30 results about "Design management" patented technology

A platform for dynamically generating application experiences. The platform comprises a design management system, an agent orchestration system, an analytics system, a model management system, a user management system, and databases for storing design elements and templates. The design management system provides a portal for application owners / designers to create UX / UI designs, allowing them to select design elements from a set of categories or templates. The platform gathers existing websites / applications to identify common design patterns, stored in a design catalogue database, and suggests historical interfaces for design exploration. It enables the generation of templated applications that integrate with legacy systems. The agent orchestration system parses user specifications, selects generative AI systems, and generates UX / UI content based on the specifications. The analytics system collects and analyzes data to provide insights for improving UX / UI design and optimizing website performance. The model management system trains and maintains generative AI models used for content generation.

The invention discloses an intelligent pipe network topological structure restoration analysis system, and relates to the technical field of intelligent pipe network management, the intelligent pipe network topological structure restoration analysis system comprises a design management platform, and the design management platform is in communication connection with a topological structure data acquisition module, a topological structure analysis module, a pipe network fault diagnosis module, a restoration scheme generation module and a pipe network operation monitoring module. According to the method, the pipe network topological structure model is constructed by integrating various sensors and external data sources, branches, loops or special-shaped connection structures in a complex pipe network are accurately recognized, the judgment capacity of the pipe network connection relation and the flow direction is improved, and the fault diagnosis efficiency is improved by combining the pipe network topological structure model and the flow direction analysis result and utilizing the pre-constructed fault diagnosis model. According to the method, the pipe network fault can be quickly and accurately diagnosed, the fault type and position can be quickly identified by integrating the multi-source data, extracting the fault features and matching the fault features with the preset fault mode, the misdiagnosis rate is reduced, and the fault diagnosis efficiency and accuracy are greatly improved.

The invention relates to the technical field of information technology data processing, and provides an intelligent examination and approval decision-making system and method based on block chain technology change design, which constructs a change process model by obtaining project information and user change demands, and realizes intelligent processing and examination and approval of user change design based on the change process model. The business process data is stored and verified through the block chain technology, and the tampering resistance and traceability of the data are improved; meanwhile, the examination and approval result is verified by using the service examination and approval simulation model, so that the accuracy of examination and approval decision is improved. According to the method, the problems of fragmentation of an approval link, low flow efficiency and the like in an information processing process in the prior art are solved, the safety and transparency of engineering change design management are improved, multi-party cooperative work is promoted, and scientific and efficient decision support is provided for project managers.

The invention discloses an integrated design management system with an automatic registration communication agent engine and a method thereof, and relates to the technical field of software integrated design simulation. The method has a heterogeneous integration breakthrough, the five communication modes are matched with the software without the API / command line / file, different heterogeneous software can support one communication mode, and the integration cost is remarkably reduced; dynamic expansibility is achieved, a newly added software module only needs to deploy a proxy engine and configure registration, and zero-shutdown upgrading of the platform is achieved; high concurrency reliability is achieved, resource conflicts are solved for an instance mechanism, and parallel task efficiency is improved; and full-process automation is achieved, and the cross-software design process execution time is obviously shortened.

The invention provides a visual design management method and device, a storage medium and electronic equipment, and the method comprises the steps: obtaining a target design sample manuscript indicated by a design sample manuscript uploading instruction when the design sample manuscript uploading instruction is detected; analyzing the target design sample manuscript to obtain design sample manuscript analysis data of the target design sample manuscript; determining webpage elements of the target design sample manuscript based on the design sample manuscript analysis data, and displaying the webpage elements of the target design sample manuscript in the target webpage; when a design manuscript storage instruction for the to-be-stored design manuscript displayed in the target webpage is detected, target design manuscript storage data of the to-be-stored design manuscript is determined, the target design manuscript storage data is stored in a target database, and the target design manuscript storage data supports secondary creation. According to the embodiment of the invention, resource sharing can be realized so as to realize secondary creation of the design draft.

The invention relates to the technical field of data sharing, in particular to a GIM model sharing method based on a digital intelligent design management platform. The method comprises the following steps: acquiring a GIM model data set, analyzing the GIM model data set, and determining a core construction data set and a three-dimensional geometric data set; obtaining a project participant responsibility division information set, analyzing the core construction data set based on the project participant responsibility division information set, and determining a core data encryption strategy set; based on the project participant responsibility division information set, analyzing the three-dimensional geometric data set, and determining a three-dimensional model identification information set; and according to the core data encryption strategy set and the three-dimensional model identification information set, distributing a corresponding local online fusion type security data sharing strategy to each project participant, and outputting a data sharing report. According to the method, good balance between data security and collaborative high efficiency in a GIM model sharing process is realized through a local online fusion type security data sharing strategy.

