52 results about "Modeling and design" patented technology

The systems, methods, and software of the present invention relate to a database drive relational object modeling and design platform, which addresses the need for a system that allows the design and modification of complex three dimensional objects while doing so in a manner that reduces the requirements for computing power, user training, and man-hours input for design completion. In preferred embodiments, the systems, methods, and software of the present invention provide for a complete end-to-end package that can be used from design initiation to final production, fabrication, and assembly of the designed object.

The invention discloses a negative Poisson's ratio aluminum-based lattice structure and a preparation method thereof. The negative Poisson's ratio aluminum-based lattice structure is formed by periodically arranging one or more layers of unit cell structures, the unit cell structures are of pull bulging type three-dimensional negative Poisson's ratio structures, the material is a negative Poisson's ratio material, the negative Poisson's ratio material is industrial pure aluminum or an aluminum alloy, and the unit cell structures are formed by connecting a plurality of horizontally-arranged andslantly-arranged rod units; and the diameter of the unit cell rod units is 0.5-5.0 mm, the length of the unit cell rod units is 0.5-15.0 mm, and the included angle between the slantly-arranged rod units and the projective planes of the rod units is 30-70 degrees; and CATIA software is adopted for modeling and design, a polymer material and a 3D printing technology are adopted for manufacturing amodel, a porous skeleton is made by soluble gypsum, and the aluminum-based negative Poisson's ratio lattice material is prepared by a positive pressure gas pressure percolation technology. The 3D printing and pressure percolation technologies are adopted to prepare the aluminum-based lattice structure in a combined manner; and the negative Poisson's ratio aluminum-based lattice structure which hasthe characteristics of small unit cells, thin rod elements, multiple layer levels, complex configuration and the like is achieved.

The invention relates to a method for preparing a periodic aluminum alloy lattice structure by utilizing 3D printing. According to the method, a periodic aluminum alloy structure is composed of a plurality of basic units with different hollowed-out shapes, and a lightweight structure which has a high-strength relative density ratio and is obtained through 3D printing by utilizing modeling softwarefor parametric array modeling serves as the periodic aluminum alloy lattice structure. The method provided by the invention has the beneficial effects that 3D software is utilized for modeling and design; a laser selective melting technology is adopted for 3D printing; the simulation of the powder spreading process during the workpiece printing operation of a 3D printer as well as the abrasion process of a powder spreading device and a deformed workpiece by utilizing finite element software is focused on; the process is optimized by selecting a scraper with an appropriate shape and corresponding powder spreading parameters; based on the optimized process, printing process parameters which conform to the optimum workpiece forming characteristics are acquired through experimental verification; and finally, the uniform formed periodic lattice structure is obtained.

The invention provides a modeling and design method of a biomimetic building structure. 2, determining the required component size and load information to form a finite element calculation model, andprovide the formed finite element calculation model to ANSYS for static linear analysis and dynamic elastoplastic time history analysis; 3, according to the results of static linear analysis and dynamic elastoplastic time history analysis of the biomimetic building, constructing a parameterized virtual reality system by using an object-oriented design method; 4, optimizing the seismic performanceof the biomimetic building; 5, generating design drawings accord to that steps 3 and 4, and lining the drawings with a grid consistent with the construction template, thereby facilitating the construction party to make a positioning template. Combined with engineering design to design complex space biomimetic shape building, accurate structural modeling and design, for the implementation of the project to lay the foundation of accurate positioning and shaping.

The present invention provides a dynamic organizational database as an underlying information system to support collaborative computing in a global enterprise. This information system is built based on the Organizational Modeling and Management model (OMM) and provides a system architecture and a graphical user interface for easy manipulation of organizational objects. Contrary to traditional approaches, the present invention separates the organization model from the process model, the application model and the data model. Thus, independent and flexible enterprise modeling and design is allowed to reflect more realistically a rapidly changing business environment.

The invention discloses a parametric modeling and design optimization method for a construction shortcut under a geographic coordinate system. The method comprises the following steps: establishing aconversion relationship from the geographic coordinate system to a projection coordinate system and a conversion relationship from the projection coordinate system to the geographic coordinate system;2) carrying out parametric modeling of the construction shortcut, wherein slope types are judged, slope contour lines are obtained, a construction shortcut model is generated, geographic coordinate system data are converted into a projection coordinate system for mathematical calculation in real time during parametric modeling of a construction shortcut, and after parametric modeling calculation,a calculation result is converted into a geographic coordinate system for display in real time; and 3) outputting a modeling design result, and optimizing the design result. The construction shortcutmodel generated by the method can be directly edited and modified in a three-dimensional scene, so that the construction shortcut slope is effectively prevented from being intersected with other models, and design result optimization is realized; according to the method, the construction shortcut model and the shortcut local terrain modification data are generated at the same time, and terrain data can be modified.

