12 results about "Technical feasibility" patented technology

The invention relates to a full-process order life cycle management method, system and device and a medium, and the method comprises the following steps: obtaining user information and user demands, and building a work order; according to a preset rule, work order distribution is carried out, related information is supplemented, and a pre-sales scheme is generated; technical feasibility, resource requirements and risks of the pre-sales scheme are automatically assessed, and an assessment report is generated; project research and development are carried out based on the pre-sales scheme and the evaluation report, the research and development progress is updated in real time in the research and development process, and research and development results are uploaded after research and development are completed; the research and development results are tested based on the automatic test script, and a test report is automatically generated; generating a delivery list based on research and development results and test reports, and automatically sending the delivery list to the user; and obtaining questions fed back by the user, performing automatic classification according to the questions, and performing adjustment according to a classification result until the order is completed. Compared with the prior art, the device has the advantages of high automation degree and the like.

This application belongs to the field of aircraft overall design and functional structure design, and particularly relates to a structural-functional integrated thermal design method. It includes: clarifying the functional structure design boundary through requirements analysis; comprehensively considering the basic characteristics and technical feasibility of the material database, active cooling structure configuration database, and manufacturing process database, and conducting technical option demonstration under the structural geometric constraint conditions; identifying the structural flow channel design parameters and active cooling system design parameters, combining with the experiments of key parameter components, analyzing the influence laws on the structural heat transfer and heat exchange characteristics, summarizing the key parameter groups of the structural-functional integrated thermal design, and selecting the structural flow channel design parameters and active cooling system design parameters according to the action effects to complete the scheme design; hierarchically decomposing the functional structure comprehensive evaluation index system from multiple dimensions, and completing the scheme evaluation and parameter optimization design according to the evaluation requirements; completing the thermo-mechanical coupling test of typical functional structure test pieces under simulated thermal conditions.

The invention relates to a BIM + AI-based steel bridge full-life-cycle design method and system and a medium, and the method comprises the following steps: constructing a steel bridge BIM parameterized component library, the component library comprises standardized parameter components of beam segments, nodes, supports and connecting pieces, and each component has multi-dimensional data of geometric information, material attributes, mechanical parameters and cost information; establishing a data standard based on an IFC extension standard, and newly adding design parameters, material attributes, a construction process, a monitoring sensor and a steel bridge specific attribute set of maintenance records on the basis of an IFC framework; and deploying an AI engine, wherein the AI engine comprises a structure type selection recommendation model based on the historical project database. Through AI-driven intelligent design assistance, the structure type selection recommendation model can quickly give technical feasibility scores, economic scores and comprehensive recommendation indexes based on not less than 10,000 groups of historical project data, and a traditional trial and error process depending on experience is avoided.

The invention relates to a method and a system for accurately determining a novelty rate based on technical state parameters of equipment, and aims to solve the problem of asset loss caused by lack of technical parameters in traditional asset assessment. And scientific quantification of the value of the overdue service equipment is realized in combination with an equipment full-life-cycle database and an expert auditing mechanism. The matching system adopts a micro-service architecture, integrates data acquisition, calculation and early warning modules, and is automatically associated with a financial management system to ensure that the evaluation result is traceable and verifiable. The embodiment shows that the method can improve the renewal rate of overdue service equipment in the industries of metallurgy, electric power and the like by 30%-60%, effectively avoids asset value reduction loss caused by overlong depreciation years, provides data support for equipment updating cycle optimization, has technical feasibility and economic rationality, and provides a systematic solution for asset value preservation and value increment.

The invention discloses an engineering instruction management method and system, relates to the technical field of engineering instruction management, and solves the technical problems that quantitative evaluation indexes and scientific calculation models are lacked, and analysis of execution progress is not accurate enough. The progress feasibility, the technical feasibility and the resource feasibility of the execution schemes are evaluated to generate corresponding feasibility indexes, meanwhile, the feasibility indexes are summed to obtain a scheme evaluation value, the execution scheme with the maximum numerical value is selected to generate adjustment information, and the progress feasibility, the technical feasibility and the resource feasibility of the execution schemes are subjected to quantitative evaluation respectively; according to the multi-dimensional quantitative evaluation method, the progress feasibility index, the technical feasibility index and the resource feasibility index are constructed, the scheme evaluation value is obtained through comprehensive summation, the optimal execution scheme is selected to generate the adjustment information, the execution scheme most suitable for the actual engineering situation can be more comprehensively and accurately selected through the multi-dimensional quantitative evaluation method, and the engineering management decision scientificity is improved.

The invention relates to the technical field of artificial intelligence, in particular to an ecological restoration document intelligent generation and review method and system, equipment and a medium. According to the method, intelligent retrieval is carried out through the pre-established knowledge base, and laws and regulations, typical cases and expert knowledge related to project features are obtained; analyzing and processing the knowledge content by using a pre-trained machine learning model, and generating an implementation scheme framework; performing intelligent filling based on the framework to form a first draft of the scheme; performing compliance, integrity, logicality and technical feasibility examination by adopting a rule engine, and giving modification suggestions; according to the method, historical experience is fully utilized, scientificity and feasibility of the scheme are guaranteed, a quality control mechanism is established, and document compiling efficiency and quality level are improved.