Software allows images captured during product development on a mobile device (e.g., smartphone or other client device) to be uploaded to a design management system from the mobile device. Mark-up annotations and comments can be added to the images at the mobile device. Assignment of tasks related to the images can be made from the mobile device.

The invention discloses a management optimization system based on Internet of Things, which comprises a design management module, an analysis control module and a storage feedback module, and is characterized in that the design management module is in network connection with the analysis control module, and the analysis control module is in network connection with the storage feedback module; the design management module is used for carrying out design control management on an Internet of Things model, the analysis control module is used for carrying out security optimization management analysis on the Internet of Things, and the storage feedback module is used for carrying out storage feedback processing on Internet of Things data information. The design management module comprises a model design module, a registration management module and an aggregation processing module, the model design module is in network connection with the registration management module, the registration management module is in network connection with the aggregation processing module, and the model design module is used for performing model design management of the Internet of Things. The system has the characteristics of high safety and intelligent analysis and processing.

The invention discloses a design management closed-loop control system for an EPC project, and belongs to the technical field of constructional engineering informatization management. The system comprises a login unit, an authority configuration unit, a panorama unit and a form filling unit. The login unit is used for realizing login of a logger, a primary account number is used after the logger logs in the OA, the design management system is jumped to, and the external network operation needs to log in the VPN firstly; the permission configuration unit is used for performing role configuration and permission viewing; the panorama unit is used for entering a filling board, selecting an item name and initializing and displaying a bidding stage node; and the form filling and reporting unit is used for filling and reporting the form and checking and managing the form. According to the method, the information barriers of design, approval and rectification links are effectively broken through, a complete management closed loop is formed, and the problem rectification period is remarkably shortened; the time cost of manual coordination and repeated confirmation is greatly reduced, and the problem of difficulty in cross-department collaboration is solved.

The present application provides a kind of " quantum computer engineering design management integrated information system prototype system design method ".The present application can be used in integrated operation environment system, integrated information platform, integrated shared database, integrated information interaction system and integrated function system system design.The present application gives the quantum computer engineering design management integrated information system prototype system design method based on system.Around the realization of data flow fusion sharing, event flow dynamic feedback, intervention flow real-time monitoring, control flow accurate call and other information capabilities under integrated operation environment, meet the functional requirements of quantum computing test analysis, chip multi-physical field simulation and project management, based on system top design, the design method of " one operation environment system ", " two support platforms ", " three types of special databases ", " four information interaction spaces " and " five decision support function domains " and the design content of each subsystem (see attached figures 1 to 6).

The present invention discloses a method for matching users with data acquisition modes in a design management system, specifically relating to the technical field of information matching, which includes the following steps: collecting access request data of users from multiple data sources, and conducting access anomaly analysis to determine whether a user triggers an adjustment mechanism, screening out users who trigger the adjustment mechanism, for users who trigger the adjustment mechanism, respectively evaluating the frequency of data acquisition and the effectiveness of data acquisition, then inferring the type of data acquisition mode adapted to the users, and optimizing the current data acquisition mode type of the users based on the inference result; the present invention not only solves the problems of data dispersion, untimely information submission, and repetitive labor in the existing design management system, but also realizes the precise matching of data acquisition and utilization through intelligent analysis and dynamic adjustment, providing a solid technical support and the possibility of continuous optimization for the enterprise informatization construction.

The application discloses a BIM-based indoor decoration design management method and belongs to the technical field of building information modeling and engineering project management. The method builds a unified BIM collaborative platform, adopts three-dimensional laser scanning to collect on-site point cloud data, and establishes a high-precision original structure BIM model. Based on the model, function flow analysis and illumination and other physical environment simulation verification are carried out, a parameterized family library is constructed, and decoration, mechanical and electrical multi-specialty model integrated collaboration is realized. The integrated model is subjected to conflict detection and collision optimization, net height analysis and improvement are completed according to the pipeline comprehensive principle. Net quantities are extracted from the non-collision model, and material layout and cost dynamic control are realized in combination with the loss rate. 4D construction simulation and three-dimensional visualization are carried out in association with the progress plan. The as-built model is updated according to the site change, asset information is inputted to form a digital twin model for operation and maintenance management, and precise, efficient and digital management of the whole life cycle of indoor decoration is realized.

