5results about How to "Implement security checks" patented technology

The application provides a sensitivity-based energy storage charging and discharging strategy method, and relates to the technical field of power system energy storage, which comprises the following steps: obtaining current section flow data and current section flow limit value, and judging whether there is a current overload / limit-exceeding section according to a preset overload / limit-exceeding standard; receiving an energy storage charging and discharging request, obtaining energy storage section sensitivity, and determining whether to allow energy storage charging and discharging operation in combination with the judgment result; if energy storage charging and discharging operation is allowed, calculating the maximum charging and discharging power; constructing a short-term load prediction model to determine predicted section flow data; constructing an energy storage charging and discharging strategy to calculate the predicted section flow change amount, and then obtaining simulated section flow data in combination with the predicted section flow data; judging whether there is a future overload / limit-exceeding section again according to the preset overload / limit-exceeding standard, and adjusting the energy storage charging and discharging strategy, so that the real-time performance and adaptability of energy storage charging and discharging can be improved, the energy storage utilization efficiency can be improved, and the safe operation of the power grid can be ensured.

The present invention discloses a method and system for safety verification of power outage maintenance of power transmission and transformation equipment below 220 kV, and belongs to the technical field of safety verification of power system dispatching plan. The present invention obtains the real-time power grid topology map, the information of the first-level important users, the second-level important users, the power supply guarantee users and all the power outage maintenance orders to be dispatched and executed; based on all the power outage maintenance orders to be dispatched and executed, the load transfer scheme of the power outage maintenance orders to be dispatched and executed is generated; then according to the load transfer scheme of the power outage maintenance orders to be dispatched and executed, the future maintenance state power grid topology map is generated; then based on the future maintenance state power grid topology map, the power outage maintenance orders to be dispatched and executed are sequentially verified without power outage, without overload, without risk increase and with power supply guarantee, and finally the verification of all the power outage maintenance orders to be dispatched and executed is completed. The present invention is used for safety verification of the whole process of power outage maintenance scheduling of power transmission and transformation equipment below 220 kV.

The embodiment of the invention discloses a service interaction verification method and device, equipment and a medium, and the method comprises the steps: interacting with a target server to determine a target trusted transmission negotiation key and preset verification information under the condition that a service request initiated by a built-in browser to the target server is intercepted and obtained; and processing request data of the service request according to the target trusted transmission negotiation key and preset verification information to obtain a new request data packet, and sending the service request to the target server based on the new request data packet, so that the target server verifies the service request according to the target trusted transmission negotiation key and the preset verification information. According to the technical scheme of the embodiment, the problem of missed judgment of man-machine verification in some interactive service scenes is solved, and the safety verification of services in a straight page without user operation and a scene in which man-machine identification needs to be carried out without page rendering can be realized in a user non-inductive manner based on a trusted transport protocol of a transport layer.

The invention relates to the technical field of motorcycle product processing workshop safety detection, and aims to provide a method and system for effectively detecting the safety of a motorcycle product processing workshop, and the method comprises the steps: encrypting operation state information, transmitting the encrypted operation state information to a preset server, and carrying out the decryption and verification of the encrypted operation state information; performing data cleaning on the verification operation state information, converting the cleaned data into a preset format, performing data integration on the initial data, and performing data reduction on the integrated data; identifying abnormal data in the target data, wherein the training process comprises the steps of extracting sample features of a training sample, reconstructing reconstruction features of the training sample by a reconstruction network, identifying the abnormal data of the training sample, and calculating training loss of the abnormal data and a real label; and determining an abnormal workshop area of the motorcycle processing workshop, identifying an abnormal event of the abnormal workshop area, and analyzing an abnormal factor of the abnormal event. The safety of the motorcycle product processing workshop can be effectively improved.

The present application provides a PCIE node reverse management processing system and method; wherein the system includes: a server and an intelligent board device; wherein the server includes a CPU processor, a Root Complex module and multiple application components, and an on-chip interconnection module; wherein the intelligent board device includes a reverse management device; the reverse management device includes a second TLP processing module and an application function area; the above-mentioned PCIE node reverse management processing system can intelligently monitor and reverse manage the resources of the server, thereby improving the availability of the cloud server.