摘要：【中文】本发明公开了新型电网多重防御系统的抗攻击机制，包括智慧分布式能源管理云平台、数据中心、微电网能源管理单元、储能模块、环保发电模块、防御算法模块、数据信誉评估模块、数据信誉分析模块、数据搜集单元、存储模块和智能配网终端，所述智慧分布式能源管理云平台与数据中心交互连接，所述数据中心分别与防御算法模块、存储模块和智能配网终端连接，所述防御算法模块与数据信誉评估模块连接，所述数据信誉评估模块与数据信誉分析模块连接；本发明通过信誉评估机制来实现阻止恶意智能终端攻击的目的，将信誉机制与智能终端通信行为相结合，利用直接信誉和间接信誉评估智能终端的信誉度，从而孤立恶意智能终端，保证防御系统的安全运行。 【EN】The invention discloses an anti-attack mechanism of a novel power grid multi-defense system, which comprises a smart distributed energy management cloud platform, a data center, a micro-grid energy management unit, an energy storage module, an environment-friendly power generation module, a defense algorithm module, a data credit evaluation module, a data credit analysis module, a data collection unit, a storage module and an intelligent distribution network terminal, wherein the smart distributed energy management cloud platform is interactively connected with the data center, the data center is respectively connected with the defense algorithm module, the storage module and the intelligent distribution network terminal, the defense algorithm module is connected with the data credit evaluation module, and the data credit evaluation module is connected with the data credit analysis module; the invention realizes the purpose of preventing the attack of the malicious intelligent terminal through the credit evaluation mechanism, combines the credit mechanism with the communication behavior of the intelligent terminal, and evaluates the credit degree of the intelligent terminal by utilizing the direct credit and the indirect credit, thereby isolating the malicious intelligent terminal and ensuring the safe operation of the defense system.

摘要：【中文】本发明公开了一种输变电控制系统，包括：中央控制模块、第一监控模块、第二监控模块、网络服务器、远程监控模块、无线接收模块、无线传输模块、环境采集模块、第一报警模块、第二报警模块、远程监控模块、远程报警模块、存储模块和远程显示模块；通过各类传感器采集输变电设备的各个工作数据参数，中央控制模块将接收的各个设备数据参数转换经处理，当不正常时，则产生相应报警信号发送至中央控制模块，并由远程显示模块显示；当显示的数据参数出现变化时，通过远程监控模块发送至远程报警模块进行报警，对变电站的内部以及周围进行很好的监控，降低了变电站设备运行风险，提高安全可靠性，提高了变电站安全管理效率与质量。 【EN】The invention discloses a power transmission and transformation control system, which comprises: the system comprises a central control module, a first monitoring module, a second monitoring module, a network server, a remote monitoring module, a wireless receiving module, a wireless transmission module, an environment acquisition module, a first alarm module, a second alarm module, a remote monitoring module, a remote alarm module, a storage module and a remote display module; the method comprises the steps that various working data parameters of the power transmission and transformation equipment are collected through various sensors, the central control module converts and processes the received data parameters of the equipment, and when the equipment is abnormal, corresponding alarm signals are generated and sent to the central control module and displayed by a remote display module; when the displayed data parameters change, the data parameters are sent to the remote alarm module through the remote monitoring module to alarm, the interior and the periphery of the transformer substation are well monitored, the operation risk of the transformer substation equipment is reduced, the safety and the reliability are improved, and the safety management efficiency and the quality of the transformer substation are improved.

摘要：【中文】本发明公开了一种电网协同调度模块，包括操作模块、实时控制模块、在线支持模块、故障模块、电力系统和协同模块，所述操作模块的输出端分别与实时控制模块、在线支持模块和故障模块的输入端连接，所述实时控制模块的输出端与电力系统的输入端连接，所述在线支持模块的输出端与电力系统的输入端连接，所述电力系统的输出端与协同模块的输入端连接；本发明通过控制系统、开关、调度总值子模块、正值调度子模块、发电调度子模块和输变电调度子模块的设置，不仅能够用于电网调度，且能够用于指示对电网进行调度的操作，确定单元，用于根据操作模块指示的信息从计划子模块中确定目标对象，以及按照预设方式将电网调度指示信息发送至子系统。 【EN】The invention discloses a power grid cooperative scheduling module which comprises an operation module, a real-time control module, an online support module, a fault module, an electric power system and a cooperative module, wherein the output end of the operation module is respectively connected with the input ends of the real-time control module, the online support module and the fault module; the power grid dispatching system can be used for dispatching a power grid and indicating the operation of dispatching the power grid through the arrangement of the control system, the switch, the total dispatching value submodule, the positive value dispatching submodule, the power generation dispatching submodule and the power transmission and transformation dispatching submodule, and the determining unit is used for determining a target object from the planning submodule according to the information indicated by the operation module and sending the power grid dispatching indication information to the subsystem according to a preset mode.

