148 results about "Design process" patented technology

The invention relates to the technical field of integrated circuit design automation, and discloses an integrated circuit design whole-process collaborative verification and consistency guarantee method, which comprises the following steps of: constructing a unified design data model, and representing design data from function specifications to physical layout by using a multi-level attribute graph structure; establishing a design intention keeping mechanism, and tracking the transmission of the design intention in the hierarchical refinement process through intention semantic annotation, cross-level entity mapping and intention keeping degree evaluation; executing a hybrid verification strategy, combining formalized verification with dynamic simulation, and guiding verification resource allocation through a coverage rate feedback mechanism; performing constraint consistency check, performing constraint comparison at key nodes of the design process, and automatically identifying and positioning constraint conflicts; according to the method, the capture time of design errors can be brought forward by 80%, the number of design iterations is reduced by 40%, and the design quality and efficiency are remarkably improved.

The invention discloses a design method of an aero-engine wheel disc simulation part, which fully considers the influence of a main stress gradient path of fastest speed reduction of a damage parameter in a dangerous area of a wheel disc characteristic part in a three-dimensional space and a secondary stress gradient path of sub-fast speed reduction on the fatigue life in the design process of the simulation part. According to the method, the fatigue life prediction precision of the simulation part and the stability of a prediction result are greatly improved, a gradient path is automatically formed through a search program, the final configuration of the simulation part is obtained through optimization design, the design method has operability and repeatability, standardization of simulation part design is facilitated, the design process is simple, the design efficiency is high, and the method is suitable for popularization and application. The device is high in practicability and suitable for wide popularization and application.

The invention provides a truss structure autonomous design system and method based on multiple agents. A layered multi-agent architecture is adopted, a general control agent is taken as a core, and a high-level design intention is analyzed and a plurality of downstream special agents are arranged for cooperative work; the whole design process realizes automatic closed loop through a graph-based workflow engine; the core innovation of the method is a hybrid intelligent optimization algorithm of LLM heuristic exploration and genetic algorithm accurate fine tuning, and the algorithm is driven by an original and quantifiable design quality scoring system to efficiently carry out analysis-diagnosis-optimization iteration so as to cooperatively improve the safety and economy of the design. The design time can be shortened from several hours to several minutes, about 7.0% of material consumption is saved on average, it is ensured that the scheme completely conforms to industry specifications, the design efficiency, economy and reliability are greatly improved, and meanwhile the use threshold of professional design software is remarkably reduced through natural language interaction.

The invention provides a flood discharge tunnel parameterization design system, and relates to the technical field of hydroelectric and hydraulic engineering intelligent design, and the system comprises a management module which is used for transferring all modules of the flood discharge tunnel parameterization design system; the modeling module is internally provided with a flood discharge tunnel parametric modeling library and is used for automatically establishing a flood discharge tunnel three-dimensional model; the parameter module is used for managing parameters related to the design of the flood discharge tunnel; the display module is used for observing the design of the spillway tunnel by a designer; and the design scheme generation and management module is used for extracting the three-dimensional model information of the flood discharge tunnel, calculating and outputting the engineering amount, outputting a corresponding engineering drawing based on the three-dimensional model information of the flood discharge tunnel, and storing the design scheme. According to the method, the spillway tunnel axis and the terrain surface model are only used as input elements, other operations are driven through parameters to update the three-dimensional model, high matching of three-dimensional design and a traditional design process is achieved, and a mode with skeleton driving as a core in traditional modeling is replaced.

The invention discloses an agent security execution control method and system, and relates to the technical field of artificial intelligence, and the method comprises the following steps: receiving a natural language input of a user, analyzing a spoken language demand into a structured design intention expression through an intention analysis agent, and obtaining a structured design intention expression; the design intention representation at least comprises a target entity, an operation constraint and an acceptance condition; on the basis of the design intention representation, relevant context information is retrieved from design data and a rule base through a retrieval enhancement agent until the retrieval coverage degree and the key anchor point positioning confidence degree reach preset threshold values; by introducing multi-agent cooperation and a natural language driven normal form, a DFT design process is upgraded from tedious and error-prone manual script writing to an intention-driven automatic closed loop. The system can automatically analyze the spoken requirements of the user, intelligently retrieve the design context and generate an interpretable and rollback execution plan, so that engineers are liberated from underlying commands and primitive operations, and the design efficiency is remarkably improved.

