73 results about "Technical information" patented technology

The invention discloses a diagnosis scheme generation method and system based on multi-scale hypergraph and constraint optimization, and belongs to the technical field of industrial equipment health management. The method comprises the following steps: receiving fault diagnosis query information expressed by a natural language, and carrying out semantic analysis on the fault diagnosis query information to form semantic guide information; task nodes are extracted from the technical information set, and a multi-scale nested subgraph is constructed according to the relation between the task nodes; based on the multi-scale nested subgraph, dynamically reconstructing a task path, representing task nodes as hypergraph nodes, and constructing a multi-scale hypergraph; performing structure sensing regularization processing on the multi-scale hypergraph to obtain the multi-scale hypergraph; performing cross-scale attention processing on the multi-scale hypergraph to obtain a multi-scale fusion hypergraph; and generating fault diagnosis paths based on the multi-scale fusion hypergraph, sorting the fault diagnosis paths, and outputting a diagnosis scheme. According to the invention, the intelligent level and decision-making efficiency of complex system fault diagnosis can be significantly improved.

Effective Retrieval-Augmented Generation (RAG) pipelines face significant challenges when processing domain-specific technical documents that have diverse content types like text, figures, equations, and tables. To address this challenge, a context-oriented RAG system can be implemented for various domain-specific applications. The RAG system can include a lightweight, two-stage architecture to facilitate contextual understanding: a content analysis and enrichment pipeline for structured metadata extraction and a query processing pipeline for context-aware retrieval. In some cases, tabular data is processed using a dual-stream approach: semantically via text and visually via screenshots. The embedding vectors and the metadata can be stored in a visual data management system. The RAG system, utilizing the visual data management system, can answer questions and precisely retrieve technical information in a way that can preserve structural relationships and semantic connections across different modalities.

The invention provides a leading-edge technology maturity level interval discriminant analysis method and device, and the method comprises the steps: obtaining a technology text which is pre-collected for a to-be-judged technology, and constructing an original data set; preprocessing the original data set to obtain an updated data set; inputting each piece of data in the updated data set into a preset data extraction model, wherein the data extraction model extracts triple data consisting of a technical direction, a technical dynamic state and a technical index in each piece of data in the updated data set; determining a transition level of the to-be-judged technology based on matching of a preset transition keyword library and the updated data set; technical information including the triple data and the transition level is supplemented into a preset structured JSON cue word template, the filled structured JSON cue word template is input into a preset large language model, and the large language model outputs a maturity judgment level.

A first application generates a first user interface to display a pricing quote to a user. The first application is configured to detect a request by the user for an enhanced view of the pricing quote. In response to detecting such a request, the first application retrieves first data from a second application and second data from a pricing and configuration service. Also, the first application populates a temporary database with the first data and the second data. Additionally, the first application performs data enrichment of the first data and the second data to create third data by translating technical information of the first data and the second data into a user-friendly notation. Finally, the first application generates a second user interface to display, to the user, the third data associated with the pricing quote.

A system for identification of duplicate records, relating to identical or equivalent materials, in a master file of industrial materials, which comprises a master file memory unit configured to store the master file of industrial materials comprising a plurality of records;and further comprising:a categorization module configured to associate the text description of the industrial material comprised in each master file record with a respective category selected from categories which are defined in a standard taxonomy and represent respective types of industrial material;a search module configured to discover and extract at least one item of technical information about the industrial material from a text description comprised in each master file record; andan analytical memory unit configured to store the standard taxonomy, and a plurality of technical information patterns grouped according to the plurality of categories of the standard taxonomy.

The application discloses a self-adaptive text classification method in the field of scientific information, which comprises the following steps: training a classifier and establishing an original clustering forest; selecting a suitable classifier and establishing an optimal clustering forest, wherein the classifier is a clustering tree algorithm; and testing the latest sample to obtain an integrated final result. The application can improve the classification effect and generalization ability of the text classification in the field of scientific information, thereby improving the accuracy of the text classification model and the accuracy of the text classification.

A data processing device includes: a processor, in which the processor is configured to collect input information from a specific user, the input information being related to a specific technology, specify, by using a generation model, a knowledge level of the specific user for the specific technology based on the collected input information from the specific user, generate, when information related to the specific technology is requested from the specific user, technical information for the specific user based on the requested information related to the specific technology and the knowledge level of the specific user for the specific technology by using the generation model, and output the technical information for the specific user to the specific user.

Support new business proposals originating from business proposers. [Solution] The support system is a system that supports proposers who propose businesses within an organization, and has one or more processors. The processors accept input information regarding the things the proposers wish to handle, and use a generation AI to generate proposal information for new businesses based on problem information that is a social issue and technical information held by the organization, and output the generated proposal information.

