7results about How to "Facilitate decision-making" patented technology

This invention belongs to the field of artificial intelligence technology, specifically disclosing an intelligent rule conflict detection method, system, and program product. By transforming the traditionally tedious and time-consuming manual rule review into intelligent rule conflict detection, it greatly simplifies the verification process for business personnel in rule design and significantly improves the efficiency of rule review. It can comprehensively and deeply analyze the rule system, automatically identifying logical errors, overlaps, and contradictions that are difficult for the human eye to detect, effectively reducing the risk of rule defects and potential financial losses caused by human negligence. It deeply embeds artificial intelligence technology into the business operation process of rule configuration, ensuring the logical validity of rules once they are created, and promoting the upgrade of enterprise rule management from reliance on manual experience to intelligent automatic detection. Furthermore, it can intuitively display potential problems and conflicts between rules, making the entire rule verification process clearer and easier for users to understand and make decisions.

The application provides a carbon emission tracing method and device for power grid line loss and a storage medium, the method comprising the following steps: collecting power grid operation parameters and power source carbon emission parameters in real time by using sensors arranged in smart meters, deployed power grid line monitoring sensors, transformer online monitoring sensors and flue gas emission sensors, and uploading the collected power grid operation parameters and power source carbon emission parameters to a cloud platform for preprocessing; constructing a line loss carbon emission accounting model and a carbon flow tracking model, and performing real-time tracing of line loss carbon emission based on the line loss carbon emission accounting model and the carbon flow tracking model by using the preprocessed power grid operation parameters and power source carbon emission parameters; based on the tracing result, displaying the proportion of line loss carbon emission and the distribution of regional carbon emission in different time periods, and identifying high-carbon lines and / or blocks, and rendering and displaying in a GIS map. The application performs real-time tracing based on a dynamic carbon emission comprehensive factor, and ensures the real-time performance of carbon emission monitoring.

This application provides a routing, routing path, and multicast routing path decision-making method and electronic device. The routing decision-making method includes acquiring first information of a source node satellite and second information of a destination node satellite in a routing path decision-making task; determining a satellite to be decided upon, and designating neighboring node satellites of the satellite to be decided upon as candidate routing node satellites; acquiring the real-time traffic load of the candidate routing node satellites and the predicted traffic load within a preset future time step; and, based on the real-time traffic load, the predicted traffic load, the first information, and the second information, determining the next routing node satellite from the candidate routing node satellites using a routing decision-making model pre-constructed based on a Markov decision process. The routing, routing path, and multicast routing path decision-making method and electronic device of this application can determine both real-time performance and accuracy, thereby effectively improving data transmission efficiency.

The utility model relates to a feeding trolley technical field discloses an intelligent feeding trolley for pig farm, including base, feed storage box, the feed storage box is fixedly connected on the base, the support rod is fixedly connected on the base, and the support rod is fixedly connected with the top plate on one end away from the base, be equipped with the chute on the top plate, install the adjusting mechanism for adjusting the angle of power generation assembly on the chute, the adjusting mechanism includes the threaded rod, in the utility model, through adopting the power mode that the battery and solar panel power generation combine, improved energy utilization efficiency, prolonged the endurance time of feeding trolley, reduced the operation cost, meet the requirement of energy saving and environmental protection, simultaneously through the rotation of threaded rod drive screw block removal, screw block removal drive driving link rod rotation, driving link rod rotation drive the angle adjustment of solar panel on mounting plate, and then can adjust the angle of solar panel according to the demand of power generation.

This invention discloses a digital twin-driven inspection method for new energy power plants, comprising the following steps: selecting and installing various types of sensors at key locations of critical equipment in the power plant; selecting suitable camera placement locations for different locations within the power plant using algorithms based on coverage and resolution optimization; completing a digital twin power plant performance model using a combination of laser scanning and camera imaging; forming an intelligent data display interface based on rule-based reasoning and machine learning, including fault prediction, diagnosis, and alarm mechanisms, thereby building a digital twin system; uploading information collected by sensors and cameras to the digital twin system using appropriate communication technologies; and completing the power plant inspection by using an inspection robot and cameras to collect power plant data. This invention, without increasing the cost budget, can simultaneously meet the requirements of real-time performance and accuracy, providing strong support for the safe and stable operation of new energy power plants.

This invention discloses a drug stability analysis system, belonging to the field of drug analysis technology. The system includes: a sample data acquisition module, a data fusion and normalization module, an intelligent analysis and state determination module, and a result output and trend prediction module. This invention achieves multi-dimensional and all-round scanning of drug samples during stability testing through the comprehensive application of optical imaging, fluorescence imaging, and infrared imaging technologies. This significantly improves the comprehensiveness and accuracy of data acquisition. Optical imaging technology captures macroscopic surface morphology information of the drug, while fluorescence imaging technology visualizes and tracks specific components in the drug to obtain component distribution information. Infrared imaging technology analyzes the chemical bond vibrations between drug molecules to obtain chemical composition information, providing material for subsequent data analysis and processing.