数据。数据使用条件为：仅限于科研、技术分析及产业情报研究等非商业用途，使用者须遵守国家知识产权相关法律法规，不得用于直接复制、转售或侵犯原专利权人合法权益的行为。数据使用范围限定于电力系统安全、智能电网、电气设备故障诊断与保护装置研发等领域，适用于高校、科研院所、电力设备制造企业及能源行业技术部门。主要服务对象包括电力电子工程师、专利分析师、技术研发人员及政策制定者。该数据集的核心应用价值在于：通过系统梳理IPC为H01B的专利中揭示的技术痛点，辅助识别行业共性技术瓶颈，支撑关键技术路线图绘制、研发方向优化与专利布局策略制定；同时可为人工智能驱动的技术问题识别、自动摘要生成及智能问答系统提供高质量训练与验证数据，提升技术情报挖掘效率，加速紧急保护电路领域的创新迭代与安全标准升级。

This dataset is constructed using patent texts associated with IPC classification number H01B (cables; conductors; insulators; conductive, insulating or dielectric materials). It focuses on accurately extracting the technical problems to be resolved by each patent—i.e., the technical issues identified in similar patents corresponding to the target patent—to form structured problem description data.

The usage terms of this dataset are strictly limited to non-commercial purposes including scientific research, technical analysis and industrial intelligence research. Users must comply with relevant national intellectual property laws and regulations, and shall not use the dataset for acts such as direct copying, reselling or infringing the legitimate rights and interests of original patent holders.

The applicable scope of this dataset is restricted to fields such as power system security, smart grids, electrical equipment fault diagnosis and protection device R&D, and it is suitable for universities, research institutes, electrical equipment manufacturing enterprises and technical departments of the energy industry. Its main target users include power electronics engineers, patent analysts, technical R&D personnel and policy makers.

The core application value of this dataset lies in: systematically sorting out the technical pain points revealed in patents assigned IPC classification H01B to assist in identifying industry-wide common technical bottlenecks, supporting the formulation of key technology roadmaps, optimization of R&D directions and patent layout strategies. Additionally, it can provide high-quality training and validation datasets for AI-driven technical problem identification, automatic summarization and intelligent question answering systems, thereby improving the efficiency of technical intelligence mining and accelerating innovation iteration and safety standard upgrading in the field of emergency protection circuits.

搜集汇总

背景与挑战

背景概述

该数据集名称表明其专注于电缆、导体、绝缘体等导电、绝缘或介电材料领域的专利技术问题数据，可能包含相关专利中的技术挑战或解决方案信息。由于详情页未提供具体内容，数据集的实际结构和范围无法确认，建议参考其他来源获取详细信息。