8results about How to "Improve normalization" patented technology

The invention provides a multi-dimensional charging method and device for computing power resources and electronic equipment, and the method comprises the steps: converting physical measurement indexes of all resource types in an original resource ticket, and obtaining a standard resource ticket; constructing a rate configuration model based on the basic unit price and the adjustment coefficient corresponding to each resource type; the adjustment coefficient is used for reflecting the resource commercial value difference of each resource type; and finally, inputting the standard resource ticket into the rate configuration model to obtain a cost result. According to the method provided by the invention, the original resource ticket of each resource type is acquired and converted into the standard resource ticket, so that unified measurement of heterogeneous resource data is realized; by constructing the rate configuration model containing the resource performance coefficient and comprehensively considering the influence of the resource type and the performance difference on the commercial value, accurate metering and charging of various intelligent computing resources are realized, the benefits of service providers and users are effectively balanced, and the standardization and high efficiency level of intelligent computing power business charging management is improved.

The application discloses a large and medium-sized water and electricity engineering emergency resource assessment and prediction method and device, relates to the safety emergency technical field of water conservancy and hydropower engineering, and specifically discloses the following technical scheme: multi-source heterogeneous data such as engineering basic information, emergency resource account books and expert knowledge rules are collected, a standardized data base is constructed through cleaning and checking and semantic mapping, an evaluation index system is constructed based on the data base, the emergency resource guarantee capacity is quantitatively evaluated and the short board is identified through a comprehensive evaluation algorithm, the evaluation result is combined with an emergency scene, a task chain is deduced, resource demand is calculated and compared with inventory, the optimal storage quota is determined through multi-scenario weighted optimization, finally, a multi-target model is constructed in combination with a budget and material priority, a phased scheme is intelligently optimized and generated, visualized interaction is output, and the optimal allocation and efficient scheduling of emergency resources are completed. Through multi-target intelligent optimization and visualized interaction, the phased scheme output is realized, and the problems of slow emergency response and unscientific decision-making are solved.

The application discloses a kind of no-load tap changer switching device and control method thereof, including main controller, gear control module and gear verification module;Gear control module according to the instruction issued by receiving main controller, no-load tap changer is carried out gear shifting action, and feedback gear shifting execution state;Gear verification module according to the instruction issued by receiving main controller, complete the verification of electricity and discharge work before gear shifting operation;After gear shifting is completed, the gear state is verified;The application automatically completes the whole process operation of verification of electricity, discharge, gear shifting execution and gear shifting verification etc., and realizes no-load tap changer gear shifting operation automation.Compared with the traditional manual field gear shifting mode, operation process can be significantly simplified, power outage operation time is shortened, gear shifting controllability and reliability are improved, and manual operation and maintenance cost is reduced.

This invention discloses a large-scale reliable fault diagnosis method for aviation maintenance scenarios, comprising: constructing a domain model for aviation troubleshooting tasks; standardizing and retrieving the input fault descriptions, normalizing and weighting the retrieval results to generate a unified-ranked candidate document list; selecting several high-scoring documents to perform dynamic context expansion and semantic relevance verification to obtain a structured evidence set; using this as input to the domain model for aviation troubleshooting tasks to output a troubleshooting solution; structurally decomposing the troubleshooting solution into several sub-steps and quantifying the uncertainty of each sub-step; combining fuzzy representation recognition and uncertainty classification to label the risk level of each sub-step, and forming a credible aviation maintenance diagnosis solution after manual review. This invention also discloses a large-scale reliable fault diagnosis system for aviation maintenance scenarios. This method and system can achieve stable generation, reliable verification, and risk-controlled output of aviation maintenance diagnostic content.

The invention relates to the technical field of computer software, in particular to a migration and performance enhancement automation method based on a front-end system and related equipment. The method comprises the following steps: performing identification and path extraction on a dynamic import statement according to an abstract syntax tree library or a regular expression, and performing file existence verification to obtain a path validity result; performing case correction and extension complementation on the dynamic import path based on a path validity result, and rewriting the source code to obtain a repaired source code file; key time sequence nodes and memory use conditions in the front-end construction process are collected, and performance monitoring data are obtained; performing hash comparison on the construction command to obtain a verification result; and carrying out aggregation migration on the verification result and the repair log to obtain a complete migration report. According to the method, the construction starting efficiency can be remarkably improved, the migration and debugging cost is reduced, paths, styles and key names are unified and standardized, the consistency of construction products is guaranteed, and traceable migration reports and extension plans are provided.

This invention discloses an intelligent management method and system for medical electronic devices. The method includes the following steps: Step 1: Authenticating the identity of the personnel who use / return the medical electronic device using biometric technology; Step 2: After successful authentication, allowing the personnel to use or return the medical electronic device; Step 3: During the return operation, forcing the medical electronic device to connect to a preset interface, triggering an automatic charging process, an automatic data collection process, and an automatic disinfection process; Step 4: During the use operation, unlocking the corresponding storage unit, detecting the device's removal status, and closing the disinfection process; Step 5: Real-time monitoring of the charging status, storage location, and usage status of the medical electronic device, generating and storing device retrieval and return records, status data, and related collected data; Through the implementation of this invention, fully automated integrated processing of charging, disinfection, and data collection after device return is achieved, significantly improving the management efficiency, security, and availability of medical electronic devices.

This utility model discloses a high-efficiency and high-precision drilling and tapping combined composite machine tool, relating to the field of composite machine tool technology. It addresses the problem in existing technologies where, during drilling and tapping, the next workpiece can only be processed after the previous one is completely finished, resulting in low processing efficiency and poor practicality. The machine tool body contains a workpiece mounting frame located below the drilling and tapping mechanisms. The workpiece mounting frame includes three frustums, arranged in pairs of adjacent frustums, with a 60-degree angle between each pair. A connecting plate is fixedly installed between adjacent frustums, and a central platform is fixedly installed between the three connecting plates. Fixing plates are symmetrically fixedly installed on both sides of the upper end of each frustum. Clamping plates are provided on the inner sides of both fixing plates. A threaded rod is rotatably mounted on the clamping plate facing the fixing plate, and the threaded rod is threadedly connected to and passes through the fixing plate.

The application discloses a kind of based on whole process's inside operation comprehensive digital management method and system of disease control, method includes: constructing disease control business whole scene data acquisition system, formulating unified data standard specification, clear data coding rule and cross-scene mapping logic, build integrated digital business model, simultaneously define cross-module process node, permission rule and data flow mechanism. Match calibration is completed using business process and model node two-way mapping coding method, realize process digital configuration, and form traceable process track and data footprint by time sequence stamp embedding. Business characteristics are mined relying on business feature vector extraction and clustering fusion algorithm, complete business classification and extract the importance features of various businesses. Construct sensitive level dynamic evaluation algorithm, establish dynamic grading standard, implement classification control and hierarchical permission configuration to business, realize the dynamic adaptation of business control and data security. Efficiency of business operation and data security level are improved.