265 results about "Design software" patented technology

The invention discloses a lightweight three-dimensional data format generation method suitable for ship model labeling, which comprises the following steps of: exporting a three-dimensional model file from ship design software, extracting a model attribute information file of the three-dimensional model file, analyzing the three-dimensional model file and the model attribute information file, and calculating to obtain attribute value information of a geometric body model in a model; the attribute value information of the geometry model is integrated and then converted into a lightweight data exchange format, a lightweight data exchange format file is converted into a binary format, and a lightweight three-dimensional data format file is obtained through transcoding and compression; and the lightweight three-dimensional data format file is stored in a database after being subjected to name matching based on the model attribute information. The volume of the lightweight three-dimensional data format file is small, only key data of the reduced model are reserved according to the characteristics of the ship model, and binary coding conversion and compression are performed on the file, so that the volume of the lightweight three-dimensional data format file is much smaller than that of a model file in a general format, and storage and network transmission are greatly facilitated.

The invention relates to the technical field of data processing, and provides a BIM model continuous grid bottom surface extraction method, device and equipment and a storage medium, according to the scheme of the invention, grid bottom surface extraction is carried out based on a user-defined data structure after BIM model triangularization, the influence of a professional design software production environment and a multi-source heterogeneous storage format is eliminated, and universality is achieved; according to the method, the cleaned and corrected triangularized grid model is subjected to space division and an elevation extraction algorithm, so that the grid bottom surface extraction efficiency is greatly improved; according to the method, curved surface reconstruction is carried out according to the spatial point cloud normal set and the point cloud data set, so that the construction accuracy of grid bottom surface extraction in the projection direction is ensured, a finer and more continuous geometric expression is provided, and the problem of model bottom surface image missing is solved.

The invention provides a dialogue method and device based on a multi-modal large model, equipment and a storage medium. The invention relates to the technical field of computers, in particular to the technical fields of deep learning, large language models, question and answer systems, home decoration design software and the like. The method comprises the steps of obtaining an input original query text and an interface picture of a front-end interface in response to a dialogue operation of the front-end interface; rewriting the original query text according to visual information contained in the interface picture by utilizing a visual big language model to obtain an enhanced query text; searching in a vector database according to the original query text and the enhanced query text to obtain an external knowledge result; and inputting the enhanced query text and the external knowledge result into the question and answer model to obtain an answer text. According to the scheme provided by the invention, the user intention can be deeply understood by combining the text input of the user and the real-time operation interface visual information, so that a more accurate and effective answer is provided.

The invention relates to a two-dimensional file processing method based on three-dimensional lightweight linkage, which comprises the following steps: analyzing a three-dimensional model file generated by three-dimensional design software, and extracting key information; generating a lightweight model file, and storing coordinate information of the current viewport; receiving view information selected by the user terminal, and storing the view information in a collaborative information base; determining a projection algorithm; determining a first relative position of the labeling information relative to the component; projecting the geometric information to a two-dimensional plane according to a projection algorithm, the view range and the view angle, and generating a two-dimensional file after labeling the labeling information at the labeling position; storing the second relative position and the approval information in a collaborative information base, and associating the second relative position and the approval information with the coordinate information of the current viewport; and when the two-dimensional view of the two-dimensional file is displayed, positioning to a corresponding elevation position in the lightweight model file according to the elevation value, and displaying the approval information according to the coordinate information of the current viewport.

The invention discloses a method and a system for quickly constructing a railway station structure engineering demand parameter matrix, which are characterized in that a time-history load function, a time-history load working condition and a ground acceleration of a railway station structure model are automatically created and set through a Python programming language on the basis of an application programming interface (API) opened by MIDAS Gen design software, and the time-history load function, the time-history load working condition and the ground acceleration of the railway station structure model are automatically established and set through a Python programming language. The method comprises the following steps of: firstly, carrying out time-history analysis on a plurality of key components, then carrying out elastic-plastic time-history analysis in batches, extracting a corner of a non-elastic hinge of the key components and interlayer acceleration of the floors, and finally, automatically assembling and forming an engineering demand parameter (EDP) matrix, so that the convenience and feasibility of shock resistance toughness evaluation of the railway station are remarkably improved.