The invention discloses a fireproof core coil and a manufacturing method thereof. The fireproof core coil comprises waterborne emulsion, inorganic flame retardant, inorganic filler, and enhanced aggregate; wherein the waterborne emulsion is selected from one or more of the combination of styrene-acrylic emulsion, styrene-butadiene emulsion, acrylic emulsion, acetic acrylic emulsion, and VAE emulsion; the inorganic flame retardant is selected from aluminium hydroxide, magnesium hydroxide or the combination thereof; the inorganic filler is selected from calcium carbonate, quartz sand or the combination thereof; and the enhanced aggregate is glass fiber. According to the fireproof core coil and the manufacturing method thereof, the composition and the manufacturing process of the conventional fireproof core coil are improved and optimized, the prepared core material has excellent flexibility and strength and can be folded to a coil-shaped structure at a low temperature, and the fireproof core coil is applicable to continuous production operation; and a wider modeling and design space is provided for machined finished product plates through the flexible core layer performance so that the application range of the product is greatly expanded.

This invention provides a method for designing a waveguide profile based upon predicted performance measurements of the waveguide. The method involves establishing a design metric, such as the change in acoustic reactance along the transition of the waveguide. Initial values may then assigned for the radius or diameter of the throat of the waveguide as well as values for the initial slope of the waveguide along the major and minor (or x and y) axis and the depth of the waveguide. The waveguide may then be divided into two or more sections. The values of the slopes for each section are then altered based upon the design metric. When using the change of acoustic reactance as the design metric, the slope of each section of the waveguide is adjusted to minimize the change in acoustic reactance between the sections, which is the desired performance standard. Once the slopes of each section are adjusted to achieve minimal change in acoustic reactance, the sections are concatenated together and the curve is smoothed using a polynomial function order curve fit to create a waveguide profile. This profile correlates with the design measurements, which allows for the prediction of the performance standards and / or dispersion characteristics of the waveguide. This allows for design iterations to be made to the waveguide to adjust for performance measurements without building a prototype.

The problem of modeling and designing a structure including a planar element(s) (e.g., antenna, RF circuit, etc.) arranged in association with a non-planar element(s) (e.g., non-planar packaging, a non-planar scattering element, a complex meta material, a periodic array element, etc.), in a computationally efficient and rigorous manner is solved by (1) modeling each of the planar elements using both conventional space-spectral analysis and complex space-spectral analysis to obtain an electro-magnetic (EM) signature matrix for each planar element, (2) determining (e.g., using a brute force modeling based on Maxwell's equations, by measuring experimentally, or by reading one from a stored library) an EM signature matrix (e.g., reflection and scattering matrices) compatible with those of the planar elements, for each of the non-planar elements, and (3) combining the EM signatures of the elements using matrix analysis to obtain a complete EM signature the structure.

Provided is a stress simulation and analysis method for gear drive. The method comprises the following steps: carrying out parametric modeling on a gear through UG and making simulation analyses of stress of gear nodes in ANSYS software, and calculating the maximum contact stress of the gear. The data obtained by finite element calculation is close to theoretical analysis results with errors in the allowance range, which indicates that a model is established accurately and a finite element analysis process is reasonable. By parametric modeling and design of the gear, repeated modification of the main design dimensions of the gear is avoided. The stress simulation and analysis method for gear drive has the following beneficial effects: according to the design requirement, the required gear model can be obtained only by changing main parameters such that CAE of the gear becomes easier and the design process of the gear becomes easier and more convenient.

The invention discloses a method and a device for detecting a user input model. The device comprises a user input model storage module, a meta-model storage module, a meta-module detection module andan output module, wherein, the user input model storage module is used for saving and analyzing the input user input model; the meta-model storage module is used for saving and analyzing a predefinedmeta-model basic constraint condition; the meta-module detection module is used for detecting whether the relationship between elements of the user input model conforms to the meta-model basic constraint condition according to the above basic constraint condition; the output module is used for displaying the output detection results on a file or a view corresponding to the user input model. According to the technical scheme provided by the invention, users can find the problem of the model at the earlier stage of modeling and design, thus system reconfiguration caused by the error of model design in the development and verification process can be avoided, and the time of development and verification is greatly reduced.

