摘要：【中文】本发明涉及电力设备领域，尤其涉及智慧能源控制器，包括：RS485通讯模块、微功率无线通讯模块、WIFI通讯模块以及MCU控制器。R485通讯模块用于接收MCU控制器的控制指令，根据控制指令建立通讯，并将从中低压电力设备或低压用户设备获取的数据发送到MCU控制器；WIFI通讯模块用于接收MCU控制器的控制指令，根据控制指令建立通讯，并将从中低压电力设备或低压用户设备获取的数据发送到MCU控制器；微功率无线通讯模块用于接收MCU控制器的控制指令，根据控制指令与云服务器建立通讯，将从MCU控制器获取的数据发送到云服务器；本发明具备以下有益效果：通过多种不同的通讯方式可以接入多种设备；采用模块化设计，可根据需求增加或减少各种通讯模块。 【EN】The invention relates to the field of power equipment, in particular to an intelligent energy controller, which comprises: RS485 communication module, micropower wireless communication module, WIFI communication module and MCU controller. The R485 communication module is used for receiving a control instruction of the MCU controller, establishing communication according to the control instruction and transmitting data acquired from low-voltage power equipment or low-voltage user equipment to the MCU controller; the WIFI communication module is used for receiving a control instruction of the MCU controller, establishing communication according to the control instruction and transmitting data acquired from low-voltage power equipment or low-voltage user equipment to the MCU controller; the micro-power wireless communication module is used for receiving a control instruction of the MCU controller, establishing communication with the cloud server according to the control instruction and sending data acquired from the MCU controller to the cloud server; the invention has the following beneficial effects: various devices can be accessed through various different communication modes; by adopting the modular design, various communication modules can be increased or decreased according to the requirements.

摘要：【中文】本发明涉及电力系统领域，尤其涉及电力设备缺陷文本自动分类实现方法，包括：以输变电一次设备缺陷分类标准作为分类依据，建立树形结构模型；通过树路径匹配方法，将待分类的缺陷文本同生成的树结构进行树路径匹配，找到该缺陷文本对应的分类标准，最终确定该缺陷文本的分类结果。本发明的有益效果：当缺陷文本信息较为完整时，能够准确地找到其对应的分类标准，做出分类结果；而当缺陷文本不完整或者描述不够清晰时，会给出选项，让用户通过选择提升缺陷文本的质量，进而确定对应分类标准，准确评级。 【EN】The invention relates to the field of power systems, in particular to a method for automatically classifying defect texts of power equipment, which comprises the following steps: establishing a tree structure model by taking the classification standard of the defects of the power transmission and transformation primary equipment as a classification basis; and matching the tree path of the defect text to be classified with the generated tree structure by a tree path matching method, finding the classification standard corresponding to the defect text, and finally determining the classification result of the defect text. The invention has the beneficial effects that: when the defect text information is complete, the corresponding classification standard can be accurately found, and a classification result is made; and when the defect text is incomplete or the description is not clear enough, an option is given, so that the user can select to improve the quality of the defect text, further determine the corresponding classification standard and accurately grade.

摘要：【中文】本发明涉及计算机技术领域，尤其涉及一种嵌入式边缘计算系统的日志处理方法，包括：根据所记录的故障问题出现的频率将日志类型分为实时日志和历史日志；针对不同的故障问题，配置相应的一个或多个问题特征点，并用不同的掩码来定义不同的特征点，并将所述掩码记载在相应的日志中；通过搜索掩码查找到记载对应故障问题的日志。本发明具备以下有益效果：针对不同的故障问题，配置相应的一个或多个问题特征点，并用不同的掩码来定义不同的特征点，并将所述掩码记载在相应的日志中，通过搜索掩码查找到记载对应故障问题的日志，从而提高了工作效率。 【EN】The invention relates to the technical field of computers, in particular to a log processing method of an embedded edge computing system, which comprises the following steps: dividing the log types into a real-time log and a historical log according to the frequency of the recorded fault problems; configuring one or more corresponding problem characteristic points aiming at different fault problems, defining different characteristic points by using different masks, and recording the masks in corresponding logs; and finding out the log recording the corresponding fault problem by searching the mask code. The invention has the following beneficial effects: aiming at different fault problems, corresponding one or more problem feature points are configured, different mask codes are used for defining different feature points, the mask codes are recorded in corresponding logs, and the logs recording corresponding fault problems are searched by searching the mask codes, so that the working efficiency is improved.

摘要：【中文】本发明公开了一种基于物联设备的事务智能调度方法，涉及电力物联设备的事务处理方法领域。目前在电力行业中基于终端设备的事务处理引擎或者算法对终端事务管控，不能很好的吻合电力泛在物联网的特征和需求。本方法在对对报文类型解析和判断后，进行事务优先权的定义和对同一级别不同类型的冲突报文进行先进先出的并行处理。实现对不同类型报文的智能管控处理，能够有效实现繁杂事务的合理处理，提高配电终端设备运行稳定可靠、安全持久和准确。 【EN】The invention discloses an intelligent transaction scheduling method based on an internet of things device, and relates to the field of transaction processing methods of electric internet of things devices. At present, in the power industry, terminal affairs are controlled by a transaction processing engine or algorithm based on terminal equipment, and the characteristics and the requirements of the ubiquitous power internet of things cannot be well matched. After analyzing and judging the message types, the method defines the transaction priority and performs first-in first-out parallel processing on different types of conflict messages of the same level. The intelligent management and control processing of different types of messages is realized, the reasonable processing of complicated matters can be effectively realized, and the stable, reliable, safe, lasting and accurate operation of the power distribution terminal equipment is improved.

