9 results about "Technical standard" patented technology

The invention belongs to the technical field of engineering construction, and particularly relates to a full-process construction method for a marching type deductive project, which comprises the following steps of: acquiring construction foundation, construction equipment, technical standard, historical similar projects, cultural content associated data and performance plot data of the deductive project; constructing a project risk early warning library by using a fusion early warning algorithm, storing the project risk early warning library in a cloud data center, issuing an early warning threshold and data to an edge computing gateway, and completing communication adaptation with a construction equipment sensor, a deduction equipment controller and a team terminal; the process is divided into stages through a WBS algorithm, a task generation algorithm is used for issuing a marching type construction task book, deploying three IMUs, collecting construction data and comparing the construction data with a risk early warning library threshold value for each stage, and if the threshold value is exceeded, early warning is triggered, and the construction task book is updated; and after construction is finished, stage acceptance and whole-process rechecking are carried out, and the project experience library is updated. Therefore, the problems of difficulty in project management and control, weak monitoring capability and the like in the prior art are solved.

A computer-implemented data processing method for facilitating collaborative development of a technical solution for a technical problem in an industrial environment, the collaborative development involving hand-carried collaborative development of the technical solution by a plurality of users, the method comprising the steps of: receiving a plurality of technical problem topics related to the technical problem from a user; receiving a plurality of technical standards from a user, wherein a technical problem can be measured according to the plurality of technical standards; inputting the plurality of technical problem themes into a first artificial intelligence data processing engine, processing the plurality of technical problem themes by the first artificial intelligence data processing engine, and identifying other technical problem themes similar to the plurality of input technical problem themes as processing results, the other technical problem themes have been previously received from at least one other user; inviting a plurality of users to input technical problem statements associated with each of the topics while taking into account the identified other technical problem topics; in response to the invitation, receiving from a plurality of users a plurality of first technical problem statements associated with each of the plurality of topics; inputting the plurality of received first technical problem statements to a second artificial intelligence data processing engine that processes the plurality of first technical problem statements, evaluates their quality according to predefined criteria, generates improvement recommendations, and identifies other technical problem statements as a processing result, wherein the identified other technical problem statement is similar to the first technical problem statement, and wherein the other technical problem statement has been previously received from at least one other user.

The invention relates to a method and a system for evaluating potential of conversion from a patent to a technical standard based on feature interaction. The method comprises the following steps: acquiring original data of a to-be-evaluated patent and corresponding technical standard data; screening features having significant influence on a prediction result from a technology association dimension, a patent maturity dimension, a standard demand dimension, a technology influence dimension and an application scene dimension; preprocessing the features according to the feature types; constructing a feature interaction item for capturing the influence of the multi-feature joint effect on the patent transformation potential, and adding the feature interaction item into the preprocessed features; constructing a transformation potential prediction model based on XGBoost, and obtaining a convergent transformation potential prediction model through data division based on stratified sampling, class imbalance processing and iterative training; and inputting the features with the feature interaction items into the convergent transformation potential prediction model to obtain a transformation potential evaluation label, and realizing patent-to-technical standard transformation potential evaluation of the to-be-evaluated patent.

The invention discloses a water conservancy project construction management and project archive management system fusion-based method, which aims at solving the problems of information islands, low archiving efficiency, collaboration mechanism deficiency, non-uniform technical standards and the like in the existing system through creating a five-layer architecture of an information collaboration layer, a form resource layer, a function operation layer, a data storage layer and a security layer. Based on B / S architecture development, all construction participating units are integrated on the same digital platform. The system supports electronic signature, electronic seal and OA examination and approval, realizes integration of full-life-cycle services such as project division, construction quality acceptance, project acceptance and file filing and archiving and an archive management process, meets synchronous cataloguing requirements of paper and electronic archives, follows file formation rules and complete set characteristics, and keeps organic connection of files in a volume. Information islands are effectively broken through, data consistency and collaboration efficiency are improved, authenticity, integrity, availability and safety of electronic archives are ensured, and integrated collaboration of engineering construction management and archive digitization is achieved.

The invention discloses an element-based universal part database construction method, and belongs to the technical field of database construction, and the method comprises the steps: respectively obtaining a product type spectrum corresponding to each universal part, and constructing a product type spectrum library; for each product type spectrum, determining an element dictionary corresponding to the product type spectrum; and analyzing technical standard information corresponding to the product type spectrum, determining an element value set of each element in the element dictionary, associating each element with a corresponding standard term in the technical standard information, and generating product data based on the type spectrum name, each element and the corresponding element value set, establishing an association relationship among the product type spectrum, each element, the standard terms and the product data as a target association relationship; and storing the product data corresponding to each product type spectrum and the target association relationship in an original database to obtain a universal part database. According to the method, the maintenance difficulty of the universal part database can be reduced.

A non-transitory computer readable storage medium has instructions executed by a processor to utilize natural language processing operations to produce technology standard document segments from a technology standard document. The technology standard document segments are converted to a knowledge graph characterizing relationships between the technology standard document segments. The structure of the knowledge graph, regulatory compliance rules and product information are utilized to derive large language model prompts for technology standard document segments. Output from the large language model is used to form probability ratings of requirements to test the product.

The invention discloses an engineering technology standard intelligent identification and verification method based on multi-source information fusion, and the method comprises the steps: receiving an engineering document submitted by a user, and carrying out the cleaning of the engineering document, and obtaining plain text contents extracted from an original engineering document; multi-path collaboration is adopted, and potential engineering technical standards are intelligently identified; performing intelligent duplicate removal, comparison and deletion analysis on the identified engineering technology standard list to obtain a comprehensive engineering technology standard list to be checked; verifying the effectiveness of the to-be-checked engineering technical standard through networking; and integrating all the networking verification information to obtain a structured compliance check report. According to the method, the defects of traditional engineering technical standard retrieval are overcome, and the technical problems that in engineering technical scheme design, calculation and compliance review, due to technical standard information dispersion, text isomerism and frequent updating, manual review efficiency is low, omission is prone to occurring, and accuracy is poor are solved.

A method and system for intelligent monitoring of equipment damage based on mechanism and operating condition big data are provided. The method includes: setting damage modes of pressure equipment, building mechanism model samples for each damage mode based on a technical standard and engineering cases, building operating condition big data samples for the each damage mode based on field data; building a mechanism model and an operating condition model based on the mechanism model samples and the operating condition big data samples respectively; inputting real-time text data and real-time operating condition data into the mechanism model and the operating condition model respectively, calculating a first possibility that the real-time text data belongs to each damage mode, and a second possibility that the real-time operating condition data belongs to the each damage mode, generating an equipment damage monitoring result based on the first possibility and the second possibility.

The invention discloses a novel power system technical standard applicability evaluation and optimization method, which relates to the technical field of power systems, and comprises the following four core steps of: 1, collecting technical standard associated data in real time, performing technical standardization processing on application data, and performing data processing; 2, preliminarily evaluating the applicability of the technical standard, and judging the applicability of the standard in the current scene according to the scene information and the technical parameter index; 3, adaptive short board traceability analysis: aiming at the standard with unqualified applicability, deeply analyzing the specific type of the unqualified product, and reversely tracing key influence factors causing the adaptive short board; and 4, optimization scheme formulation and closed-loop verification are carried out, trial verification and effect feedback are carried out on the optimized standard subsequently, closed-loop management is formed, and it is ensured that the standard adapts to the development of the novel power system.