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】本发明公开了重新定义流程可以实现流程逻辑的变化机制，包括WEB服务器、指令输入单元、指令识别单元、流程映射单元、流程加载引擎和流程数据库，所述指令输入单元连接WEB服务器，所述WEB服务器与流程数据库交互连接；本发明通过指令输入单元输入流程重新定义指令，指令识别单元识别指令，然后流程映射单元根据信号指令搜寻流程数据库内流程逻辑与本次输入指令相关的流程逻辑，发出是否确认加载流程指令，最后流程加载引擎加载流程逻辑，加载完毕后，发出流程逻辑加载完毕信号，进入待机状态，可以根据流程重新定义指令自动识别要重新定义的流程逻辑，减小每次更改流程逻辑所需要耗费的时间，便于根据实际情况定义流程逻辑。 【EN】The invention discloses a change mechanism for redefining a flow to realize flow logic, which comprises a WEB server, an instruction input unit, an instruction identification unit, a flow mapping unit, a flow loading engine and a flow database, wherein the instruction input unit is connected with the WEB server, and the WEB server is interactively connected with the flow database; the invention inputs a flow redefining instruction through the instruction input unit, the instruction identification unit identifies the instruction, then the flow mapping unit searches the flow logic related to the current input instruction in the flow database according to the signal instruction, sends out a flow logic loading confirmation or not, finally, the flow loading engine loads the flow logic, and after the loading is finished, sends out a flow logic loading finishing signal to enter a standby state.