The invention discloses a curve PC track beam precision three-dimensional detection method based on the BIM technology. The method includes the steps that firstly, a total-station three-dimensional laser scanner is used for collecting precise three-dimensional point cloud data of a curve PC track beam, and according to a construction method guide book, a CATIA three-dimensional model is generatedin the proportion of 1:1; secondly, the precise three-dimensional point cloud data collected through scanning and the CATIA three-dimensional model are subjected to matching and deviation comparison;finally, visual reports are generated, and all the visual reports are filed, stored and uploaded to the cloud. The construction precision condition of the track beam can be clearly understood by all technical personnel while checking is facilitated, and according to report result feedback, beam manufacturing and construction are guided, and a scheme is adjusted in time. Based on the BIM technology, detection is carried out through sorting, collecting, modeling and design model comparison, detection results are precise and visual, detection is quick, and the real state of the space of a beam body can be reflected.

Techniques and a system for quantum computing device modeling and design are provided. In one example, a system includes a modeling component and a simulation component. The modeling component modelsa quantum device element of a quantum computing device as an electromagnetic circuit element to generate electromagnetic circuit data for the quantum computing device. The simulation component simulates the quantum computing device using the electromagnetic circuit data to generate response function data indicative of a response function for the quantum computing device. Additionally or alternatively, a Hamiltonian is constructed based on the response function.

The invention discloses a tang-dynasty ancient architecture imitated bucket arch installing and constructing method. A bucket arch is a GRC bucket arch. The constructing method of the bucket arch comprises the following steps that 1, BIM modeling and design deepening are performed; 2, the bucket arch is manufactured; 3, a virtual reality technology is adopted to optimize a construction scheme; 4, the bucket arch is installed and positioned; 5, embedded parts are arranged after installation; 6, keels are installed; 7, GRC members are installed; 8, checking and inspection are performed. The construction difficulty of a bucket arch installing project is effectively reduced, the bucket arch installing progress is accelerated, and the construction quality of bucket arch installing is effectively guaranteed.

This invention provides a method for designing a waveguide profile based upon predicted performance measurements of the waveguide. The method involves establishing a design metric, such as the change in acoustic reactance along the transition of the waveguide. Initial values may then assigned for the radius or diameter of the throat of the waveguide as well as values for the initial slope of the waveguide along the major and minor (or x and y) axis and the depth of the waveguide. The waveguide may then be divided into two or more sections. The values of the slopes for each section are then altered based upon the design metric. When using the change of acoustic reactance as the design metric, the slope of each section of the waveguide is adjusted to minimize the change in acoustic reactance between the sections, which is the desired performance standard. Once the slopes of each section are adjusted to achieve minimal change in acoustic reactance, the sections are concatenated together and the curve is smoothed using a polynomial function order curve fit to create a waveguide profile. This profile correlates with the design measurements, which allows for the prediction of the performance standards and / or dispersion characteristics of the waveguide. This allows for design iterations to be made to the waveguide to adjust for performance measurements without building a prototype.

The invention discloses an aviation three-dimensional aided design integration method and system based on a large language model. The method comprises the steps of obtaining multi-modal design demand data submitted by a user; analyzing the multi-modal design demand data submitted by the user; and calling a large language model to generate a corresponding modeling command according to the analyzed multi-modal design demand data, calling a computer aided design system by utilizing the modeling command to carry out modeling design, and optimizing the large language model at the same time. The system comprises a user interaction module for receiving multi-modal design demand data input of a user; the data analysis module is used for analyzing the multi-modal design demand data and extracting a design demand; the modeling instruction generation module is used for calling a large language model to generate a modeling instruction according to a design requirement; the modeling execution module is used for calling a computer aided design system API to complete modeling by utilizing the modeling instruction; and the model optimization module is used for feeding back the model data modified by the user to the large language model for optimization.

The invention belongs to the field of electromagnetic compatibility, mainly solves the problem of complexity of electromagnetic compatibility analysis modeling and designs a electromagnetic compatibility modeling method which is uniformly packaged and is connected with an outside world through ports. The method comprises the step of: carrying out a uniform description on an interference source, a transmission route and a sensor by use of a multi-port network, wherein the interference source, the transmission route and the sensor are regarded as black boxes; the black boxes are connected with the outside world through the ports; and any window which can enable a system to generate an electromagnetic energy relation with the outside world is defined as one port. Compared with a conventional electromagnetic compatibility modeling method, the method has the characteristics of consistency and easy combination. The electromagnetic compatibility modeling method is high in practicability, can be applied to electromagnetic compatibility analysis of different levels, and has good application prospects in the fields such as electromagnetic interference suppression, electromagnetic compatibility performance analysis and assessment, electromagnetic protection and the like.