The application relates to the technical field of engineering design management, in particular to a water conservancy design decision support system based on a knowledge graph, which comprises a parameter constraint construction module, a design standard fusion module, a task semantic attribution module, a path screening and closing module and a structure combination response module.In the application, the logical linkage organization among structure parameters is realized by constructing a parameter control path and combining multiple relationship recognitions among structure nodes, the constraint recognition capability for the structure control path is enhanced by using a cross relationship judgment mechanism among standard clauses, the structure path screening is provided with a semantic guiding feature by combining the index relationship of the task semantic label, the structure matching precision of the path screening is optimized by using a continuity judgment method of the closed path, the collaborative adaptability among multiple structures is improved by using a response construction logic of the structure combination relationship, the linkage path with the continuity and the logical attachment features is established, and the logical integrity and the response coordination of the water conservancy design are improved.

The invention discloses an application method of DevOps pipeline business code auditing, and belongs to the technical field of business code auditing, the application method comprises a code auditing system composed of a code warehouse unit, a design management unit, an LLM code auditing unit and an auditing auxiliary unit, and the design management unit is composed of a design management module and a rule engine. According to the method, combined application is carried out based on the LLM model and the rule engine in the code architecture process, the auditing code efficiency and auditing quality can be greatly improved, the auditing code efficiency and auditing quality can be improved through proxy auditing of the LLM auditing module in the auditing process, the auditing labor cost and the auditing time cost are greatly reduced, and the auditing efficiency and the auditing quality are improved. And the LLM code auditing unit is used for directly marking problems and modification suggestions of the codes to specific code lines or code blocks, developers can confirm the problems and the modification suggestions step by step one by one and complete problem correspondence by referring to the modification suggestions, and the problem solving efficiency is also greatly improved.

The invention relates to the technical field of building design, in particular to a building design management method and system based on Internet big data and an AI technology. The automatic generation and intelligent optimization of the BIM model are realized through the AI technology, the modeling period is greatly shortened, the AI model is trained and optimized through the deep learning algorithm, the accuracy, integrity and flexibility of the AI recognition model generated after training are improved, the BIM model is output through the feature extraction of the AI recognition model on the building image, and the accuracy, integrity and flexibility of the AI recognition model are improved. The BIM model is optimized through an optimization algorithm and input parameters, diversified modeling requirements of different users are met, the accuracy of the BIM model is improved again, dynamic data of a public website and the BIM model are combined to generate a building design scheme, and an external platform is connected based on a Web technology and a real-time communication technology, so that the construction efficiency is improved. The information barrier between participants of the project is broken, and real-time sharing and cooperative work of data are realized.

The invention provides a 3D inductor design management method based on the Ampere's law, and relates to the technical field of data processing, and the method comprises the steps: building a magnetic field calculation model, mapping current data and geometric data to the magnetic field calculation model, forming a matrix structure, obtaining an original calculation matrix, carrying out the expansion according to a preset step length, obtaining an expansion matrix, and carrying out the calculation of the expansion matrix; the expansion matrix is normalized according to the calculated magnetic flux equilibrium value, a normalized matrix is obtained, an iterative link is established, an iterative matrix calculation electric field regulation value is obtained, the iterative matrix is decomposed according to the normalized matrix, a decomposition matrix is obtained, sub-matrixes of the decomposition matrix are correspondingly associated with geometric data, and a parameter mapping set is obtained; and carrying out constraint processing on the parameter mapping set, judging whether a convergence result meets a preset design condition or not, obtaining inductor design management data, and carrying out resource allocation and cooperative control on a design process. According to the method, resource and collaborative management of the 3D inductor design process is realized through matrix modeling.

The application discloses an application method of DevOps pipeline business code auditing, belongs to the technical field of business code auditing, and comprises a code auditing system composed of a code warehouse unit, a design management unit, an LLM code auditing unit and an auditing auxiliary unit, wherein the design management unit is composed of a design management module and a rule engine. In the code architecture process, the application is combined based on the LLM model and the rule engine, the code auditing efficiency and the auditing quality can be greatly improved, in the auditing process, the auditing code efficiency and the auditing quality can be improved through the agent auditing of the LLM auditing module, the auditing labor cost and the time cost are greatly reduced, the problems and the modification suggestions of the code are directly marked on specific code lines or code blocks through the LLM code auditing unit, the developer can confirm and complete the problem corresponding to the modification suggestion by referring to the modification suggestion step by step, and the problem solving efficiency is greatly improved.

