Geometric CAD TRIZ Cases

A multi-user toolpath generation system assigns spatially partitioned machining models to concurrent CAM clients for parallel instruction sequence creation.

A vehicle traveling simulation system activates in-vehicle multimedia devices using external terminal data.

Algorithmic processing of point cloud data straightens walls and removes intersections to automate floor plan recovery without manual measurement.

A computer-based system routes waste fluid to sink components by calculating contamination thresholds and optimizing flow paths.

Stochastic precipitation models modify virtual LiDAR point clouds to simulate sensor responses under diverse weather conditions.

A network-on-chip synthesis method assigns virtual channels to traffic flows and constructs a head-of-line conflict graph for topology generation.

Grouping model parts by analysis framework improves processing efficiency in graphical modeling environments.

Embedding sensors within additively manufactured subsea nodes resolves inaccessible measurement difficulties at nodal intersections.

An algebraic Euler Implicit model replaces ODE solvers to accelerate Gasoline Particulate Filter oxidation prediction.

A product design generation assistance device acquires existing product images to identify distinctive new design features.

A computer-aided design system extracts component specifications using machine learning to populate planning data records automatically.

An automated design system calculates optimal speaker and screen positions to eliminate time-consuming manual trial-and-error planning.

Time-marching simulation couples slave beam nodes with solid elements to resolve accuracy and complexity trade-offs in reinforced concrete design.

Recursive Modulation Method divides bottom hole assemblies into modules to reduce unknowns for efficient directional drilling simulation.

A computer-implemented method stores engineering objects in interconnected data nodes with dependency references to enable multi-user CAx operations.

A display control apparatus aligns three-dimensional models with captured images through automated edge line association.

Hierarchical constraint solver manages CAD pattern editing freedoms through core and optional geometric definitions.

An arithmetic circuit processes bending and twisting signals via matrix multiplication to calculate impact parameters.

Deterministic agents replace random rules to ensure consistent simulation results, resolving the conflict between agent adaptability and reliability.

A cable assembly device uses vacuum-fastened guide elements and a computation system to automate layout production.

Automated plant design system resolves parallel workflow errors by merging discipline-specific modules into a unified platform with shared data.

Clustering patterns by size and applying a genetic algorithm reduces fabric waste while handling large numbers of shapes.

A cognitive design system iteratively optimizes material distribution within CAD models to generate manufacturing-ready files.

Dual skeleton structures manage dimensional inputs while maintaining model accuracy during early conceptual vehicle design changes.

Graph rewriting rules update 3D models by applying logical transformations to output graphs, reducing computational complexity and preserving design intent.

A drill bit arranges cutting elements in track-set configurations to distribute loads evenly across the bit face.

Segments complex conflict graphs using rule-based filtering and biconnected component analysis to resolve NP-complete decomposition validation bottlenecks.

A product edition system modifies target object rendering properties based on distance to an active object using a simulated light source.

A plug-and-play predictor system simulates future tree growth trends using environmental data.

Digital twin simulation optimizes sensor placement for indoor air quality monitoring, balancing measurement precision against system complexity.

A solid model face splitting system sorts adjacent faces by distance to identify candidate curves for modification.

Layered image segmentation reduces required images from 10,000 to 121 while maintaining visualization accuracy for interactive room design.

Decomposes CAD faces into virtual regions to enable customizable meshing parameters, resolving insufficient accuracy in FEA simulations at critical areas.

A method determines safe drilling fluid density using 3D distinct element modeling and iterative dichotomy.

A cooperative control system for multiple trains uses artificial potential fields and Kalman filtering to optimize distance and speed convergence.

Adjustable pile members prevent harmonic resonance by matching natural frequencies to operating speeds.

A Deep CAD neural network processes B-rep graphs to generate topological signatures for efficient model retrieval.

A visual programming interface generates computer instructions for embedded smart devices within 3D objects.

A digital twin utility tunnel system uses reduced-order simulation models and real-time calibration algorithms to predict physical fields.

A parametric CAD graph maintains master geometry with metadata to generate multiple domain-specific views.

Topology optimization creates branch networks that maintain stiffness and natural frequency despite reduced mass.

Laser tracking captures structural geometry to design automated repairs, eliminating manual analysis delays and reducing skilled labor requirements.

A porosity analysis method identifies available sites in cell layouts to stitch power rails directly to the distribution network.

An analyzer compares attribute data and graphic elements between product drawing versions to identify design modifications.

Automated rigging replaces manual joint assignment by segmenting meshes and calculating parameters, reducing setup time for virtual environments.

A digital twin links physical and logical asset models to a dashboard interface.

A system links 3D design models to 2D documents by projecting the model and assigning unique identifiers to coded elements.

An adaptation layer translates execution call styles between model components and parent models, enabling component reuse across different modeling environments.

Computational models predict damage progression in composite structures, eliminating time-consuming physical coupon testing.