The application discloses a kind of based on key value memory network's complex electromechanical system design knowledge active recommendation method.First, the scene feature semantic information extraction of software platform log file in the design process of complex electromechanical system is carried out, and scene ontology is established based on scene feature semantic information, and system scene knowledge base is formed by scene ontology and original knowledge base;Then, the scene maximum frequent sequence is used to describe the scene sequence feature similarity between designers;Again, the knowledge item interaction sequence of all designers is learned, and the knowledge item sequence preference vector corresponding to all designers is obtained;Further, input to key value memory network, and the initial design knowledge active recommendation sequence is obtained;Finally, after knowledge item selection, the final design knowledge active recommendation sequence of each designer is obtained.The application obtains design knowledge active recommendation sequence more in line with the needs of designers, and then improves the efficiency of complex electromechanical system design.

The invention relates to a Proteus-based circuit design experiment simulation method, and belongs to the technical field of circuit design. The method comprises the steps that operation data of all stages are collected in real time, an automatic simulation result is obtained by automatically triggering simulation to complete data enhancement, and process comprehensive data are obtained; the method comprises the following steps: constructing a circuit knowledge base and identifying and classifying knowledge nodes, generating QTSA data entries subjected to Proteus simulation verification, and training a model through a fine tuning method to obtain a field large model; defining a multi-agent role based on a field large model, and cooperatively generating a dynamic reference tetrad sequence; weighted evaluation is carried out from four dimensions by aligning a reference tetrad sequence with a user operation sequence. According to the method, the design process data is collected, the field knowledge base is constructed, the field large model with professional ability is trained, real-time analysis and intelligent guidance on user operation are achieved, and finally multi-dimensional quantitative evaluation on the design process and result is completed.

An object of the system according to the embodiment is to automate a design process in product development and achieve efficiency and optimization.SOLUTION: A system includes a reception unit, a learning unit, a generation unit, a trial unit, and a visualization unit. The reception unit inputs a performance target of a customer. The learning unit learns the past design data based on the performance target input by the reception unit. The generation unit generates a design based on the data learned by the learning unit. The trial unit performs trial and error of the design generated by the generation unit. The visualization unit visualizes the result obtained by the trial unit.SELECTED DRAWING: Figure 1

The invention relates to the field of industrial design automation, and particularly discloses an AI automatic design system, which comprises an AI intelligent decision-making and product type selection module used for generating an optimal product type selection and layout strategy based on project requirements; the automatic structure calculation and compliance verification module is used for receiving the strategy, automatically calling external software to carry out calculation and compliance verification, and outputting structure compliance data and a bill of material first draft; the three-dimensional parametric modeling and drawing output module is used for receiving the data to drive three-dimensional software to automatically model and output a drawing and outputting an accurate bill of materials; and the one-stop scheme package generation module is used for integrating all the achievements to automatically generate a complete design scheme package. According to the method, the implicit design experience is encoded into the AI algorithm, automatic deep collaboration of the AI system and the multi-source heterogeneous engineering software is achieved, automation, standardization and global optimization of the whole design process are achieved, and the design efficiency and quality and the knowledge asset protection capacity are remarkably improved.

The application relates to the technical field of ship design, in particular to a ship design method based on ship type flexible customization and a storage medium. A flexible customization design tool set visual push design system platform based on a knowledge graph can automatically match corresponding design modules according to design content in the process of ship digital design by a designer, and can push design tools corresponding to the modules according to design stages, design specialties, operator information and the like. The designer only needs to select corresponding module design objects in the design process, and the module design tool set can be automatically pushed out. After the corresponding design tools are selected, knowledge rules matched with the current design tools and design environment are automatically reasoned and called based on the constructed knowledge graph, and intelligent design based on knowledge driving is realized through the design tools, so that the problem of poor use and configuration flexibility of different professional and different functional design function modules and design tools of a traditional ship three-dimensional design software platform is solved.

