Geometric CAD TRIZ Cases

A computer method computes cumulative linear mass density to position linear support elements for even weight distribution.

A method identifies and tracks nets in hierarchical designs by unfolding only specific instances within geometric bounds.

A digital design platform automates construction sequencing using machine learning to detect anomalies in structural models.

A probe object with non-coplanar topological elements renders unstructured grid data on its geometry.

Segmented light emitting units and optical redirection resolve occlusion issues while reducing power consumption in motion tracking systems.

A data capture machine collects spectral and spatial lighting measurements to generate electronic files for virtual simulation.

A sequential data collection system structures user interface interactions into discrete workflows to detect repetitive patterns and common usage behaviors.

Bundle optimization minimizes model error between measured distances and candidate positions, eliminating pre-deployment survey requirements.

Portable device interface displays building information model floor plans for security system control.

A design support apparatus extracts components from 3D models to generate virtual interference checks and display assembly directions.

A multi-valued decision diagram calculates feature availability bits based on current selections and valid configurations.

A machine learning device predicts composite laminate properties, reducing design time and cost while maintaining high prediction accuracy.

Aligning radar scans with standard floor plans via deep neural networks resolves noise and incompleteness caused by furniture obstacles in indoor environments.

A rack placement system uses 3D modeling to automatically copy reference racks into a logistics center space.

A hybrid surface model integrates subdivision surfaces and NURBS for direct editing.

Spatially varying thermal conductivity reduces maximum temperature and gradients in ceramic matrix composite turbine blades under non-uniform inflow conditions.

A design engine generates probabilistic models to visualize mechanical assembly dependencies through interactive graphical user interfaces.

A virtual stability checking method calculates coupling power and weight distribution for assembling elements before physical assembly.

A computational system generates simulation parameters from point cloud gaps to automate building model analysis.

A simulation system generates dynamic occupant schedules from recorded behavioral data to model realistic building occupancy patterns.

A build sequence method creates unfilled regions in CAD models to enable accurate placement of embedded inserts during additive manufacturing.

A customized finite element model adjusts parameters to match physical hardware behavior.

System balances space utilization against thermal load and electromagnetic compatibility via 3D spatial optimization and local quality adjustments.

An information processing apparatus aggregates crop survey data to display reliability metrics for vineyard blocks.

Machine learning prediction model optimizes train crash energy absorption distribution across multiple marshalling interfaces.

A control program simulates a virtual mechanical system to drive multiple servomotors with synchronized motion.

A 3D estimation system generates wall area reports from aerial line drawings and geometric angle analysis.

Automated AutoCAD drawing generation extracts required input data directly from strength calculation results.

Hierarchical segmentation reduces computation intensity while enabling precise manual adjustment of clock tree components.

Computing system calculates scalar loss from vector distance to update device design.

A computer system integrates process simulation with preliminary engineering modules to generate automated equipment sizing and piping data.

A 3D printing method creates thermoplastic preforms saturated with supercritical fluid that expand into foam structures.

A matching system translates estimate attributes into a common format for contractor comparison.

Estimates remaining producible energy for wind turbine components to optimize power output and reduce unnecessary downtime.

A digital twin system updates damage models with real-time sensor data to predict residual life of polymeric assets.

Automated drawing creation device generates wire harness diagrams from stored geometric path data.

A web browser-style interface organizes engineering data using tabs and links to simplify user navigation.

Parameterized compressor blade and casing treatment design maximizes stall margin without reducing efficiency.

Iterative fractal matching aligns station layouts with forecast performance maps to improve measurement accuracy and reduce deployment complexity.

Computer model segments source rock into organic and inorganic matrices to simulate hydrocarbon generation and track fluid distribution.

Constraint programming automates fire suppression layout design, reducing reliance on expert knowledge and cutting development time.

A stochastic isogeometric analysis method parameterizes blade airfoils to optimize high-rigidity design.

Micro channels and a Tesla valve structure replenish super-lubricant in dynamic pressure grooves, resolving SLIPS depletion and maintaining macroscopic slip.

A method compares analysis and measurement data using concentration change time intervals to validate exhaust gas simulation results.

A thermal network model generation unit extracts geometric parameters from CAD files to create analysis models automatically.

Coverage buffer handles anti-aliasing to resolve complex geometry while reducing rendering latency.

Topology-based block models generate exact state space representations for general interconnect trees, lowering computational complexity from O(N^2) to O(N).