5results about How to "Timely disposal" patented technology

This invention relates to the fields of medical informatics and medical big data analysis, and particularly to a full-chain integrated data system and data processing method for obesity management. The system includes the following steps: constructing a standardized obesity management data model covering the entire process of obesity from pre-diagnosis to diagnosis and post-diagnosis, forming a unified metadata architecture; receiving raw obesity management data, preprocessing it, generating standardized obesity management data, and storing it; constructing a longitudinal timeline centered on the patient, linking intervention information and indicator data at each stage of pre-diagnosis, diagnosis, and post-diagnosis, and calculating indicator changes; and generating follow-up and re-examination plans and periodic management summaries based on the event sequence and indicator changes in the longitudinal timeline, combined with preset management cycle rules and risk identification rules. This invention enables continuous integration and closed-loop management of multi-source data in obesity management scenarios, improving data integration efficiency.

This invention relates to the field of battery monitoring, specifically to a detection device, method, and monitoring host for the circulation pipeline in a vanadium redox flow battery. In this application, embodiments use first detection components at both ends of the circulation pipeline to collect electrolyte operating parameters in real time, accurately acquiring temperature data and solving the problem of missing temperature monitoring, providing a reliable basis for regulation. Secondly, the operating parameter signals are transmitted to the monitoring host in real time, allowing the host to flexibly execute regulatory operations, replacing the existing single adjustment method and achieving precise control of electrolyte temperature, ensuring battery efficiency and lifespan. Then, a second detection component around the circulation pipeline can monitor leakage status in real time, completely solving the problem of delayed leakage detection compared to manual inspections. Finally, upon receiving a leakage signal, the monitoring host synchronously executes regulatory operations, enabling timely handling of leaks and avoiding losses such as equipment corrosion and resource waste. This ensures pipeline operation from both temperature and leakage perspectives, improving battery operational stability.

This invention discloses a big data-driven dynamic compensation control method and system for denitrification systems in thermal power units. The method includes: real-time acquisition of operating data from the thermal power unit to form a multi-source raw dataset; hierarchical preprocessing of the raw dataset, analysis, and extraction of fused feature vectors; inputting the fused feature vectors into a pre-defined full-condition adaptive dynamic prediction model to output the outlet concentration and optimal ammonia injection rate at future times; the prediction model includes a transfer learning module for different load conditions and a catalyst activity decay compensation module; based on the prediction results, a multi-timescale dynamic compensation strategy is adopted to generate and execute ammonia injection control commands, and the control parameters are iteratively optimized based on the feedback outlet concentration and ammonia slip rate. This invention achieves precise cleaning and feature extraction of massive operating data, establishes a dynamic compensation model capable of real-time tracking of operating condition changes and catalyst decay status, and realizes precise dynamic adjustment of ammonia injection rate.

Embodiments of the present application disclose a vehicle component processing method, device, equipment and medium. The method is executed by a control end, the control end comprises a detection device for detecting a CAN interface in a vehicle, the control end is connected with a CAN bus of the vehicle, the control end controls the working state of a to-be-detected power supply through a relay, the control end controls the communication state of the CAN interface through the relay, and the method comprises the following steps: acquiring power failure information of the to-be-detected power supply through the CAN bus, and acquiring interface detection information of a target CAN interface through the detection device; determining interface failure information of the target CAN interface according to the matching result of the interface detection information and preset failure information; determining a target relay and a target working state corresponding to the target relay according to the power failure information and the interface failure information, and switching the working state of the target relay to the target working state. The technical solution can detect and dispose faults in time for the sensor power supply and the CAN communication state.