The present application relates to the field of industrial software, and provides a chemical process automatic generation method, system and medium. The chemical process automatic generation method comprises the following steps: receiving a natural language description about an industrial process, wherein the natural language description comprises design constraints of the industrial process; starting a multi-agent collaboration system, converting the natural language description into an intermediate representation of the design process through closed-loop interaction among the multi-agents, wherein the multi-agent collaboration system utilizes a semantic entropy index to monitor the logical determinacy of each generation node in the process of generating the design process and triggers a real-time correction mechanism according to the uncertainty quantification result; mapping the intermediate representation into executable instructions of a heterogeneous simulation engine through an adaptation interface to drive the heterogeneous simulation engine to perform physical simulation calculation; and asynchronously extracting the calculation result of the heterogeneous simulation engine to realize closed-loop verification of the design process.

The application provides a personalized frame lightweight design method and system, and belongs to the technical field of frame optimization and personalized design. The method comprises the following steps: receiving user input personalized frame design requirements, determining a target design frame template, analyzing the personalized frame design requirements to obtain frame personalized design parameters, fusing the frame personalized design parameters and a frame data set to obtain a lightweight design data set, and constructing a frame finite element model based on the lightweight design data set; and solving the frame finite element model. The system is used to realize the method. The technical scheme of the application can fully consider the personalized requirements of users when performing frame lightweight design, can maximize the fusion of user personalized requirement parameters on the premise of meeting design specifications, so that the frame optimization design process realizes interaction with the user, and the product experience can be improved.

The invention relates to the field of intelligent flow chart design, in particular to an automatic sorting method for process equipment in a factory intelligent flow chart. According to the method, a calibrated father-son equipment relation in an intelligent process is innovatively introduced, terminal equipment searches an ancestor equipment branch set, transverse branch process sorting and longitudinal hierarchical sorting are perfectly fused according to the concept of primary and secondary relation, genetic relationship sorting and equipment hierarchy, connection information of the equipment in the process is accurately presented, and the intelligent process is realized. And the clearness of the equipment association relationship is ensured. Although the function is simple, complex sorting logic and professional factory technological process knowledge are deeply fused, and the problem that in the intelligent flow chart design process, time and labor are consumed due to manual sorting of equipment lists is effectively solved by means of the idea that complexity is changed into simplification. According to the method, designers can concentrate on deep ploughing process technical scheme design, the design quality and efficiency are remarkably improved, and a foundation is built for comprehensive popularization of digital design.

This invention discloses a rapid interactive and verification method for mold structures based on wireframe preview, applied to a computer-aided design system. The method includes: receiving and loading a parametric 3D structural model of the target mold; parsing the 3D structural model, extracting and registering the driving design parameters, and generating a parameter registry; constructing and displaying a lightweight wireframe preview model representing the structural outline based on the parameter values ​​in the parameter registry; adjusting the design parameters, updating the parameter values ​​in the parameter registry in real time, and driving the wireframe preview model to update synchronously; after confirming that the updated wireframe preview model meets the design intent, driving the computer-aided design system to generate the final 3D solid structure based on the final parameter registry. This invention significantly improves the efficiency of mold structure design by providing real-time preview and rapid adjustment interaction during the design process.

This invention provides a method for automatically generating processes for standard parts of variable length. By uniformly planning the parts and components of standard mechanisms in a product, a knowledge base for automated design rules, a knowledge base for automated design process routes, and a calculation model for automated design time of standard parts are established. Each type of part and component in the knowledge base for automated design rules is dynamically matched with the process route templates and time calculation models in the knowledge base for automated design process routes and the calculation model for automated design time of standard parts. In application, the appropriate process route template and corresponding time information can be selected in real time according to changes in product parameters, realizing automated design and synchronous updating of standard part processes.