The invention relates to the technical field of transformers, in particular to a transformer parameterization design method, device and equipment, and the method comprises the following steps: solidifying a transformer design standard and specification in an Excel worksheet, and defining a control parameter through a set compiling grammar; the control parameters comprise a real number type, an integer type, a character string type and a Boolean type; one writing grammar is set for each parameter type; exporting control parameters in the Excel worksheet as an XML (Extensible Markup Language) file; creating a notebook file in automatic design software, and importing the control parameters in the XML file; based on the imported control parameters, parametric modeling is carried out in automatic design software, and a three-dimensional model of the transformer is generated; and automatically generating a two-dimensional engineering drawing of the transformer according to the three-dimensional model. Standardization of links such as design, manufacturing, installation and operation of the transformer is effectively ensured, and therefore performance and reliability of the transformer are greatly improved.

The invention relates to the technical field of architectural design, in particular to an architectural design application behavior monitoring and algorithm analysis project man-hour statistical analysis system, which comprises a page behavior recording module, a task trajectory generation module, a project identifier collection module, a personnel time consumption verification module and an error offset tracking module. According to the method, a clear task execution structure is formed by extracting a task window and an operation path sequence in design software, reconstructing a task behavior chain and removing irrelevant operation content, continuous operation time periods are aggregated in combination with task affiliation information, and an accurate mapping relation between behavior data and project content is established; and matching the effective man-hour with the person in charge, collecting and comparing the effective man-hour with the person in charge, identifying a time offset section between a behavior record and declaration data, quantifying an offset rate, and judging the reasonability of man-hour declaration, thereby realizing dynamic verification and precision improvement of the corresponding relationship between man-hour distribution and tasks.

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 relates to the field of clearance checking of a vehicle chassis part DMU (digital prototype), in particular to clearance checking between parts with large deformation. Specifically, the invention provides a dynamic gap checking method based on flexible body deformation coupling analysis, and the method comprises the steps: building a flexible body nonlinear mechanical model through finite elements, applying boundary conditions such as working conditions and loads, executing large deformation and nonlinear analysis, and obtaining deformation data of an anisotropic material under a limit load; converting the deformation data into a parameterized entity model through a geometric reconstruction algorithm, and constructing a high-precision digital prototype; multi-degree-of-freedom kinematics simulation is implemented in a DMU module of three-dimensional design software, and three-dimensional space analysis is performed on dynamic gaps between flexible bodies and between flexible and rigid bodies in combination with a contact interference analysis algorithm. The method can be used for checking the clearance between the moving parts, judging the interference of the moving parts and confirming the operation stability of the vehicle in complex and severe working conditions.

The invention discloses an auxiliary tool for installing a bidirectional bending large-dip-angle curtain wall system and a design method, and relates to the technical field of constructional engineering. Computer graphic design software is combined to measure the bending angle of the large-dip-angle curtain wall system and position relation data of the large-dip-angle curtain wall system and a main body structure; working face width required by curtain wall installation is calculated according to the position relation data; a stress model of the shelving platform is regarded as a single-span cantilever beam, and design checking calculation is conducted on the safety and stability of a main beam of a shelving platform system; and calculating the elongation of the steel wire rope under the load action of the hanging basket by adopting Hooke's law, and comparing whether the elongation of the steel wire rope exceeds a safety distance threshold between the guide steel wire rope and the structural surface. Through reasonable design and scientific checking calculation, the hanging basket can be used in cooperation with a conventional hanging basket, the advancing direction of the hanging basket is controlled through the guiding device, a reliable working face is provided for a curtain wall system of a bidirectional bending large-dip-angle model, and the problems that the curtain wall system of the type is long in installation period, high in measure cost and the like are solved.