The invention discloses an interaction information processing method, electronic equipment, a storage medium and a dialogue system, and relates to the field of large model technology and information processing. The method comprises the following steps: acquiring input information to be replied; configuration information associated with the input information is obtained, the configuration information is used for describing an initial information generation rule which needs to be met in the process that the information processing model generates reply information corresponding to the input information, and the initial information generation rule is used for guiding the information processing model to generate the reply information corresponding to the input information in the process that the reply information is generated; determining a target information generation rule which needs to be met; based on the configuration information and pre-acquired parameter information associated with the input information, generating prompt information of the information processing model, the parameter information being used for defining key content in the reply information; and generating reply information including the key content by using the prompt information. The technical problem of low processing efficiency of the interaction information is solved.

The "Diana" invention is a vehicle repair assistance system using artificial intelligence (AI) and augmented reality (AR). It connects to external diagnostic devices to retrieve vehicle data (error codes, sensor data, etc.), whether for internal combustion, electric, or hybrid engines, and analyzes it in real time using the AI ​​module. The dynamic, regularly updated database provides technical information, diagrams, and repair procedures. The system delivers repair instructions and diagnostic results via multilingual voice or text commands; it can also be used with augmented reality glasses for interactive assistance and integrates a vehicle management system to allow workshops to track repairs.

The invention relates to the technical field of civil construction of large-scale thickening equipment, and discloses a high-precision lofting and positioning construction control method and system for a large-scale thickener, and the method comprises the following steps: constructing a building information model of a thickener pool body, and associating related technical information of corresponding components; based on the building information model, setting-out point data are generated through parametric programming, and then a formwork system deepening design scheme and a pouring planning scheme are generated; on-site construction management and control are carried out in combination with the visualization technology, and after construction is completed, high-precision acceptance check is achieved through comparison of measured data and the building information model. Through deep fusion of BIM and parameterized programming, a full-process closed-loop construction control system is constructed, the core technical problem of ultra-large thickener construction is solved, and multiple breakthroughs are achieved in the aspects of construction precision, quality reliability, operation efficiency, cost control, industry technology upgrading and the like.

A technical information classification system (1) comprises an acquisition unit that acquires technical information in which technical matters are included, a classification unit that classifies the technical information in accordance with a classification criterion, and a display device. The classification unit includes: a language processing model (430); and a retrieval-augmented generation (RAG) data storage unit (420) in which a data source for causing the language processing model to execute language processing on the basis of RAG is stored. The RAG data storage unit (420) includes a classification criterion data storage unit (422) in which a data source relating to the classification criterion is stored in a format conforming to the RAG. The data source relating to the classification criterion includes a plurality of pieces of classification information established according to the classification criterion. The classification unit determines classification information corresponding to the technical information using the language processing model (430) and the data source relating to the classification criterion, and displays the classification information on the display device in the manner in which the technical information and the classification information are associated with one another.

We provide the system. [Solution] Means for collecting technical information, Means of collecting technical information, A means for providing a generative model that learns based on the aforementioned collected technical information, A means for summarizing the information learned by the aforementioned generative model and generating it as related information, The means for processing the generated information based on user queries received through speech recognition, Means for presenting the processed information visually or audibly, A system that includes this.

This invention relates to the field of e-commerce operation platform system technology, and discloses a multi-party collaborative clothing customization operation platform system applied in a virtual reality environment. This system addresses the problem of technical information interference with the business experience and subsequent process interruptions during real-time multi-party collaboration. It includes: a customer journey state machine for determining the customer's business state in the e-commerce purchase process; a role and permission management module for identifying roles such as customers, designers, and manufacturers within the virtual reality space; and a business interaction abstraction engine. This engine intercepts technical constraint interaction events issued by the manufacturer regarding the virtual product representation and performs asymmetric information routing based on the customer's business state: when the customer is in a creative conception state, constraint information is temporarily stored and filtered; when the customer enters a business lock-in state, the constraint information is processed and translated into pure business information presented to the customer.

A diagnosis scheme generation method and system based on multi-scale hypergraph and constraint optimization belong to the technical field of industrial equipment health management. The method comprises the following steps: receiving fault diagnosis query information expressed in natural language, performing semantic analysis on the fault diagnosis query information to form semantic guidance information; extracting task nodes from a technical information set and constructing multi-scale nested subgraphs according to the relationships between the task nodes; based on the multi-scale nested subgraphs, dynamically reconstructing a task path, representing the task nodes as hypergraph nodes, and constructing a multi-scale hypergraph; performing structure perception regularization processing on the multi-scale hypergraph to obtain a multi-scale hypergraph; performing cross-scale attention processing on the multi-scale hypergraph to obtain a multi-scale fusion hypergraph; generating a fault diagnosis path based on the multi-scale fusion hypergraph, sorting the fault diagnosis path, and outputting a diagnosis scheme. The present application can significantly improve the intelligent level and decision efficiency of complex system fault diagnosis.