摘要：【中文】本发明公开了电力安全多引擎查杀机制，包括：电力设备、电压监测模块、电流监测模块、温度监测模块、数据库、中央处理器、数据处理单元、数据分析单元、PLC控制器、警报模块、数据传输单元；本发明当电力设备出现故障时，温度、电流和电压会产生异常变化，将温度、电流和电压数据发送至数据库，通过中央处理器和数据处理单元将数据与参数库数据进行比对，出现异常，则将异常传输至数据分析单元，对异常数据进行分析，分析完成后通过PLC控制器使警报模块运转；同时，经过处理后的数据通过数据传输单元和网络传输单元传输至终端显示模块，再次对异常数据分析，确定异常数据来源，使工人准确快速的定位维修故障电力子设备。 【EN】The invention discloses a power safety multi-engine checking and killing mechanism, which comprises the following steps: the device comprises power equipment, a voltage monitoring module, a current monitoring module, a temperature monitoring module, a database, a central processing unit, a data analysis unit, a PLC (programmable logic controller), an alarm module and a data transmission unit; when power equipment breaks down, temperature, current and voltage change abnormally, the temperature, current and voltage data are sent to a database, the data are compared with parameter database data through a central processing unit and a data processing unit, if the data are abnormal, the abnormal data are transmitted to a data analysis unit, the abnormal data are analyzed, and an alarm module is operated through a PLC (programmable logic controller) after the abnormal data are analyzed; meanwhile, the processed data are transmitted to the terminal display module through the data transmission unit and the network transmission unit, abnormal data are analyzed again, the source of the abnormal data is determined, and workers can accurately and quickly position and maintain the faulty power sub-equipment.

摘要：【中文】本发明公开了移动终端云安全服务系统，所述移动终端与云端服务器相连接，所述云端服务器与运行环境检测单元相连接，所述运行环境检测单元与分析统计模块相连接，所述分析统计模块与处理中心相连接，所述处理中心与安全管理单元相连接，所述安全管理单元与权限管理单元相连接，所述权限管理单元与通讯安全检测单元相连接，所述通讯安全检测单元与云端服务器相连接。本发明通过基础安全服务器对用户信息进行安全认证、核心业务风险控制器进行分析风险和应用安全服务器进行应用安全认证，通过通讯安全检测单元对应用进行网络通讯环境安全检测后将异常信息反馈给移动终端告知客户进行重新认证操作，保证云安全。 【EN】The invention discloses a mobile terminal cloud security service system, wherein a mobile terminal is connected with a cloud server, the cloud server is connected with an operating environment detection unit, the operating environment detection unit is connected with an analysis and statistics module, the analysis and statistics module is connected with a processing center, the processing center is connected with a security management unit, the security management unit is connected with an authority management unit, the authority management unit is connected with a communication security detection unit, and the communication security detection unit is connected with the cloud server. According to the invention, the basic security server is used for carrying out security authentication on user information, the core service risk controller is used for analyzing risks and the application security server is used for carrying out application security authentication, the communication security detection unit is used for carrying out network communication environment security detection on the application, and then abnormal information is fed back to the mobile terminal to inform the client of carrying out re-authentication operation, so that cloud security is ensured.