The invention belongs to the technical field of computer aided design software, and provides a DWG-to-PDF conversion and batch printing method and system based on a database. The method comprises the following steps of: defining and recording drawing label information in CAD software through a database module, and accessing and identifying a pre-converted DWG file; the intelligent drawing frame module identifies the drawing frame boundary of the drawing and adjusts the size and the position; identifying a text, a block or a preset layer in the pre-converted DWG file through an intelligent picture and label information module, positioning picture and label information, and supplementing or modifying the picture and label information at the same time; the electronic signature module records the electronic signature file uploaded by the user to a database, and adds the electronic signature file in the database to a specified position of the PDF file; and the verification module performs picture signature information verification, format verification and electronic signature file verification on the content of the PDF file converted by the verification module. According to the method, the DWG files are converted and printed into the PDF files in batches, the working efficiency of an engineering project is improved, and the operation process is simplified.

The invention relates to the technical field of electronic design automation and artificial intelligence, in particular to an AI-assisted multi-target PCB automatic design system and method, and the system comprises a user interface layer which is used for a user to input a request through a Web-based interface; the natural language analysis module is used for processing the request and generating a JSON (JavaScript Object Notation) containing function requirements; the device selection module queries an internal device database and suggests an ESP32-C3 MCU (Microprogrammed Control Unit), a compatible relay and a support circuit; the circuit generation module is used for creating a netlist and a schematic diagram file and comprises an MCU (Microprogrammed Control Unit), a relay driver and related passive elements; the layout optimization module runs a multi-target algorithm and is integrated with PCB design software; experimental verification shows that compared with a traditional one-way process, by means of the method, the requirement interpretation accuracy can be improved to 94.2% from 76.3%, the design intention preservation rate is improved to 89.5% from 42.7%, the requirement change adaptation time is shortened to 2.1 h from 8.4 h on average, and the requirement interpretation efficiency and accuracy are improved.

The invention discloses a ground plane segmentation method and device for a hybrid PCB, and belongs to the field of PCB design, and the method comprises the steps: inputting the characteristic parameters of the hybrid PCB into a land division decision model, enabling the land division decision model to carry out the layer-by-layer judgment according to the characteristic parameters, and outputting a first land division strategy; constructing an electromagnetic simulation model based on the first land division strategy, executing predefined simulation analysis according to the electromagnetic simulation model, and optimizing the first land division strategy through a preset optimization rule base when a simulation analysis result does not meet a preset requirement to generate a second land division strategy; and based on the first land division strategy or the second land division strategy, automatically generating a segmentation line through PCB design software, and placing a connection bridge and a compensation element so as to complete the ground plane segmentation of the hybrid PCB. Therefore, by implementing the method, the targeted ground plane segmentation design can be performed according to the related parameters of the hybrid PCB, so as to ensure the signal integrity and electromagnetic compatibility of various hybrid PCBs.

The invention relates to a construction method for a large-area arc-shaped glass roof curtain wall. The construction method comprises the following steps of construction preparation; the arc-shaped steel structure base, the arc-shaped glass and the machined part are manufactured in a workshop; carrying out field measurement, carrying out simulation positioning on the arc-shaped steel structure base on a computer by adopting computer aided design software according to a curtain wall design construction drawing and field actual measurement, then exporting the drawing to carry out field measurement, and converting a computer positioning point to field positioning; performing three-dimensional simulation pre-construction by adopting a BIM model, and performing visual technical disclosure for constructors; the arc-shaped steel structure base and the arc-shaped glass are sequentially installed according to the positioning points; caulking and sealing; carrying out a water spraying test; cleaning and checking; completing acceptance; the method has the advantages that computer-aided design positioning is combined with on-site construction measurement, an original pure on-site measurement method is improved, and the accuracy of curtain wall framework positioning and mounting is improved, so that the construction efficiency is improved, and the process is more mature.