According to the calculation method of the scientific and technological achievement feasibility analysis system, the achievement conversion rate is comprehensively and accurately analyzed and evaluated from technical feasibility, economic feasibility, market feasibility and operation feasibility, the reliability and accuracy of scientific and technological achievement feasibility analysis are improved, the scientific and technological achievement conversion rate is increased, and the industry development speed is increased; the transformation period and the transformation quantity of scientific and technological achievements are stably improved; and the industry is helped to make an accurate emergency strategy.

The invention discloses a technical feasibility analysis method, device and equipment for reconnecting a thermal power plant to a local power grid, and a storage medium, and relates to the technical field of power system planning, and the method comprises the steps: obtaining unit parameters and electrical layout data of the thermal power plant, and power supply planning data, grid structure data and power demand prediction data of the local power grid; according to the unit parameters, the power supply planning data, the grid structure data and the power demand prediction data, carrying out electric power and electric quantity balance analysis and peak regulation balance analysis on the local power grid, and determining a target consumption area after reconnection of the thermal power plant; generating a thermal power plant reconnection scheme based on the unit parameters, the electrical layout data, the target absorption area and a preset voltage grade regulation; and analyzing the technical feasibility of the reconnection scheme of the thermal power plant through electrical calculation to obtain an analysis result. The technical feasibility of connecting the large-scale thermal power plant to the local power grid can be analyzed, so that the safe and stable operation of the local power grid is ensured.

The invention discloses a water-turbine generator set updating transformation and evaluation method, and relates to the technical field of water-turbine generator sets. According to the method, starting from power station and unit parameter collection, the transformation range is preliminarily judged in combination with maintenance, operation and vibration throw data, then core analysis is carried out on whether a runner is transformed or not, the power generation potential improvement requirement, the capacity increasing target and scheme determination, and technical feasibility is verified through CFD simulation and model tests; and rechecking the adaptability of the auxiliary system, the electrical equipment and the basic structure, and finally combining investment estimation and economic evaluation to output a decision basis. According to the method, the whole transformation process is covered, the technical rationality and economic benefits are considered, the transformation range can be accurately defined, the problems of efficiency attenuation of old units, insufficient adaptive power grid capacity and the like are solved, scientific support is provided for power station transformation decision making, and reference is provided for similar projects.

The invention belongs to the technical field of engineering evaluation, and particularly relates to a method and a system for intelligently evaluating the engineering quantity of a ring-lock bracket, which are characterized in that the length of a vertical rod and a layout scheme are accurately calculated and optimized by acquiring three-dimensional topographic data of a construction site and intelligently analyzing the change trend of foundation elevation; according to the method, material waste caused by unmatched lengths of the vertical rods is effectively reduced, and meanwhile, the workload of manual adjustment is reduced, so that the project cost is remarkably reduced; in addition, the construction efficiency and the engineering quality are improved, and the safety and the economical efficiency of the structure are ensured; in conclusion, the method not only saves resources, but also improves the overall economic benefit and technical feasibility of the project. The problems that at present, fine adjustment of the length of the vertical rod is difficult to accurately control, material waste is easily caused, and extra manual adjustment workload is increased are effectively solved.

This invention discloses a machine learning-based method and system for managing the proportion of materials used in shield tunneling synchronous grouting, relating to the field of material preparation and proportion management. This invention enhances the generalization ability and prediction accuracy of the model by combining simplified model data expansion with standard model construction. An iterative adjustment mechanism is introduced to automatically correct substandard proportion schemes until a set of candidates meeting all performance requirements is obtained. During the proportion selection stage, raw material storage limitations and economic factors are comprehensively considered, prioritizing schemes with sufficient inventory. When inventory is insufficient, a cost optimization strategy is adopted, effectively balancing technical feasibility and economic rationality. Finally, multi-objective optimization is achieved through performance index weighting, ensuring that the selected proportion scheme meets engineering performance requirements while possessing the best overall benefits. The entire process is highly automated, reducing human trial-and-error costs and improving the efficiency of proportion design and the level of engineering quality control.

The invention discloses an extra-long railway tunnel auxiliary tunnel setting scheme optimization method and computer equipment. The method comprises the following steps: establishing an auxiliary tunnel scheme evaluation index system which comprises a plurality of first-level indexes, wherein each first-level index comprises a plurality of second-level indexes; according to geological conditions, construction requirements and technical feasibility of a project site, setting alternative schemes for the auxiliary tunnel of the extra-long railway tunnel; the evaluation index system is used for collecting data related to each secondary index of each auxiliary tunnel setting scheme to be evaluated, calculating corresponding numerical values and forming an evaluation matrix X; on the basis of the matrix X, using a CRITIC method to calculate the weight of each first-level index and the weight of each second-level index to obtain a comprehensive weight matrix W; and on the basis of the comprehensive weight matrix W, a comprehensive evaluation value of each scheme is obtained through calculation by using a VIKOR method, and optimization is carried out. According to the method, comprehensive evaluation is carried out through the CRITIC method in combination with the VIKOR method, so that the auxiliary tunnel arrangement scheme of the extra-long railway tunnel is scientifically and effectively optimized.