The invention relates to the technical field of engineering design management, in particular to a water conservancy design decision support system based on a knowledge graph, which comprises a parameter constraint construction module, a design standard fusion module, a task semantic affiliation module, a path screening closing module and a structure combination response module. According to the method, logic linkage organization among structure parameters is realized by constructing a parameter control path and combining with multi-relationship identification among structure nodes, a cross relationship judgment mechanism among standard terms is utilized, the constraint identification capability on the structure control path is enhanced, and the structure control path is identified by combining with an index relationship of task semantic tags. Structural path screening has semantic guiding characteristics, a continuity judgment method of a closed path is adopted, structural matching precision of path screening is optimized, logic is constructed by using response of a structural combination relation, collaborative adaptability among multiple structures is improved, a linkage path with continuity and logical attachment characteristics is established, and the structural path screening efficiency is improved. And the logic integrity and response coordination of water conservancy design are improved.

The present invention discloses a storage control method based on blockchain. This method adopts a storage control system based on blockchain, which includes a design management module, an analysis and processing module, and a management and control module. The design management module is network-connected to the analysis and processing module, and the analysis and processing module is network-connected to the management and control module. The design management module is used for designing and managing blockchain storage queries. The analysis and processing module is used for analyzing, optimizing, and processing blockchain data storage. The management and control module is used for managing and controlling the database and users. The design management module includes an overall design module, a transmission and query module, and a network management module. The overall design module is network-connected to the transmission and query module, and the transmission and query module is network-connected to the network management module. The overall design module is used for overall framework design of blockchain storage. The present invention has the characteristics of efficient management and control and strong stability.

The invention discloses an assembly type low-code development system and method based on model driving. The system comprises a source model design module, an application assembly module and an asset management module. Through source model design management, attributes are subjected to classification management according to a certain standard or feature, abstract description of services is subjected to a service field, an attribute library and a model library with a unified standard are established, application assembly adopts a cloud platform development mode, and during development and application, asset library component selection and matching are performed, and a service object model is used for driving. A layout template of a typical application scene is combined, front-end and rear-end codes are rapidly generated through one-key assembly, a front-end view page supports code output after visual design, and after an established model is published to a model market, the model can be reused by other applications in a mode of being installed to the application. The complex business development problem is solved in a mode of combining model driving and code outputting, and core asset accumulation is completed.

A design management and distribution system can include a design system configured to generate an update to a UI design comprising components, variables, and variants. A design pipeline can be configured to tokenize the components, variables, and variants of the UI design to generate tokenized code stored in a structured data format in a design repository. The system can include an application pipeline configured to translate the tokenized code into a first platform-specific package compatible with a first client device and into a second platform-specific package compatible with a second client device. The first platform-specific package and the second platform-specific package implement the UI design. A first application repository may receive the first platform-specific package from the application pipeline for distribution to the first client device, and a second application repository may receive the second platform-specific package from the application pipeline for distribution to the second client device.

The application provides a clean room modular design management system based on BIM, comprising: a modeling module for visualizing and assembling and laying out standardized functional components in a BIM platform based on a parameterized family library to generate an initial clean room model; a collaborative detection module for integrating the initial clean room model with a previously established BIM model and performing collision detection to obtain a detection result; a model updating module for generating a conflict correction instruction based on the detection result and updating the initial clean room model according to the conflict correction instruction; a simulation optimization module for simulating and analyzing environmental performance parameters of the updated initial clean room model and generating an optimization suggestion; obtaining a final clean room model and generating engineering data based on the final clean room model, effectively avoiding design conflicts and construction rework and significantly improving design efficiency.

An engineering project construction stage cost management and control system and method based on a BIM technology belongs to the field of constructional engineering, and comprises a model management module, a cost data association module, a construction progress linkage module, a quality evaluation module, a progress payment management module, a change management module and a deepened design management module. Through deep fusion of the BIM model and the cost data, multi-module collaborative management and full-process automatic processing, the problems of data splitting, response lag, insufficient visualization, low integration level and the like in traditional cost management and control are effectively solved, and the system has the remarkable advantages of high efficiency, accuracy, dynamic performance, traceability and the like; the method is suitable for digital and refined cost management requirements of modern building engineering projects.

The invention relates to the technical field of indoor decoration transportation, in particular to an intelligent management system for indoor decoration design construction, and the system comprises a design management module which is used for obtaining design data, determining a design problem according to the design data, and outputting a corresponding design optimization direction; and the construction management module is used for collecting construction site information and outputting construction adjustment information according to the construction site information. Design data are analyzed in real time through the design management module, potential design problems are automatically diagnosed, a targeted design optimization direction is output, a traditional artificial experience judgment mode is replaced, and the existing design problems are accurately recognized and optimized in the design stage; meanwhile, the construction management module dynamically collects field information and generates construction adjustment information, hysteresis and low efficiency existing in manual collection are avoided, a management closed loop of design construction is formed through the design management module and the construction management model, and the management intelligence is remarkably improved.