The invention provides a rendering device quality intercommunication method, device and equipment based on deep learning. The invention relates to the technical field of computers, in particular to the technical field of data processing and three-dimensional design software. The method comprises the following steps: obtaining image features by using an image encoder of a material conversion model according to a chartlet containing a target material and a corresponding rendering image; obtaining text features by using a text encoder of the material conversion model according to a text instruction containing indication information; fusing the image features and the text features by using a connection layer of the material conversion model to obtain fused features; and generating a structured material file containing the material information of the target material and the path information of the chartlet by using a decoder of the material conversion model according to the fusion features. According to the method and the device, the target material of the first material system can be converted into the second material system, so that material intercommunication is realized.

The invention discloses a method for extracting a pin routing length from a packaging file, which comprises the following steps of: obtaining a matching group generation tool, and placing the matching group generation tool in an environment configuration folder of PCB (Printed Circuit Board) design software; calling a matching group generation tool and an automatic creation function module in sequence to generate a matching window; selecting a bus network in the matching window, setting an initial position and an end position of a signal according to requirements to serve as a signal line for matching of the matching group generation tool, and creating a matching rule; and checking the established matching rule in the rule manager, and obtaining the information of the pin routing length. According to the method, the pin routing length information in the packaging design file is read through the matching group generation tool, the matching rule with the pin routing length information is created, and the packaging physical pin attribute is mapped to the packaging attribute layer, so that PCB design software directly obtains the pin routing length information; pin wiring length information can be exported through an output function of PCB design software.

The invention belongs to the technical field of drawing design, and particularly relates to a two-dimensional graph exporting and labeling arrangement method which comprises the following steps: S1, exporting a description text of a drawing after completing three-dimensional structure design in three-dimensional design software; the description text of the drawing is a formatted description text; s2, reading and analyzing the description text of the drawing by adopting two-dimensional drawing software to obtain all graphs and labels, and drawing a two-dimensional graph; and S3, adding lead marks in the two-dimensional graph by using an arrangement algorithm, and carrying out overlapping comparison and adjustment on the lead marks to be drawn, all the existing graphs and the drawn lead marks, so that the overlapping range of all the lead marks and all the existing graphs tends to be minimized. According to the method, the three-dimensional design can be effectively converted into the two-dimensional plane graph, and the two-dimensional plane graph is high in marking efficiency, attractive in appearance and high in readability.

The invention relates to a frame format online reconstruction system and method based on an FPGA (Field Programmable Gate Array) external memory, belongs to the technical field of carrier rockets, and solves the problems of long development period and code compatibility of single-task software. The system comprises a TOP module, a RESET function module, an MLVDS communication function module, an EEPROM storage function module and a frame format reconstruction function module, the EEPROM storage function module is used for performing write operation on configuration parameters sent by a main module according to function division of a storage space and solidifying the configuration parameters in an EEPROM, and after power-off restart reset is finished, the EEPROM storage function module is used for performing write operation on the configuration parameters sent by the main module. Reading operation is executed on the EEPROM, and read configuration parameters are distributed to a frame format reconstruction module according to functional area division; and the frame format reconstruction function module is used for executing reconstruction logic operation of the frame format. By means of the system, productization and generalization design of multi-task model software is achieved, and the software reuse rate is remarkably increased.

The technical scheme of the invention discloses a ship model checking method which is used for checking a ship model after completion and can be used for identifying the line type of an unknown model. The three-dimensional scanning technology is utilized, the size is small, flexibility is achieved, the scanning dead angle is small, the recognition speed is high, and the precision can reach 0.1 mm and is far higher than that of a clamping plate; and the cost is low and the efficiency is high. A three-dimensional scanning technology is utilized to scan a 10m ship model for about 2-3 hours, and relative errors can be directly output, while a cardboard inspection method needs at least 3 days from drawing a cardboard layout to completing inspection of a ship model, and deviation of each position cannot be output. According to the method, the three-dimensional scanning technology and special software are utilized, the molded line of the scanned model can be directly output, the method can be connected with three-dimensional design software, and a reliable means is provided for a designer to reversely recognize the molded line of an unknown ship model.

