9results about How to "Accurate association" patented technology

The application provides an information association method and device, electronic equipment and storage medium, relates to the technical field of communication, and solves the technical problem that in the related art, other users cannot guarantee the security of service data based on the terminal corresponding to a user accessing related services. The method comprises the following steps: receiving an information association request sent by a terminal; in the case that the secret card identifier of the first secret card is the same as the secret card identifier included in the opening information of the first account, and the first field included in the opening information of the first account is empty, sending a first verification code to the terminal, the first field being used to represent the terminal identifier corresponding to the account identifier of the first account; in the case that the first verification code sent by the terminal is received, determining the terminal identifier of the terminal as the terminal identifier corresponding to the account identifier of the first account, and determining the secret card identifier of the first secret card as the secret card identifier corresponding to the account identifier of the first account.

This invention proposes an intelligent remote emergency rescue management system capable of rapidly matching resources, relating to the field of remote emergency medical technology. The alarm receiving module triggers the case analysis module to generate priorities, the resource scheduling module allocates instructions to the drone control module, and after the drone completes deployment, the information matching module generates navigation information. Data from the person scanning the code is fed back to the system via the data association unit, forming a complete closed loop of resource scheduling-deployment-feedback. Through real-time data interaction between modules, the traditional emergency resource matching time is shortened from 10-20 minutes to within 2 minutes, while simultaneously improving the accuracy and utilization rate of drone AED deployment, achieving a qualitative leap in emergency response efficiency.

The application discloses a double-link observable-based API interface data loss root cause positioning method, relates to the technical field of data operation and maintenance, and comprises the following steps: acquiring API requests from an API request query link and query request information of the API requests, wherein the query request information comprises first data identifiers and first time identifiers of to-be-queried data; acquiring data generation state information from a data generation link of a data production supply end, wherein the data generation state information comprises second data identifiers and second time identifiers corresponding to data generation tasks; establishing an association relationship between the API requests and the data generation tasks based on the first data identifiers, the first time identifiers, the second data identifiers and the second time identifiers; and if a response result of a target API request is data loss, determining a data loss root cause based on the association relationship, the target API request and a target data generation task. The application improves the positioning efficiency and accuracy of data loss faults.

This utility model discloses an automatic scanning and data recording device for an infrared emissivity tester, relating to the field of infrared detection equipment technology. It includes a worktable, a support rod, an infrared emissivity testing lens, an infrared emissivity testing main control unit, a computer main control unit, and a moving platform. One end of the support rod is vertically mounted on the worktable, and the infrared emissivity testing lens is mounted on the other end of the support rod. The infrared emissivity testing lens is electrically connected to the infrared emissivity testing main control unit, which is electrically connected to the computer main control unit. The moving platform is mounted on the worktable and is used to move the sample horizontally. This invention overcomes the shortcomings of existing infrared emissivity testers, which require manual sample movement, resulting in low efficiency and large errors.

This invention discloses a furnace temperature control method, relating to the field of intelligent control of electronic packaging welding processes. The method includes: collecting real-time temperature data and welding process parameters of the substrate to be welded, and acquiring post-weld deformation data; aligning and fusing the real-time temperature data, process parameters, and deformation data to extract key features of the furnace temperature curve, and constructing a data record set by associating them with the deformation of corresponding measuring points; based on the data record set, establishing a quantitative prediction model using regression analysis or machine learning algorithms; under preset process constraints, optimizing the furnace temperature curve setpoint with the predicted warpage as the optimization objective, calculating the corresponding predicted warpage using the quantitative prediction model, generating the optimal furnace temperature curve setpoint, and sending it to the welding equipment for execution. By constructing a quantitative prediction model using temperature data from sensitive points and post-weld deformation, the optimal furnace temperature curve is generated through reverse optimization to suppress welding warpage.

This invention provides an AI text-based order placement method and system based on multimodal parsing and context awareness, belonging to the field of artificial intelligence technology. The method includes acquiring multi-source heterogeneous order data; preprocessing the multi-source heterogeneous order data to generate standardized text data; dynamically slicing the standardized text data exceeding a preset length threshold using an intelligent slicing engine to generate a semantically continuous text slice sequence; inputting the text slice sequence into a cascaded routing hub for hierarchical parsing to obtain parsing results; based on the parsing results, performing parallel product retrieval using a hybrid strategy recall engine; processing the product retrieval results to obtain a candidate product set; and performing context-aware completion processing on the candidate product set, completing missing product attributes based on the user's historical order knowledge graph and resolving fuzzy referencing to generate a standard order object. This achieves automatic, highly accurate, and low-cost parsing and input of order text.

This application discloses methods, apparatus, equipment, and media for interlaboratory quality assessment or data analysis in medical laboratories, relating to the field of medical laboratory testing technology. The methods include: generating a corresponding reference standard deviation based on randomly generated reference target values ​​and reference coefficients of variation; performing normal distribution random sampling to obtain reference reported values; linearly fitting the reference target values ​​and reference reported values ​​to obtain reference coefficients of determination; determining a new step size for the reference coefficient of variation to initiate a new external loop until the external loop ends; generating relative coefficients of variation based on the reference standard deviation; constructing a target mapping relationship matrix between each relative coefficient of variation and the reference coefficient of determination; determining the target relative coefficient of variation based on the target mapping relationship matrix and using the actual coefficients of determination of each actual sample; and obtaining the target sigma metric value using the target relative coefficient of variation, thereby obtaining the analytical and quantitative results of the actual interlaboratory quality assessment. This improves the accuracy and efficiency of interlaboratory quality assessment analysis.

The application discloses a power industry dynamic knowledge base construction method and system based on a large language model, relates to the field of electric digital data processing, and comprises the following steps: receiving a power field document imported by a user, and converting the power field document into an electronic document; calling a large language model to analyze the electronic document, extracting professional term definitions, chart position information and document logical levels in the electronic document, and generating knowledge units containing multiple contexts; connecting the knowledge units into directed knowledge links, calculating semantic similarity between adjacent knowledge units in the directed knowledge links, segmenting the directed knowledge links, and obtaining multiple knowledge topics; receiving a knowledge retrieval instruction, determining a target knowledge topic corresponding to the knowledge retrieval instruction; extracting a target knowledge unit corresponding to the target knowledge topic, and generating a knowledge retrieval result based on a target context of the target knowledge unit. The application can optimize knowledge base construction and guarantee the integrity of knowledge base data.

This invention discloses a cultivation experimental device suitable for studying the biogenesis mechanism of maize rRNA, belonging to the field of cultivation experimental technology for the biogenesis mechanism of maize rRNA. It includes an experimental platform with a refrigerator at its bottom. A connecting plate is located on one side of the refrigerator, and a cultivation experimental chamber is located on the side of the connecting plate away from the refrigerator. The cultivation experimental chamber has a cultivation tank inside, and a first rotating shaft is rotatably connected to one side of the cultivation tank. This invention, through a series of structural features, creates a dynamic cultivation environment by rotating the platform, precisely matching molecular events and significantly improving the scientific rigor of experimental data. Secondly, it employs a closed-loop precision liquid injection system, allowing for the addition of culture medium without removing the dish, thus improving operational efficiency and avoiding the impact of environmental fluctuations on cell state, ensuring experimental stability and consistency.