The invention discloses a reliability modeling and design guidance method for an embryo hardware cell reuse strategy, comprising a reliability modeling method oriented to the embryo hardware cell reuse strategy, and a guidance method for realizing an embryo cell array layout optimization design under different spatial environments based on reliability model analysis. The invention regards the reusable fault cells as redundant cells for reliability modeling, and solves the problem that the traditional reliability model can not analyze the influence of the transient fault cells. Based on k-out-of-m model, in which the sum of the number of redundant idle cells and the number of repairable times due to repairable transient failure is expressed by the equivalent total number of idle cells, canbe used to analyze the cell reuse strategy more accurately; According to the fault characteristics of different space environment, the instantaneous fault proportional parameters are calculated, and the reliability comparison of different fault characteristics is realized, which provides a guide standard for optimal selection.

The invention discloses a fusion graph recognition and symbolic expression-based resin-based composite material automatic native modeling and reverse design method and system, belongs to the field of composite material modeling and design, and particularly relates to a graph neural network and symbolic regression fusion-based composite material native modeling and structure reverse optimization method. The method comprises six steps of microcosmic image structure extraction, topological graph construction and graph embedding, constitutive relation symbol modeling, graph structure homogenization, performance-oriented reverse design and multi-modal performance prediction, and can realize an automatic process from microcosmic image to macroscopic performance prediction to structure optimization design. The problems that an existing method is low in efficiency, poor in interpretability and difficult in reverse design are solved, and the modeling efficiency and the design intelligence level of the composite material under multiple scales and multiple targets are improved.

The invention discloses a multithreading high-performance http agency realizing method and system. According to the scheme, an epoll event notification mechanism and the multithreading technology are combined to be used, through reasonable modeling and design, the concurrent processing capacity of http agency is greatly improved, and the problem that an existing http agency realizing scheme can not effectively process especially-large concurrent requests is effectively solved.

The invention relates to a power grid project basic design system and method based on a general function module. The system comprises a general editing module, a basic primitive modeling module, a parameterized component module, a model integration module and a link reference module. The universal editing module is used for freely adjusting, placing and combining the selected primitives; the basic primitive modeling module is used for providing various basic primitives and completing splicing among the primitives through surface-based arrangement and parameter change; the parameterized component module is used for creating parameterized components in a UI interaction mode; the model integration module is used for importing a public data format through an interface to carry out modeling and design operation; and the link reference module is used for integrating the local file into the current model in the system through the model link reference interface to serve as view reference. Compared with the prior art, the method has the advantages that the technical architecture and functional system design of the design foundation platform is completed under the guidance of the power grid engineering design requirements, and the efficiency is improved.

The invention relates to a CAD model generation system and method based on natural language modeling. The CAD model generation system comprises a data layer, an application layer and a middle layer. The application layer is used for acquiring request information of a user; the middle layer is used for analyzing the request information through a natural language processing method to obtain parameters corresponding to the design intention of the user; mapping the corresponding parameters of the user design intention to a predefined structure template, and associating a standard; according to the structure template and the constraint condition, generating an automatic script for constructing a two-dimensional / three-dimensional model through a depth model generation method; based on the automatic script, adopting Siemens NX software to generate a CAD (Computer Aided Design) model; the data layer is used for querying corresponding standard terms in a knowledge base according to the association standard; and based on the standard terms, extracting constraint conditions corresponding to the association standards. The method is suitable for rapid modeling and design verification of complex parts in a weapon system.

The invention provides a corresponding method for solid engine digital twin modeling and design optimization aiming at the problems of lack of an integrated parametric modeling framework, weak proxy model mapping capability, lack of a cross-working-condition / cross-model migration mechanism and the like in the background technology. The invention provides a digital twin modeling and optimizing method for a solid engine. The method comprises the following steps: step 1, setting parameters and inputting a model; 2, parametric modeling and simulation calculation are carried out; 3, configuring input and output of the proxy model; 4, extracting hidden variable features; 5, training a mixed structure agent model; step 6, parameter optimization based on a calibration mechanism; and 7, optimizing a result and analyzing.

The invention discloses an equipment management and control modeling design method and equipment based on digital twinning and a medium, and relates to the technical field of equipment modeling, and the method comprises the steps: obtaining a construction twinning model and a plurality of management and control projects; obtaining a construction sub-model based on the construction twinborn model; acquiring a management and control process; acquiring equipment management and control modeling of the construction equipment, and managing and controlling the construction equipment based on the equipment management and control modeling after the management and control process is started; the method is used for solving the problems that in an existing equipment management and control modeling design method, when engineering equipment where an engineering project is located carries out various engineering projects, the actual engineering project process is affected due to the fact that the management and control position cannot be determined in time when the engineering project is switched only by determining the management and control position; and the engineering efficiency is reduced.