The invention relates to a preparation method of a cone die forging, and belongs to the technical field of cone forging.The method comprises the steps that design software is utilized, single cone digifax is designed according to a cone part, then the two single cone digifax are placed side by side in the design software, and the central axes of the two single cone digifax are parallel; the end face of the cone top end of one cone is flush with the end face of the cone bottom end of the other cone; a wagons digital model is designed between the two single-cone digital models, and the wagons digital model and the two single-cone digital models form a double-cone digital model; designing a die digital model and a cube-shaped blank digital model according to the bipyramid digital model; a blank entity corresponding to the blank digital model is manufactured through blank manufacturing of a bar, an upper die entity and a lower die entity are manufactured through mechanical manufacturing, and the upper die entity and the lower die entity form a die entity; performing die forging on the blank entity by utilizing the die entity to obtain a bipyramid die forging; and the bipyramid die forging is subjected to heat treatment, and the bipyramid die forging subjected to heat treatment is cut into two single-pyramid die forgings.

This invention discloses a digital complete denture manufacturing method and a digital complete denture, relating to the field of digital oral technology. The invention acquires digital models of the patient's edentulous maxilla and mandible, along with jaw position data. Virtual tooth arrangement and denture base design are completed in computer-aided design software, generating a composite digital model. The base data is converted into CNC instructions, and a five-axis CNC milling machine is used to cut prefabricated material blocks to produce a solid denture base. Matching solid prefabricated dentitions are selected from a prefabricated dentition database, surface-activated, and then bonded and fixed to complete the denture assembly. This method is highly efficient, provides stable precision, and significantly shortens the manufacturing cycle and the number of treatment visits.

The invention discloses medical forceps constructed based on multi-material 3D printing and a preparation method of the medical forceps. Comprising the following steps: based on medical image data of a patient or a standard instrument model, carrying out personalized design through computer aided design software, and constructing an integrated three-dimensional digital model; then topological optimization is carried out, a weight reduction structure is designed in a non-key stress area, and slicing software is used for processing and generating a multi-material printing instruction file; then, multi-material 3D printing equipment is adopted, according to a preset material distribution scheme, materials with different mechanical properties are used for synchronously and integrally printing in the areas of the clamp beaks, the movable joints and the clamp handles, and a clamp green body is manufactured; and finally, carrying out cleaning, key part surface finish machining and sterilization treatment to obtain a final product. Matched forceps can be rapidly designed and manufactured according to special operation requirements, multiple materials with different properties are integrated on the same instrument, and the operation precision and effect are improved.

The present invention provides a parametric design method for beam reinforcement of rail transit stations, comprising the following steps: cloud platform construction, designer login, cloud authorization and authentication, design environment adaptation, beam reinforcement parametric design, and online review of design results. The present invention analyzes the business requirements of traditional beam reinforcement design models and the interactive relationship between commonly used structural calculation software and design software, and through encapsulating the parameters required for the design, establishing graphic element geometry algorithm formulas, secondary development of the required software, and establishment of a cloud platform, thereby realizing the functions of parameter standardization encapsulation, automatic parameter transmission, automatic drawing, automatic adjustment of local design results, and cloud-based management of results in the process of rail transit beam reinforcement design.

The invention relates to the technical field of computer aided design software, and discloses curtain wall design automation software, which comprises a building appearance acquisition module, a grid division strategy determination module, a curtain wall automatic generation module, a connection mode selection module and a size automatic correction module. The technical problems that in the prior art, curtain wall design mostly depends on manual input and manual operation, especially in the design of complex buildings, efficiency is low, errors are prone to occurring, and division and node design are difficult to conduct rapidly and accurately are solved. Due to the fact that the automatic software is designed, the grid division scheme is automatically generated through the automatic software according to the appearance of the building, the node connection mode is intelligently selected, and the node size is intelligently adjusted, the problem that manual design is low in efficiency is solved, and the automation degree of curtain wall design is improved.

