8results about How to "Find out quickly" patented technology

The invention discloses a method, a system and equipment for monitoring weak links of a power distribution network and a storage medium. Comprises: obtaining operation related data of a target power distribution network; performing preliminary state evaluation on each node of the target power distribution network based on the operation related data to generate a preliminary state matrix; and weak link positioning is carried out based on the initial state matrix to obtain weak link data, and an emergency response strategy of the target power distribution network is generated according to the weak link data. Weak link positioning is performed through the initial state matrix to obtain weak link data, so that the part with problems in the power distribution network can be quickly and accurately found out, and the problem finding efficiency is improved. The emergency response strategy is generated according to the weak link data, so that effective countermeasures can be taken quickly when the power distribution network breaks down or is abnormal, the overall operation reliability of the power distribution network is improved, and the stability of power supply is guaranteed. Changes of the power distribution network can be dynamically tracked, and continuously changing power grid operation environments and requirements are adapted.

The invention discloses a time-sharing segmented line loss monitoring method and system for a distribution network, and the method comprises the steps: building and training a line loss anomaly prediction model based on historical line loss data, and obtaining the line loss anomaly prediction data and line / transformer area information in a specific time period through the line loss anomaly prediction model; the cloud platform obtains real-time line loss data of the distribution network in real time, when the real-time line loss data exceeds a theoretical line loss threshold value, the line loss abnormity prediction data is called for comparison, and if the line loss abnormity prediction data exceeds the real-time line loss data, the corresponding line / transformer area is positioned as an abnormal line loss point; and acquiring real-time monitoring data of the corresponding line / transformer area based on the line / transformer area information corresponding to the abnormal line loss point, judging whether the line loss occurring at the current moment is abnormal line loss, and if so, issuing alarm information to a processing end of the corresponding line / transformer area. The system is used for implementing the method. According to the invention, line loss abnormity judgment and line loss abnormal point positioning can be rapidly realized.

The invention discloses a food quality safety tracking management system based on big data, and relates to the technical field of food safety, the system can collect various quality data in real time at key nodes of dairy product production and storage, and realize automatic association of batch information. The parameter acquisition module acquires dairy product production data in real time through acquisition equipment installed at a production node, and acquires storage data at a storage node at the same time. After the data is transmitted to the central database, the system preprocesses the data, and finally a complete preservative traceability data set is generated. And associating the quality data of each batch by using the unique identifier, and associating the dairy product batch ID with the preservative batch ID to form a dairy product component association table PCA, and establishing a detailed tracing relationship between different batches. The module enhances the traceability and transparency of the product quality, and is convenient for quickly finding out the problem source when the quality problem occurs.

The invention discloses an intimate contact person traceability device based on droplet detection and a traceability method thereof, and belongs to the circuit system field, the human respiration field and the respiratory tract disease traceability technical field, the intimate contact person traceability device comprises a droplet detection module, an intimate contact person traceability module and a rear end system which are electrically connected with each other, the spittle detection module detects spittle signals to judge physical contact conditions among individuals, the close contact person traceability module records geographic positions and time when the spittle signals are obtained, spittle spreading conditions of main spreading modes of respiratory diseases can be obviously embodied, and a rear-end system has a function of filtering a large amount of redundant information. According to the method, the search range can be accurately limited at a specific time point and a space position, close contact persons and secondary close contact persons can be found out more quickly, and an epidemic prevention department can lock high-risk crowds and regions in the shortest time and effectively control the illness state within the minimum range.

The present application relates to a method for optimizing energy consumption of an electric-thermal integrated energy system with reduced loss, comprising: obtaining energy consumption data of the electric-thermal integrated energy system; processing the obtained energy consumption data, classifying it according to energy consumption regions, and dividing time periods; analyzing the energy consumption data of different regions respectively, obtaining consumption sources; optimizing the energy consumption of different regions respectively, generating improvement suggestions for the consumption sources; implementing loss reduction measures, and analyzing and comparing the loss reduction effects, recording the effective loss reduction measures for popularization and use. The present application also discloses an energy consumption optimization system. The present application obtains energy consumption data of different regions and different time intervals, monitors energy consumption abnormal nodes in real time; uses a normal distribution probability model of an expectation maximization algorithm to calculate the optimal energy consumption data distribution, generates improvement suggestions for the consumption sources, and optimizes energy consumption.

The invention discloses a configuration restoration method and device for an SDN system and a medium, and the method comprises the steps: carrying out the backup operation of the SDN system, and obtaining the backup data of the SDN system; the backup time nodes of different equipment modules are the same; the backup data of the SDN system at the same backup time node is stored to the same backup path; in the backup data sequence, comparing the backup data of the same equipment module at different backup time nodes, and determining whether the same equipment module has a configuration difference between the different backup time nodes; generating a configuration comparison image of the SDN system; when the SDN system has a fault, determining a fault equipment module and a restoration time node according to the configuration comparison image; and performing configuration restoration on the fault equipment module according to the restoration time node backup data. And the SDN system is quickly and accurately subjected to configuration restoration.

The utility model provides a large building line management hanging bracket which comprises a top plate, a first hanging rod and a second hanging rod are arranged at the bottom end of the top plate, a supporting rod and a movable rod are connected between the first hanging rod and the second hanging rod, a plurality of second clamping grooves are formed in the lower end of the movable rod, and adjusting grooves are formed in the second hanging rods. The hanging bracket has the beneficial effects that after the hanging bracket is installed, when a certain line is damaged and needs to be maintained, the movable rod is fixed to the hanging rod I, the movable rod is fixed to the hanging rod I, the movable rod is fixed to the hanging rod I, and the movable rod is fixed to the hanging rod II; when a fault occurs, a moving assembly can be driven to drive a corresponding first clamping groove and a fixing plate to move downwards, then a certain first clamping groove can be moved downwards in a targeted mode, the first clamping groove is separated from a second clamping groove, at the moment, an operator can rapidly find out a fault line, then the line needing to be maintained can be maintained, and the maintenance efficiency is improved. The use is convenient.

The present application provides a photoelectric sensing device, a photoelectric sensing system and a method thereof, wherein the photoelectric sensing device includes a diffusion film for introducing a light to be measured, a filter element having a plurality of filter coatings for filtering a detection light beam from the light to be measured, and a sensing circuit for sensing the detection light beam, and the photoelectric sensing device can provide a dual-band sensing function. In addition, the photoelectric sensing system and the operation method thereof of the present application include coupling a plurality of incident lights into first coupled light by a secondary light coupling element, coupling the first coupled light into second coupled light by a primary light coupling element, forming fluorescence by a part of the second coupled light passing through an erbium-doped optical fiber, and respectively arranging a first photoelectric sensing device and a second photoelectric sensing device on the secondary light coupling element and the erbium-doped optical fiber to monitor the state of blue laser light and fluorescence, thereby providing an instant monitoring effect.