The invention relates to the field of BIM modeling design, in particular to a drawing method of a support hanger, computer equipment and a storage medium. The method comprises the following steps: acquiring a support model and a construction specialty of each support hanger in a global modeling environment; determining a first serial number of each support hanger in the global modeling environment according to the support model and the construction specialty of the support hanger, and generating a support structure drawing of the support hanger corresponding to each first serial number; determining a plurality of target supports and hangers in each construction project in response to a project numbering request of a user; determining a second number of each target support hanger according to the support model and / or the construction specialty of the target support hanger; performing duplicate removal screening on the first numbers corresponding to the plurality of target supports and hangers, determining a plurality of target first numbers, and exporting a support structure drawing corresponding to each target first number; and generating and exporting a corresponding project overview drawing based on the second number. While the drawing is lightly output, the effectiveness of the drawing on construction guidance is improved.

The invention discloses a hydraulic structure cloud three-dimensional collaborative reinforcement arrangement design method based on a spatial surface and a spatial line, and the method comprises the steps: constructing a geometric modeling device which supports the analysis and editing of a special-shaped structure curved surface and the spatial line according to the characteristics of a three-dimensional model of a complex concrete structure of a hydraulic structure; based on a cloud architecture, a server and a browser client are constructed, and a cloud three-dimensional collaborative modeling and design environment is realized by adopting a communication technology; defining an operation object of three-dimensional rib arrangement; arranging reinforcements on the basis of a structure entity space surface, and constructing the reinforcements through a reinforcement arrangement direction, constraints of starting points and starting points of a reinforcement arrangement area and a protection layer distance of an offset structure entity surface; arranging reinforcements based on the structure entity space line, and constructing the reinforcements through the constraint of the structure entity space surface, the reinforcement arrangement path and the starting and starting points of the path and the specified distance of the offset structure entity line. According to the method, cloud three-dimensional collaborative rib arrangement of any structure is carried out based on complex space surfaces and space lines, and a brand new design method is provided for design engineers.

The invention discloses a multi-disciplinary modeling method for a multi-channel chip TR component. The feature modeling method is used to customize and develop the characteristic digital model of the passive circuit of the telecommunications professional in the structural professional digital model software, and establish a multidisciplinary unified digital model of the TR component. The model can be modified synchronously by modifying the model parameters, which is convenient for optimal design, and the multidisciplinary unified digital model itself can realize the sharing and transmission of thermoelectric co-simulation data, which is the basis of multidisciplinary design of TR components; the invention also discloses a method based on The multi-disciplinary digital-analog design method of multi-channel chip TR modules can effectively solve the design difficulties of high-density integrated TR modules that have a close influence on electrical performance due to high heat consumption, and realize rapid and accurate collaborative design of thermal and electrical performance of TR modules.

The invention relates to the field of BIM modeling design, in particular to a generation method and device of a support hanger, computer equipment and a storage medium. The method comprises the steps that in response to an area selection instruction on a first interface, a plurality of first-class support and hanger models of an area to be grouped are determined, and each first-class support and hanger model is provided with a boundary constraint; according to the position attributes and the direction attributes of the connection points of the standard accessories within the current boundary constraint, establishing corresponding connection relations among the standard accessories, and obtaining multiple sets of accessory connection relations among the standard accessories; based on the connection relation of the multiple sets of accessories, the multiple standard accessories in the current boundary constraint are integrated into at least one second-class support and hanger model, and the second-class support and hanger model is composed of the multiple standard accessories in the assembly form; and screening the at least one second-class support and hanger model, and determining a target support and hanger model with a qualified structure from the second-class support and hanger model. The supports and hangers are grouped in batches, and the modeling efficiency and accuracy of the supports and hangers are improved.

The invention provides a steel structure reticulated shell node construction method which comprises the following steps: S1, structural modeling: carrying out modeling and design optimization on a steel structure reticulated shell by adopting BIM software, and determining design parameters and detailed information of elevation of each node and each rod piece; s2, according to different positions of each node, the deviation angle and direction of each node and the deviation angle and direction of each rod piece are determined; s3, circular connecting joints of the uniform size are manufactured in a machining field, and all the rod pieces are machined and numbered according to a BIM drawing; s4, on-site processing and construction are conducted, specifically, rod piece axes and node position lines are released on site, according to the node positions and the axes, component splicing is conducted on the ground in combination with the drawing deviation direction and angle, and a whole is formed; and S5, lifting each layer of assembled building layer by layer, finally realizing hydraulic integral lifting to the roof, and carrying out final installation. According to the method, on-site construction and assembly are facilitated, and the structure stress and the overall effect are guaranteed.