The invention relates to the technical field of artificial intelligence of water conservancy and hydropower engineering, in particular to a thinking chain-based gravity dam design space feature extraction and data set creation method, which is used for collecting and integrating safety and evaluation data of a gravity dam and integrating an efficient and visual technical information platform to carry out design space exploration of a feature fusion algorithm. And the gravity dam is generated to improve the design performance and efficiency. In order to effectively utilize historical design experience, reduce data dimensionality and reduce data training amount, a design data set for thinking chain guidance is added in a data set, and design semantics in gravity dam design is converted into structured data representation by simulating a thinking chain process of a human designer. A data set capable of reflecting design decision logic and function-scheme relevance is constructed, and the requirement of subsequent generative design training can be met.

The server extracts a characteristic part of the disclosure described in the independent claim in the patent document. The server acquires the investigation result output from the generative model by inputting, to the generative model, an instruction text for instructing an investigation of the relevance between the characteristic part and the technical information. The server outputs the investigation result.

The application relates to the technical field of artificial intelligence for water conservancy and hydropower engineering, in particular to a gravity dam design space feature extraction and data set creation method based on a thinking chain, which collects and integrates safety and evaluation data of the gravity dam, integrates an efficient visual technology information platform to design a feature fusion algorithm design space, and generates the performance and efficiency of the gravity dam design. In order to effectively utilize historical design experience, reduce data dimension and reduce data training amount, design data sets for thinking chain guidance are added in the data set, the design semantics in the gravity dam design are converted into structured data representation through simulation of the thinking chain process of human designers, a data set capable of reflecting the design decision logic and function-scheme correlation is constructed, and the data set can support subsequent generative design training needs.

The invention provides a system and method for automatically associating automobile product data and performance parameters in batches, and belongs to the field of automobile research, development and manufacturing, the system comprises a data standardization module, a database module and a technical parameter association module, and the method comprises the following steps: filling technical parameters according to a standardization template; analyzing and classifying the parameters through an automatic tool to form a database; and a matched diagnosis interface is used, so that the product data processing software calls the parameter information, associates the technical information with the product data, and reads the state from a product interface in real time. According to the method, a standardized template and standardized technical parameter information can be formed; the standardized information is subjected to database structure management, data information is stored in order, interfaces of product data and technical information are provided, automobile technical files, automobile products and automobile product data are linked in three islands to form twin data, and a basis is provided for data twin.

A product planning system and method that can plan new products that do not exist in the world based on evaluations of existing specific products and combinations of technologies. and, Product Planning Program M provide. [Solution] The product planning system 10 includes a product information collection means 12a that collects product information about specific products via the Internet, and a product information generation means 12b that generates new product information NPI about new products different from the specific products based on a combination of the collected product information. The product information includes product evaluation information PVI about evaluations of the specific products and product technical information PEI about the technology of the specific products. The product information generating means 12a can generate, as new product information NPI, information based on products having the same product evaluation information PVI but different product names, and information based on products having the same product technical information PEI but different product names. .

We provide technology that uses AI agents to support patent searches. [Solution] The program causes the computer to perform the following processes: acquiring technical information including technical ideas; acquiring the purpose of the patent search; inputting the technical information and the purpose of the search into a search design AI agent that has been instructed in advance to output search design information that serves as a guideline for the patent search; and acquiring search design information related to the technical information based on the results obtained from the search design AI agent by inputting the technical information and the purpose of the search into the search design AI agent.

The invention relates to a method for testing network performance based on UDP (User Datagram Protocol) bagging, which comprises the following steps: a client obtains a timestamp CT1 when the client sends a data packet, packages the timestamp CT1 into a UDP data packet and sends the UDP data packet to a server; the server side receives the UDP data packet sent by the client side and records the timestamp ST1 of the server side when the server side receives the data packet; the server side analyzes the UDP data packet, increases a timestamp ST2 when the server side sends the data packet, and packs the data packet and sends the data packet to the client side; the client receives the UDP data packet returned by the server, analyzes the content of the packet, and obtains a timestamp CT2 when the client receives the data packet; and calculating round-trip delay CST and unidirectional delay CT from the client to the server. According to the method and device for testing the network performance based on UDP bagging, the processor and the computer readable storage medium, the delay variance between the client side and the server side is obtained through packet sending and packet receiving, the packets can be received and sent in an uninterrupted pulse mode, in this way, the network state between the client side and the server side can be fed back in real time, and the user experience is improved. And technical information support is provided for long-time network operation.