摘要：【中文】本发明提供了一种风量测量装置，涉及测量技术领域，解决了现有技术中存在的L型和S型风量测量装置采用单点取压，测量结果存在较大偏差的技术问题。该风量测量装置包括全压管和静压管；所述全压管、静压管相互平行，并固定在进风管道或箱体内；所述全压管上至少设置有两个全压测孔；所述静压管上至少设置有两个静压测孔；所述全压测孔、静压测孔分别正对气流和背对气流。本发明通过多点取压然后计算平均值，就能够得到整个截面的平均压力，对风速和风量的测量就更加精准。同时，由于全压管、静压管可进行独立设计，直接使用标准管材即可加工制造，不需要特殊模具，也较现有风量测量装置的标准设计具有更大的灵活性。 【EN】The invention provides an air volume measuring device, relates to the technical field of measurement, and solves the technical problems that an L-shaped air volume measuring device and an S-shaped air volume measuring device in the prior art adopt single-point pressure measurement, and the measurement results have large deviation. The air quantity measuring device comprises a total pressure pipe and a static pressure pipe; the total pressure pipe and the static pressure pipe are parallel to each other and are fixed in the air inlet pipeline or the box body; the full-pressure pipe is provided with at least two full-pressure measuring holes; the static pressure pipe is provided with at least two static pressure measuring holes; the full pressure measuring hole and the static pressure measuring hole are respectively opposite to the air flow and opposite to the air flow. According to the invention, the average pressure of the whole section can be obtained by multipoint pressure measurement and then average value calculation, so that the measurement of the wind speed and the wind volume is more accurate. Meanwhile, the total pressure pipe and the static pressure pipe can be independently designed, and can be processed and manufactured by directly using a standard pipe without a special die, and the wind volume measuring device has higher flexibility than the standard design of the existing wind volume measuring device.

摘要：【中文】本发明公开了终端恶意程序研判平台，包括：输入单元、处理器、储存器、输出模块、音频电路、摄像头和显示单元，所述输入单元的电性输出端与处理器的电性输入端电性连接，所述处理器的电性输入端与储存器的电性输出端双向电性连接。本发明能够对待检测软件进行反编译，然后对反编译文件中的字符串长度序列、第一特征顺序序列代码、第二特征顺序序列代码和参数信息和返回值信息与恶意特征库进行匹配，忽略了恶意程序的代码含义，能够根据程序的行为进行判断，进而精确的检测出进行过代码隐蔽的程序，同时普通用户能够在使用程序的同时无风险检测出该程序的安全性同时，能够有效检测出未知恶意程序。 【EN】The invention discloses a platform for studying and judging malicious programs of a terminal, which comprises: the audio-visual display device comprises an input unit, a processor, a storage, an output module, an audio circuit, a camera and a display unit, wherein the electrical output end of the input unit is electrically connected with the electrical input end of the processor, and the electrical input end of the processor is electrically connected with the electrical output end of the storage in a bidirectional mode. According to the method and the device, software to be detected can be decompiled, then a character string length sequence, a first characteristic sequence code, a second characteristic sequence code, parameter information and return value information in a decompiled file are matched with a malicious feature library, the code meaning of a malicious program is ignored, judgment can be carried out according to the behavior of the program, the program subjected to code hiding is further accurately detected, and meanwhile, an ordinary user can use the program and simultaneously detect the safety of the program without risks, and simultaneously can effectively detect an unknown malicious program.

摘要：【中文】本发明公开了一种新型电力大数据分析系统，所述分析系统包括：多个采集终端、多个分别与采集终端相连接的LTE通讯模块、云服务器、筛选单元、分层处理模块、云计算模块、SQL数据库管理单元和储存单元，LTE通讯模块连接云服务器，所述云服务器连接筛选单元；本发明主特征向量识别模块根据预输入的主特征向量信号对电力数据进行预筛选，预筛选过后，多个辅特征向量识别模块对电力根据预输入的辅特征向量进行二次筛选，接着通过子特征向量识别模块对电力数据进行最终筛选，将电力数据层层筛选，使得相同的大数据能够统一进行分析，减小云计算模块对数据进行计算分析所耗费的时间，提高分析效率，减少人工开支。 【EN】The invention discloses a novel electric power big data analysis system, which comprises: the system comprises a plurality of acquisition terminals, a plurality of LTE communication modules respectively connected with the acquisition terminals, a cloud server, a screening unit, a hierarchical processing module, a cloud computing module, an SQL database management unit and a storage unit, wherein the LTE communication modules are connected with the cloud server, and the cloud server is connected with the screening unit; according to the invention, the main characteristic vector recognition module pre-screens electric power data according to pre-input main characteristic vector signals, after pre-screening, the plurality of auxiliary characteristic vector recognition modules perform secondary screening on the electric power according to the pre-input auxiliary characteristic vectors, then the sub-characteristic vector recognition modules perform final screening on the electric power data, and the electric power data are screened layer by layer, so that the same big data can be uniformly analyzed, the time consumed by the cloud computing module for computing and analyzing the data is reduced, the analysis efficiency is improved, and the labor cost is reduced.