The invention relates to a contact lens development database management system and method, and the system comprises a design management module which is used for receiving and processing a CAD optical design file and a parameter list uploaded by a design engineer terminal, guaranteeing the integrity of design input, and generating a unique code; the proofing cooperation module is used for sending a synchronization signal to a proofing engineer terminal based on the target design product code and the proofing requirement set, and supporting integrity verification and compliance judgment of proofing data; a difference identification module; a data archiving module; and a client interaction module. The proofing collaboration module comprises a proofing collaboration module; the task assignment unit is used for automatically assigning coded design tasks according to the state of the resource pool and generating a proofing work order containing product codes, process requirements and delivery time limit; and the state synchronization unit is used for executing a three-level redundant task synchronization protocol to ensure the strong consistency of the states of the system server, the proofing engineer terminal and the design engineer terminal.

The application provides a kind of based on BIM model design file and design disclosure informationization association method, comprising the following steps: S1, based on Bentley platform, the tree structure directory of management model is established in collaborative design;S2, design file is managed according to the tree structure directory mapped by model, and child node has root node information;S3, design disclosure information is managed according to professional division, and is associated with the design file that has been managed by the tree structure directory mapped by model;S4, through steps S1-S3, the design BIM data asset of automatically associated design file, design disclosure information is formed.The method provided by the application is suitable for three-dimensional BIM forward design management in engineering design, and can standardize the management of three-dimensional design model, design file management after three-dimensional drawing and design disclosure information management, form the BIM forward design achievement of light-weight release with design file and design disclosure information, and can be applied to industries including water conservancy and hydropower engineering, new energy engineering, municipal transportation engineering and building engineering.

The invention discloses an online drilling geological design platform and design method, and belongs to the field of drilling engineering in the petroleum and natural gas industry. The design management module is used for establishing a main template and a sub-template of a drilling geological design report and setting a designer personalized environment and a data inspection rule; the geological design module is used for importing and checking design well data, automatically generating a drilling geological design report according to the checked design well data, and realizing examination and approval of drilling geological design work; the document management module is used for performing unified classification management on laws and regulations; the data processing and imaging module is used for performing unified processing on the format of the text content, the subscript and the data of the table content; and the design tracking evaluation module is used for tracking and evaluating drilling geological design work. According to the invention, storage and sharing of special data of geological design are realized, the efficiency and quality of geological design work are improved, and the automation degree is high.

The invention discloses a big data management system based on intelligent analysis. An operation method of the system comprises the steps of performing architecture design management on a snowy project big data management platform; data exploration and reading management of the snow bright project big data management platform are carried out; performing operation management analysis of the snow bright project big data management platform; and scheduling the data of the snow bright project big data management platform. The architecture design management of the snow bright project big data management platform comprises the step of carrying out architecture design management of the snow bright project big data management platform, so that the big data management platform comprises infrastructure service, platform service, data service and application service. And data exploration and reading management of the snow bright project big data management platform are carried out. The system has the characteristics of intelligent management and control analysis and high operation efficiency.

The invention provides a method and system for managing and controlling the whole process of preliminary design review consultation, and the method comprises the following steps: forming a system specification system file of design review consultation according to a system file of preliminary design review; according to requirements and principles of design management, a working scheme and a design review consultation work standard manual are formed; establishing an evaluation model according to an evaluation principle, and evaluating the design review process; according to the characteristics of business work in different stages and existing work achievements, forming a preliminary design review consultation achievement template file; and sorting problems in the preliminary design review, forming design management work scheme optimization measures and suggestion reports, and completing management and control of the whole preliminary design review consultation process. According to the technical scheme, programming, standardization and refinement of the whole process of preliminary design examination and consultation of the oil and gas pipeline project are achieved.

The application discloses an industrial design intelligent drawing data management system and belongs to the technical field of industrial design management. Through symbolic logic constraint and supervisory signal injection, the initial design data generated by the model can effectively meet ISO geometric constraints, avoiding the geometric tomography problem of the traditional AI generation model. The introduced constraint loss term forces the model to learn engineering rules, which can effectively improve the constraint compliance rate of the generated data. Through the implementation of constraint compliance multidimensional checking and multidimensional error compensation, the automatic constraint checking can ensure that the drawing meets the ISO geometric tolerance standard, avoiding production rework caused by design violations. Without secondary conversion, the drawing precision and reliability can be effectively improved, and the geometric and topological inaccuracy problem existing in the prior art is effectively solved.