This application provides a method, apparatus, device, medium, and program product for developing business process software. It relates to the field of financial technology. The method includes: responding to receiving a visual orchestration topology diagram constructed by a user through a preset visual orchestration editor; generating an operation instruction set corresponding to the visual orchestration topology diagram using a preset semantic bridging compiler; constructing an intermediate description model based on the operation instruction set and generating a structured process description file; determining a target program design pattern based on the intermediate description model; and generating corresponding application code based on the target program design pattern and the structured process description file. This method allows business personnel to directly design processes through a visual interface and generate code in real time, significantly shortening development time. The code structure based on the program design pattern ensures high cohesion and low coupling, reduces human error, and is easy to extend and maintain.

This invention discloses an integrated human-model-platform method for tailings design, relating to the field of digital collaborative processing technology. The method includes receiving basic tailings design data and task objectives through an industrial cloud platform, extracting, classifying, and associating tailings design constraints to form a tailings design intent list; extracting matching solution support information by connecting a knowledge base, a standard base, and a case base along the constraint order and professional orientation corresponding to the tailings design intent list; and using a solution deduction model to perform solution deduction based on the solution support information to form a candidate solution set, which is then sent to the adjudication link. This invention improves the continuity of constraint transmission and the systematic nature of candidate solution formation by extracting, classifying, and associating tailings design constraints from basic tailings design data through an industrial cloud platform and combining them with solution support information for solution deduction.

This invention discloses a tank design method, apparatus, equipment, and medium based on design rule checking. The method is applied to the digital and parametric intelligent design of tank equipment, including: generating a first design file for the tank to be designed based on received first tank parameters; performing interference checks based on constructed design rules to identify first violation information in the first design file that does not meet the interference check conditions; adjusting the first tank parameters according to the first violation marker to generate second tank parameters; determining the target design file corresponding to the tank to be designed based on the second tank parameters; and performing detailed design rule checks during the design file implementation process. The technical solution of this invention can perform interference checks on the generated design file, automatically identify existing violations, eliminate the need for manual calculations, reduce errors that may propagate downstream during the design process, lower design costs associated with repeated modifications, meet practical application needs, and improve overall efficiency.

The invention discloses a modular design method for a software and hardware architecture of an automobile seat, the hardware part of the seat is divided into a plurality of function actuator components, a modular driving controller and an automobile central controller, and the function actuator components comprise a seat adjusting actuator, a seat heating actuator and a seat ventilation actuator; defining the execution service of each actuator in each functional actuator assembly according to a preset seat serial number, and setting all the execution services in an SA layer; setting the types of data transmitted among each actuator in each functional actuator assembly, the modular driving controller and the automobile central controller; and defining an external interaction application layer service. All execution services are arranged on the SA layer in a layered and coordinated mode, all SA layers are hung on the vehicle control layer, external interaction application layer services are arranged on the application layer, only the application layer services need to be defined, the design process can be greatly simplified, and the cost can be greatly reduced.

The invention relates to the technical field of airborne system design, and discloses an airborne system digital forward design method, device, equipment and medium, a design process from demand analysis, architecture design, architecture tradeoff to simulation verification is established, integration and optimization of the airborne system design process are effectively realized, machine learning and multidisciplinary design optimization are combined, and the design efficiency is improved. According to the method, knowledge in multiple fields such as machinery, electronics and software is fused, design rules are mined from historical design cases through deep learning, a multi-target tradeoff analysis model is established, automatic generation and optimization of an architecture scheme are achieved, dependence on artificial experience is remarkably reduced, airborne system design efficiency is improved, design change cost is reduced, and the method is suitable for large-scale popularization and application. And the reliability of the airborne system is improved.

