8results about How to "Solve one-sidedness" patented technology

The present application relates to the technical field of smart grid, especially to a kind of intelligent power distribution cabinet with fault detection function and detection method.The present application can accurately obtain state data and analyze state data by obtaining unit and data analysis unit;Multiple AI analysis models in edge computing unit can accurately analyze equipment state results, and can improve the efficiency of power distribution cabinet fault detection;Through the decision unit, multiple equipment state results are fused using the preset rules to obtain accurate fault information, and the execution module in the control unit is driven based on the accurate fault information to act;Finally, the analysis unit determines the fault detection state based on the fault suppression success rate within the preset period, and adjusts the corresponding parameters based on the fault detection state, so as to more accurately analyze the fault.The present application improves the fault detection efficiency of power distribution cabinet.

The invention relates to the technical field of radiotherapy dose verification, and particularly discloses a cyber knife radiotherapy plan point dose and plane dose synchronous verification method, which comprises the following steps: constructing cyber knife patient dose verification equipment by a pinpoint ionization chamber, an EBT3 film, solid water and a gold label; scanning the verification device by using the simulated positioning CT to obtain a verification device CT image; the CT image of the verification equipment is guided into the treatment plan of the wave knife patient, and a model body plan of gold mark tracking is generated; registering the CT image of the patient radiotherapy plan with the CT image corresponding to the motif plan, and transplanting beam information in the patient radiotherapy plan to the motif plan; a high-resolution beam tracking algorithm is adopted to recalculate the dose distribution of the treatment beam on the phantom plan image; and recording the median dose of the sensitive volume of the ionization chamber, and exporting the dose distribution diagram of the layer where the film plane is located in the motif plan so as to carry out absolute point dose analysis and plane dose analysis. According to the invention, the error detection rate of patient plan verification can be improved.

The application provides an animal immune evaluation method based on a Lutzomyia longipalpis infection model, and comprises the following steps: S1, experimental animal preparation and screening; S2, Lutzomyia longipalpis preparation and quality verification; S3, Lutzomyia longipalpis infection of experimental animals; S4, immune related index detection; S5, animal immune function evaluation; and S6, repeatability verification and data summarization. The application realizes systematic and objective evaluation of the effect of immune candidate drugs.

This invention provides a method, apparatus, electronic device, and storage medium for identifying critical nodes. The method includes: determining multiple indicator values ​​for any node based on multiple indicators, whereby the multiple indicators are used to evaluate the importance of the node; determining the comprehensive weight corresponding to any indicator using the analytic hierarchy process (AHP) and entropy weight method; determining the node's importance ranking value based on the multiple indicator values ​​and the comprehensive weights corresponding to the multiple indicators for any node; and identifying critical nodes based on the node importance ranking values ​​of all nodes. This invention solves the problem of the one-sidedness of existing critical node identification methods in related technologies.

The present invention belongs to the field of dynamic hazard early warning and safety prevention and control of production systems, and is specifically a method for creating a dynamic threshold value of the state hazard of a production system. The method comprises the following steps: S100: checking the layout structure of the production system, judging the time domain response type of the production system change, wherein the time domain response type includes a hysteresis response with a time delay effect, a viscosity response with a space delay effect, and a hysteresis + viscosity combination response with both time and space delay effects; S200: calculating and determining the time lag parameter of the production system state change; S300: calculating the dynamic threshold value of the production system state according to the time lag parameter; S400: calculating the distance between the dynamic threshold value of the state of the production system and the critical value of the hazard of the state of the production system, and standardizing the distance; S500: calculating the dynamic threshold value of the state hazard of the production system according to the distance after standardization.

The invention discloses an energy consumption dynamic allocation method based on hospital department use time and regional area, and relates to the technical field of energy consumption dynamic allocation, and the method comprises the following working steps: S1, energy consumption department allocation and disassembly: determining the relationship between energy consumption and each department, the energy consumption can be generated by one or more departments, and the energy consumption can be generated by one or more departments; the apportionment mode is determined according to the number of participating departments; and S2, department time configuration: setting work time of the department, including daily work and rest, overtime and rest time, so as to judge whether the department participates in generation and distribution of energy consumption in a specific time period. The invention provides an objective, complete, reasonable and scientific energy consumption dynamic allocation mechanism, the accurate and scientific allocation of energy consumption is realized, and the subjectivity and one-sidedness of a traditional method are solved; department energy consumption composition analysis is generated, optimization of department energy consumption management is facilitated, and unreasonable energy consumption is reduced; and through association of the energy consumption and the performance indicators, resource investment is optimized, and the energy consumption use efficiency is improved.

The application discloses a chip visual data reasoning capability test method and electronic equipment, and relates to the technical field of chip testing. The method comprises the following steps: processing visual original data sets based on a data arrangement mechanism to obtain visual test data sets, solving the one-sidedness and limitations of single data types and single data formats on the calibration chip capability, and helping to scientifically and comprehensively evaluate the to-be-tested chip; testing the to-be-tested chip according to a preset test model set to obtain an output result set, solving the one-sidedness and limitations of a single test model on the calibration chip capability, and helping to scientifically and comprehensively evaluate the to-be-tested chip; and judging the effectiveness of the output result set according to a monitoring result set, thereby improving the accuracy of the visual test result, and enabling the visual test result to accurately represent the visual data reasoning capability of the to-be-tested chip.

The invention provides a street space thermal comfort assessment method and system based on multi-index coupling, and a storage medium, and relates to the technical field of thermal comfort assessment, and the method specifically comprises the steps: collecting a plurality of representative places as to-be-assessed streets, and collecting the meteorological parameters and environmental parameters of the to-be-assessed streets; deriving a universal thermal climate index UTCI by using RayMan software, and calculating a thermal stress index and an air cooling effect index according to the parameters subjected to dimensionless processing; determining the correlation among the indexes by using a Pearson's correlation coefficient method, and calculating a comprehensive thermal comfort score in combination with an analysis result; according to the method, multiple indexes are integrated, so that the one-sidedness and limitation in a traditional evaluation method are effectively solved, and a more comprehensive and scientific street thermal comfort evaluation framework is provided. By dividing thermal stress grades and making specific improvement measures for each grade, the thermal stress level in the area can be reduced in a targeted manner, and the microclimate of the street space is improved.