ID 原文 译文
14785 本文针对病态心电图种类繁多、变异极大和诊断错误率高的问题,构建了创新型的基于12导联病态心电图的封闭知识图谱,展示关于Neo4j和protege的可视化知识图谱成果。 Aiming at the problems of various types、great variation and high diagnostic error rate of morbid ECG, this paper constructs an innovative closed knowledge graph based on 12 lead morbid ECG, and shows the results of visualization knowledge graph about Neo4 j and protege.
14786 本文首先将心电图中的QRS波、P波等波形的数字属性值以及形态属性值抽取出来,进行语义类型及属性关系的分类。 In this paper, we first extract the digital attribute value and morphological attribute value of QRS wave and P wave in ECG, and then classify the semantic types and attribute relations.
14787 其次,将实体与关系导入知识图谱,利用OWL语言构建病系框架,形成完整的可视化知识图谱,使心电图诊断逻辑过程可视化。 Secondly, the entity and relationship are introduced into the knowledge graph, and OWL language is used to construct the disease system framework to form a complete visual knowledge graph, so as to visualize the logical process of ECG diagnosis.
14788 可推理的完善的封闭领域的医学知识图谱可视化应用系统是人工智能与医疗应用的完美结合,拥有巨大发展潜力,有望带来更廉价、高效、精准的医疗建议和诊断。 The reasonable and perfect visualization application system of medical knowledge graph in closed field is the perfect combination of artificial intelligence and medical application. It has great development potential and is expected to bring cheaper、efficient and accurate medical advice and diagnosis.
14789 随着采集系统建设与应用的不断推进,一方面采集系统作为一套准实时的数据采集系统,对数据质量与采集时限有很高的要求;另一方面,采集系统作为一套"全覆盖、全采集、全费控"的系统,各类采集装置、通信方式众多,现场环境复杂,造成出现的故障复杂多样。 With the continuous development of the construction and application of the acquisition system, on the one hand, the acquisition system, as a set of quasi real-time data acquisition system, has high requirements for data quality and acquisition time limit; on the other hand, as a set of “full coverage, full acquisition, full cost control” system, the acquisition system has many kinds of acquisition devices, communication modes, and complex field environment, resulting in problems They are complex and diverse.
14790 因此,如何快速准确地进行故障诊断并处理是采集系统运行维护工作的关键。 Therefore, how to diagnose and deal with the fault quickly and accurately is the key to the operation and maintenance of the acquisition system.
14791 目前采集运维现场设备故障多依靠人为经验或一般调试工具进行判定,故障误判导致设备更换浪费,现场重复消缺运维效率不高等问题日趋严重。 At present, the fault of equipment in operation and maintenance field is mostly determined by human experience or general debugging tools. Misjudgment of fault leads to waste of equipment replacement and low efficiency of on-site repeated defect elimination operation and maintenance.
14792 因此研发一套旨在实现用电信息采集系统现场采集设备故障的智能化诊断和主动上报机制,通过采集终端、电能表自身故障研判、用电采集数据实时处理分析等应用,进而逐步推广到电网设备状态感知、用电采集数据高效利用、提升优质客户服务等业务领域方面,能够全面提高电网智能化水平,满足公司精益化管理的需要。 Therefore, a set of intelligent diagnosis and active reporting mechanism is developed to realize on-site collection equipment fault of power consumption information collection system. Through the application of collection terminal, fault diagnosis of electric energy meter, real-time processing and analysis of power consumption collection data, it is gradually extended to the business fields of power grid equipment state perception, efficient utilization of power consumption collection data, and improvement of high-quality customer service, It can comprehensively improve the intelligent level of power grid and meet the needs of lean management of the company.
14793 通过对建筑物防雷设计规范及建筑物防雷装置检测技术规范的学习,对电气系统防雷检测中的电涌保护器(SPD)的类别、保护模式、参数、劣化显示进行分析总结,由于建筑物防雷类别以及保护对象的不同,则需要正确的选择并安装电涌保护器(SPD),正常工作的电涌保护器(SPD)能减少因雷雨天气中的雷电流对电气系统的损坏,减少经济损失。 Based on the study of building lightning protection design specifications and building lightning protection device detection technical specifications, this paper analyzes and summarizes the types, protection modes, parameters and deterioration display of surge protective device(SPD) in electrical system lightning protection detection. Due to the different types of building lightning protection and protection objects, it is necessary to correctly select and install SPD, SPD can reduce the damage of electric system caused by lightning current in thunderstorm weather and reduce economic loss.
14794 本文通过在配网自动化主站充分利用10kV配电自动化终端的三遥信息,结合主网自动化主站10kV母线接地信号,给出该站所有配电自动化终端零序电流列表排序,配网调度员通过判断零序电流最大的终端来辅助判断接地点位置,实现配网接地故障智能诊断分析,为配网调度和运维人员提供快速、精准的接地故障诊断信息,提高故障切除效率,从而提高配网可靠性。 In this paper, by making full use of the three remote information of 10 kV distribution automation terminal in the distribution automation master station, combined with the 10 kV bus grounding signal of the master station, the zero sequence current list of all distribution automation terminals in the station is given. The distribution network dispatcher can judge the location of grounding point by judging the terminal with the largest zero sequence current, so as to realize the intelligent diagnosis and analysis of distribution network grounding fault, It can provide fast and accurate grounding fault diagnosis information for distribution network dispatching and operation and maintenance personnel, improve fault removal efficiency, and improve distribution network reliability.