摘要：【中文】本发明公开了一种评标现场智慧管理系统，包括：服务端，存储有评标人员数据库，所述评标人员数据库包含评标人员的身份信息、位置信息、工作时长和生命体征信息及对应的工作区域；采集验证装置，至少一个定位装置，至少一个计时装置，至少一个健康监控装置，服务端分别与采集验证装置、定位装置、计时装置、健康监控装置通讯连接，所述定位装置、计时装置、健康监控装置成组设置以匹配评标人员。本发明增加了评标人员的管理精细化程度，通过评标人员的位置定位解决评标专家工作时长缺乏科学统计、评标专家违规“串门”取证难等问题，通过生物特征识别解决评标专家报到入场效率低的问题，并保障评标人员的健康生活。 【EN】The invention discloses an intelligent management system for a bid evaluation site, which comprises: the service end stores a standard evaluation personnel database, and the standard evaluation personnel database comprises identity information, position information, working duration and vital sign information of standard evaluation personnel and corresponding working areas; the system comprises a collection verification device, at least one positioning device, at least one timing device and at least one health monitoring device, wherein a server is in communication connection with the collection verification device, the positioning device, the timing device and the health monitoring device respectively, and the positioning device, the timing device and the health monitoring device are arranged in groups to be matched with evaluation personnel. The invention increases the management refinement degree of the bid evaluation personnel, solves the problems of lack of scientific statistics of the working time of the bid evaluation expert, difficult evidence collection of violation 'cross' of the bid evaluation expert and the like through the position positioning of the bid evaluation personnel, solves the problem of low efficiency of entry reporting of the bid evaluation expert through biological feature recognition, and ensures the healthy life of the bid evaluation personnel.

摘要：【中文】本发明公开了一种基于特征形状的正交线段拐点合并的线路布局方法，涉及一种线路排路方法。电网专题图中自动成图线路布局时，往往会产生不必要的拐点，导致走线路径不合理，若采用手工进行纠正话，效率低，且容易导致布线错误。本发明包括以下步骤：获得保留的节点起始出线方向，并根据起始出线方向来决定特征形状的匹配规则，获取特征形状；设循环次数；获取整条线段的坐标点；取四个点的坐标位置，并匹配特征形状；若四个点的坐标位置匹配特征形状，则根据特征部分类并作出拐点合并计划列表；取出列表中首个未尝试的计划进行尝试；判断计划列表是否符合设定条件；若是，则修改点坐标。本技术方案减少不必要的拐点，避免不合理的走线路径。 【EN】The invention discloses a line layout method based on characteristic shape orthogonal line segment inflection point merging, and relates to a line routing method. When the circuit layout of the automatic mapping in the power grid thematic map is adopted, unnecessary inflection points are often generated, so that the routing path is unreasonable, and if manual correction is adopted, the efficiency is low, and wiring errors are easily caused. The invention comprises the following steps: obtaining the initial outgoing direction of the reserved node, determining the matching rule of the characteristic shape according to the initial outgoing direction, and obtaining the characteristic shape; setting the cycle times; acquiring a coordinate point of the whole line segment; taking the coordinate positions of the four points, and matching the characteristic shapes; if the coordinate positions of the four points are matched with the characteristic shapes, classifying according to the characteristic parts and making an inflection point merging plan list; taking out the first untried plan in the list for trial; judging whether the plan list meets set conditions or not; and if so, modifying the point coordinates. According to the technical scheme, unnecessary inflection points are reduced, and unreasonable routing paths are avoided.

摘要：【中文】本发明涉及计算机技术领域，尤其涉及一种利用外接存储设备自动备份配置文件的方法，包括：判断外接存储设备内的备份文件与应用程序的配置文件是否相同，如果不相同，则将外接存储设备内的备份文件拷贝到应用程序的配置文件目录进行更新；判断是否有配置参数的功能函数接口调用，如果有，则判断外接存储设备内的备份文件与应用程序的配置文件是否相同，如果不相同，则将应用程序的配置文件拷贝到外接存储设备内进行重新备份，本发明可以实现以下效果：保证系统运行过程中配置文件的可靠性，减少系统运维过程中因为配置文件丢失或不一致性，而给工程人员带来额外配置工作量，避免二次调试的发生，提高电能量采集系统整体运行安全可靠性。 【EN】The invention relates to the technical field of computers, in particular to a method for automatically backing up configuration files by using an external storage device, which comprises the following steps: judging whether the backup file in the external storage device is the same as the configuration file of the application program, if not, copying the backup file in the external storage device to a configuration file directory of the application program for updating; judging whether a function interface of the configuration parameters is called, if so, judging whether a backup file in the external storage equipment is the same as a configuration file of the application program, and if not, copying the configuration file of the application program into the external storage equipment for backuping, wherein the invention can realize the following effects: the reliability of the configuration files in the operation process of the system is guaranteed, extra configuration workload brought to engineering personnel due to the fact that the configuration files are lost or inconsistent in the operation and maintenance process of the system is reduced, secondary debugging is avoided, and the overall operation safety and reliability of the electric energy acquisition system are improved.