An object of the system according to the embodiment is to match advanced technologies with market needs and promote commercialization and monetization.SOLUTION: A system includes an acquisition unit, an element analysis unit, a collection unit, an organization unit, a matching unit, and a mediation unit. The acquisition unit acquires market needs. The element analysis part analyzes the technical element on the basis of the market needs acquired by the acquisition part. The collection part collects public technical information. The organization unit organizes and classifies the technical information collected by the collection unit. The matching unit matches technologies based on the technology information organized and classified by the organizing unit. The mediation unit proposes a combination of technologies matched by the matching unit to the company and mediates a contract.SELECTED DRAWING: Figure 1

By using machine learning and other methods, we can facilitate the time-series management of know-how and increase the reliability of the accumulated know-how. [Solution] The method includes acquiring know-how information, identifying the technical field of the know-how information, and independently performing version control for each identified technical field of multiple pieces of know-how information.

The invention relates to an incident management system and method for monitoring a battery energy storage system and providing technical information related to an abnormal event in the battery energy storage system to a plurality of different users in different locations and with different requirements. The incident management system comprises one or more processing units configured to receive data from a plurality of sensors, the data encoding measured properties of the battery energy storage system, and process the received data to identify an abnormal event in the battery energy storage system, obtain information about the abnormal event, and determine a current stage of the abnormal event on a pre-defined incident progress timeline, the pre-defined incident progress timeline comprising a plurality of stages. An operator user interface for use by an operator of the battery energy storage system is configured to output information about the abnormal event. A first responder user interface for use by a first responder is configured to output a subset of the information about the abnormal event and output the current stage of the abnormal event on the incident progress timeline.

This application provides an anomaly troubleshooting method, apparatus, electronic device, storage medium, and program product, relating to the field of computer technology. The method, by invoking tools and relying on underlying client dependencies to obtain business data, middleware status, and runtime context information in real time, enables the system to possess dynamic data access and deep technical information retrieval capabilities. Based on this, semantic structured processing is used to uniformly transform user anomaly queries or system alarms into executable instructions, and the execution chain enables automated collaborative scheduling of multiple tools, replacing the traditional mode of manually switching between multiple systems, manually collecting data, and inferring root causes step by step. This mechanism integrates the originally scattered data entry points and complex troubleshooting processes into an automated system, enabling the system to quickly locate code-level root causes of problems, significantly shortening the average anomaly resolution time, reducing the workload of maintenance personnel, and improving the efficiency of problem troubleshooting.

The present application relates to the technical field of pipe processing, and particularly relates to an integrated composite processing process planning method for special-shaped pipes, which comprises the following steps: obtaining technical information of a target product, importing a preset composite processing process chain of the target product based on the technical information, optimizing the composite processing process chain to reduce multi-process conflicts in the composite processing process chain and reduce process cumulative errors, comprising the following steps: quantifying physical coupling chains among multiple processes in the composite processing process chain, decoupling the physical coupling chains through a decoupling strategy to reduce the multi-process conflicts, and after the decoupling of the physical coupling chains is completed, balancing error control and time optimization of the composite processing process chain through an error accumulation suppression and dynamic precision reset strategy.

A multi-agent LLM system includes multiple non-generative executive LLM agents trained on different sets of maintenance information, and a generative orchestration LLM agent coupled with the executive LLM agents. The orchestration LLM agent can receive a maintenance inquiry related to the powered system from personnel, and assign one or more of the executive LLM agents to examine the maintenance inquiry based on which of the different sets of the technical information that the executive LLM agents were trained. The executive LLM agents can examine the set of the technical information used to train the respective one or more of the executive LLM agents for relevant information to be output responsive to the maintenance inquiry and to provide the relevant information to the orchestration LLM agent. The orchestration LLM can present the relevant information from the executive LLM agents to the personnel for maintenance of the powered system.

We provide a verification system that can verify shipping information, which shows the components shipped for building construction, and help reduce errors. [Solution] The verification system uses a verification device 1 to verify the information on shipped components. The verification system acquires the information on shipped components (S202), acquires design information relating to the design of the target building (S203), determines the structure that constitutes the target building based on the acquired design information (S204), acquires technical information that shows the determined structure of the target building as components to be used and the technical relationships between components (S205), refers to the technical information based on the determined structure and derives the components to be used in construction as derived components (S209), and compares the derived components with the components shown in the information on shipped components (S211).

The embodiment of the invention relates to the technical field of text processing, in particular to a quality evaluation method and equipment for purchase bid invitation documents, a business atlas database and a technical atlas database are constructed, and a first business node in a business atlas contains own business information and technical information matched with the own business information; the first technical node in the technical map covers own technical information and business information matched with the own technical information; constructing a second business atlas corresponding to the business part and a second technical atlas corresponding to the technical part in the target purchase bid invitation file; based on a business atlas database and a technical atlas database, performing bidirectional integrating degree evaluation between a second business node in the second business atlas and a second technical node in the second technical atlas to obtain the integrating degree of a business part and a technical part in the target purchase bid invitation file; and evaluating the quality of the target purchase bid invitation file based on the integrating degree.