This invention relates to the field of automotive autonomous driving control technology, specifically to a software architecture, chassis domain controller, and chassis domain system for autonomous driving. The information layer acquires vehicle fault commands and emergency stop commands. The motion coordination layer triggers vehicle fault modes and emergency stop modes, and acquires emergency stop control signals and longitudinal and lateral vertical control signals. The dynamics control layer acquires dynamics control target quantities based on the emergency stop control signals or longitudinal and lateral vertical control signals; the fault-tolerant control layer performs fault-tolerant control based on vehicle fault information. The actuator control layer converts the dynamics control target quantities and fault-tolerant control target quantities into actual control signals to control the actuators. This software architecture, designed from a centralized perspective, achieves decoupled development of software and hardware, centrally processes all information, and uniformly integrates and schedules functions. It comprehensively considers vehicle, driver, fault, and cross-domain interaction, improving vehicle control accuracy and operational safety.

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 invention provides an artificial intelligence-based industrial design method and system, and the method comprises the steps: obtaining an open-source artificial intelligence large model, building a dialogue function with the artificial intelligence large model, carrying out the recording of a 3D design code for each part of a 3D model of an existing product based on 3D design software, building a 3D design code library, and carrying out the verification of the 3D design code library. The 3D design code library serves as a third-party database to be added to an existing database of the artificial intelligence large model, the product design requirement of a user is obtained based on the dialogue function, the artificial intelligence large model automatically generates a 3D design code of the product according to the product design requirement, and the 3D design software automatically generates a 3D model of the product according to the 3D design code; according to the method, the design code of the required product is automatically generated by combining the 3D design code of the existing product 3D model to optimize the database of the artificial intelligence large model, so that the 3D model of the required product is automatically generated, intelligent aided design is realized, the design work is simplified, and the design result is optimized.

The invention is applicable to the technical field of electronic design automation, and provides a cross-design software netlist data co-processing method, which comprises the following steps: acquiring first netlist data; wherein the first netlist data is used for representing a logic connection relationship among a plurality of electrical components in the first schematic diagram, packaging library information corresponding to the electrical components and the like; wherein the first schematic diagram is a schematic diagram constructed based on first design software; performing data format conversion on the first netlist data to obtain second netlist data; importing the second netlist data into second design software; wherein the second design software is different from the first design software; and generating a circuit diagram corresponding to the printed circuit board based on the second netlist data and the second design software. According to the method, when cross-software circuit diagram design is carried out, an engineer does not need to consume extra time in format adaptation and data verification, so that the method focuses on core design links such as circuit diagram layout and wiring, the design period is shortened on the whole, and the working efficiency is improved.

The invention provides a drawing processing method and device for a digital ship electrical design platform, and the method comprises the steps: determining a selected target object from a target drawing in response to a first selection operation for the target drawing displayed in a graphical user interface of drawing design software, the target object comprises a target cable segment and target equipment blocks connected with two ends of a target cable; wherein different types of drawings correspond to different identification rules; identifying attribute information of the target object based on a target identification rule which corresponds to a pre-configured pattern identification mode and is matched with the type of the target drawing; and based on the preset table template matched with the type of the target drawing, performing structured processing on the attribute information of the target object, generating a target structured table, and displaying the target structured table in the graphical user interface, thereby realizing specialized recognition of the electrical system diagram in the ship industry, and improving the recognition efficiency and the recognition precision.

The present invention provides a method, system, device, and storage medium for rapid debugging of FPGA prototype verification. The method includes: adding debugging function codes that can be turned on or off through macro definitions during module design; developing general debugging modules for FPGA design software including breathing light control, AXI4 bus master behavior model control, AHB bus master behavior model control, AXI4 bus and AHB bus control channel and monitoring channel enabling control, and monitoring IP; transplanting the debugging function codes to the FPGA prototype verification platform, integrating the general debugging modules into the debugging function codes, and modifying the macro definitions to implement monitoring of the AXI4 bus or the AHB bus; and using the FPGA design software to synthesize the transplanted debugging function codes to generate verification files, and downloading the verification files to the FPGA prototype verification platform for verification. The present invention improves the debugging efficiency and reduces the time cost of re-synthesizing for the signals to be captured.