摘要：【中文】本发明公开了一种逆向解析的数据脱敏方法及装置，方法包括如下步骤：接收用户发送的查询数据的SQL语句；判断SQL语句是否含有涉及敏感数据的字段的目标列表达式，若不是则终止对SQL语句的处理；判断SQL语句是否有嵌套查询；由内到外逐层递归，直至含有涉及敏感数据的字段的目标列表达式位于SQL语句中最外层的嵌套查询；根据预先设置的脱敏转换规则对所述SQL语句的目标列表达式进行转换，使转换后的SQL语句访问到的敏感数据为脱敏数据；输出SQL语句所要查询的数据；并公开了相应的装置。本发明基于SQL语义逆向自动解析出字段演变足迹的方法，智能分析出最终数据结果是否脱敏处理。 【EN】The invention discloses a data desensitization method and a data desensitization device for reverse analysis, wherein the method comprises the following steps: receiving an SQL statement of query data sent by a user; judging whether the SQL statement contains a target list expression of fields related to sensitive data, and if not, terminating the processing of the SQL statement; judging whether the SQL statement has nested query or not; recursion layer by layer from inside to outside until the target list expression containing the field related to the sensitive data is positioned in the nested query of the outermost layer in the SQL statement; converting the target list expression of the SQL statement according to a preset desensitization conversion rule, so that sensitive data accessed by the converted SQL statement is desensitized data; outputting data to be queried by an SQL statement; and a corresponding apparatus is disclosed. The method for reversely and automatically analyzing the field evolution footprint based on the SQL semantics intelligently analyzes whether the final data result is desensitized.

摘要：【中文】本发明涉及大数据处理领域，尤其涉及一种基于大数据SQL解析的数据地图路径导航方法，包括：对来自各数据应用系统的数据查询脚本、数据库执行日志通过SQL解析，获取数据表、数据字段之间的关联关系；建立数据表关系库，将解析出的数据表、数据字段之间的关联关系存储至数据表关系库；将数据表与数据字段通过数据表、数据字段之间的关联关系连接形成数据网络，以编制数据拓扑关系图，依托拓扑关系图构建数据业务地图；在数据业务地图中设置起始点数据表和终点数据表，根据数据表关系库进行计算，求得所需要的数据路径并在数据业务地图上显示。本发明的有益效果：实现数据的导航以及查询。 【EN】The invention relates to the field of big data processing, in particular to a data map path navigation method based on big data SQL analysis, which comprises the following steps: analyzing a data query script and a database execution log from each data application system through SQL to obtain an association relation between a data table and data fields; establishing a data table relational database, and storing the association relationship between the analyzed data table and the data fields in the data table relational database; connecting the data table and the data fields through the incidence relation between the data table and the data fields to form a data network so as to compile a data topological relation graph, and constructing a data service map by relying on the topological relation graph; and setting a starting point data table and an end point data table in the data service map, calculating according to the data table relational database, obtaining a required data path and displaying on the data service map. The invention has the beneficial effects that: and navigation and query of data are realized.

摘要：【中文】本发明涉及电力技术领域，尤其涉及一种基于电网GIS数据的图形绘制方法，包括：根据数据类型将电网GIS的数据进行分层处理；通过空间索引对分层处理后的数据进行过滤处理；对过滤处理的数据进行绘制资源分配并实现图形的可视化显示，本发明可以实现以下效果：根据数据类型将电网GIS的数据进行分层处理，通过空间索引对分层处理后的数据进行过滤处理，对过滤处理的数据进行绘制资源分配并实现图形的可视化显示，提高图形的绘制速度，解决了在电网大数据背景下，绘制量大，绘制精度高，绘制任务要求快，用户响应即时等问题。 【EN】The invention relates to the technical field of electric power, in particular to a graph drawing method based on power grid GIS data, which comprises the following steps: carrying out hierarchical processing on the data of the power grid GIS according to the data type; filtering the layered data through a spatial index; the data after filtering processing is subjected to drawing resource allocation and the visual display of the graph is realized, and the invention can realize the following effects: the method comprises the steps of carrying out hierarchical processing on data of the power grid GIS according to data types, carrying out filtering processing on the data after the hierarchical processing through spatial indexes, carrying out drawing resource allocation on the data after the filtering processing and realizing visual display of graphs, improving drawing speed of the graphs, and solving the problems of large drawing amount, high drawing precision, quick drawing task requirement, instant user response and the like in the power grid big data background.