This invention discloses a method and system for optimizing the slag discharge design of a vertical shaft cutting head slag bin, belonging to the technical field of underground coal mine transportation equipment. The method is based on a Python script framework and includes an automatic modeling module, an automatic simulation module, and a data analysis and parameter optimization module. The automatic modeling module performs model verification and efficient automatic modeling of the slag bin structure; the automatic simulation module automatically performs mesh generation and boundary configuration on the modeling results and calls simulation software to run multiphysics simulations; the data analysis and parameter optimization module captures the slag discharge indicators of interest from the simulation results and calculates the slag discharge performance of the model, introducing a Bayesian optimization model for iterative optimization, achieving convergence of the structural parameters of the slag bin structure to the optimal structural parameters with the fewest simulations. This invention features high integration and strong automation, constructs a closed-loop optimization mechanism, breaks through the bottlenecks of existing design processes, and improves the efficiency and quality of structural performance design.

The embodiment of the application relates to the technical field of data processing, in particular to a self-attention mechanism representation network search method, device and equipment, aiming at accelerating the design process of the self-attention mechanism representation network and improving the design efficiency and effect of the deep model. The method comprises the following steps: constructing a self-attention mechanism representation network search space according to self-attention mechanism representation networks of multiple architectures, wherein the self-attention mechanism representation network search space comprises multiple sub-networks; constructing a super network through the multiple sub-networks; inputting to-be-analyzed data into the super network; and searching for corresponding self-attention mechanism representation networks from the self-attention mechanism representation network search space through the super network.

A method and system for managing and calling BIM design resources across multiple platforms, relating to the field of BIM technology, includes: configuring Revit platform plugin information in a document and converting the document into a first XML file; downloading resources based on user permissions; matching the downloaded resource information with the first XML file and retrieving the corresponding DLL file to load plugin functionality; saving the function selection information as an INI file, and loading plugin function buttons based on the INI file when Revit starts; configuring Bentley platform plugin information in a second XML file, and copying the target resources to the Bentley directory based on the second XML file; and loading plugin function buttons based on the Bentley directory after startup. This invention provides a method for software integration management and calling across multiple basic platforms under different operating environments, solving the problem of difficulty in switching and unifying resources during the design process.

The invention discloses a method and device for associating parameters and performance of a self-adaptive variable circulating fan, and the method comprises the steps: fully mining large-scale design data generated in a design process, and analyzing the black box characteristics of an agent model in combination with an interpretable machine learning algorithm; according to the method, the incidence relation between the geometrical characteristic parameters and the aerodynamic performance indexes of the self-adaptive variable circulating fan is systematically established, and the influence rule of the single parameter and the multi-parameter coupling effect on the performance is further disclosed; the method solves the problems of insufficient utilization of geometric characteristic parameters and aerodynamic performance data, insufficient model interpretability, indefinite association mechanism and the like in the design of the self-adaptive variable circulating fan, and provides reliable theoretical basis and technical support for design optimization of the self-adaptive variable circulating fan. The design optimization efficiency and reliability are improved, the performance of the whole machine is improved, and the uncertainty risk of engineering implementation is reduced.

This invention discloses a BIM and AI collaborative architectural design optimization method, relating to the field of architectural design, comprising the following steps: Step 1, two-layer intelligent agent modeling; Step 2, environmental constraint modeling; Step 3, two-layer reward mechanism design; Step 4, two-stage collaborative game optimization; Step 5, automatic generation of BIM model; and Step 6, performance feedback closed-loop iteration. This invention's BIM and AI collaborative architectural design optimization method addresses the core shortcomings of traditional design processes, such as low optimization efficiency, difficulty in balancing multiple objectives, and easy omission of regulatory constraints, by constructing a complete intelligent closed-loop system of "modeling-optimization-generation-feedback".

A technique for generating designs includes: causing one or more candidate designs to be displayed within a virtual-reality (VR) environment; receiving a user input associated with a first candidate design included in the one or more candidate designs via the VR environment; generating a modified design based at least on the user input and the first candidate design; and generating a plurality of output designs via a generative design process based on the modified design.

The invention discloses a ceramic cultural and creative product design and generation method. The method comprises the following steps: culture gene extraction: extracting dominant culture genes and recessive culture genes from target cultural heritage; user demand analysis: carrying out demand investigation on a target user based on a rooting theory, constructing a user demand emotion profile through an emotion calculation technology, and obtaining quantization intensity of user emotion dimensions; the material character elements are converted into external characterization of a product through a symbol conversion method, space narrative genes are converted into interactive logic or experience processes of the product, quantitative mental concepts and user demand emotion profiles are subjected to matching analysis, and emotion resonance design is conducted through an emotion migration method; and product generation and resource management: generating a ceramic cultural and creative product design scheme based on the translated design elements, and monitoring and evaluating the resource pushing condition in the design process.

1. Name of the product in this design: Scrolling graphical user interface of a computer-based 3D observation system with unit templates. 2. Purpose of this design: For running programs and displaying information. 3. The key design feature of this product is its graphical user interface. 4. Images or photos that best illustrate the design points: Interface change state diagram 12. 5. Standard design, not involving key design points, omitting rear view, left view, right view, top view and bottom view. 6. Purpose of the graphical user interface: The graphical user interface of this design is used to provide unit template display and scrolling deployment results display of the three-dimensional seismic acquisition system during the design process. The main view is the page displayed after opening the software. Clicking the "File" option in the upper left corner of the main view brings up the file menu bar, as shown in Interface Change Figure 1. Clicking the "Create Project" option in Interface Change Figure 1 opens the project creation dialog box, as shown in Interface Change Figure 2. After entering the project creation path, project name, creator, and other parameters in Interface Change Figure 2, clicking "OK" completes the project creation, as shown in Interface Change Figure 3. Right-clicking "Observation System" in Interface Change Figure 3 and clicking "New Observation System" opens the observation system scheme creation dialog box, as shown in Interface Change Figure 4. Entering the scheme name in Interface Change Figure 4 and clicking "OK" enters the unit template display panel, as shown in Interface Change Figure 5. Clicking "New Template" in the menu bar of Interface Change Figure 5 opens the unit template creation dialog box, as shown in Interface Change Figure 6. Entering the shot-receiver point line spacing, point spacing, number of lines, and number of points in Interface Change Figure 6 and clicking "Apply" completes the unit template layout. The layout result is displayed in the view area, as shown in Interface Change Figure 7. As shown in Figure 7; clicking the "Scroll Layout" button in the menu bar opens the scroll layout dialog box, as shown in Figure 8; clicking the "Full Coverage Layout" button in Figure 8 activates the full coverage layout parameter options for the observation system, as shown in Figure 9; clicking the "Set Boundary Region" button in Figure 9 opens the boundary definition dialog box, as shown in Figure 10; clicking the "Import" button in Figure 10 and selecting the import file path loads the boundary graphic parameters, as shown in Figure 11; clicking the "OK" button in Figure 11 performs the scroll layout of the observation system, and the layout result is shown in Figure 12; clicking the tool drop-down menu button in the menu bar of Figure 12 opens the tool drop-down menu, as shown in Figure 13; clicking the "Output SPS" button in the menu bar of Figure 13 opens the SPS output dialog box, as shown in Figure 14.

The invention discloses a BIM-combined process design optimization platform and method, and relates to the technical field of data processing, and the platform comprises a model creation module which is used for obtaining a structure design general plan and a design specification standard, and building a professional BIM model set; the collision detection module is used for integrating the three-dimensional model to carry out collision detection to obtain space structure collision parameters; the optimization analysis module is used for constructing a process design optimization parameter space based on the collision parameters; and the visual plotting module is used for carrying out global optimization in the parameter space and mapping an optimization result to the three-dimensional model to realize updating and visual plotting. The technical problem that the design consistency and reliability are insufficient due to the fact that space conflicts are difficult to find in time in the multi-specialty collaborative design process in the prior art is solved, and the technical effects that by combining a parameterized optimization mechanism of the BIM technology, the space conflicts are found in time and globally optimized, and the design consistency and reliability are improved are achieved.