Geometric CAD TRIZ Cases

A target tracking device selects a single motion model per target to estimate state quantities.

A simulation system propagates 3D style line deformations to associated 2D patterns.

A design assisting apparatus calculates phase angles between universal joint reference points to assess torque variation rates for steering intermediate shafts.

A context-free grammar system manages design feature priority ordering to resolve geometry computation conflicts caused by fixed creation sequences.

Automatic generation of 3D cable tray routing and support models using civil engineering data.

Real-time sensor synchronization updates the virtual power system model to resolve static simulation inaccuracies and improve reliability predictions.

A simulation tool imports automation objects to generate and evaluate security events within a virtual environment.

A power flow architecture converts system designs into power domains to yield accurate estimations.

Physics-based digital twin updates composite models using operational data to guide maintenance decisions.

A sky view evaluation method optimizes urban open space design through 3D modeling and automated contour analysis.

A design support system manages pass point positions and priorities to streamline wire harness route editing.

A unified clinic layout merges primary and specialist care into one facility to streamline patient interactions.

A computer-implemented method generates space frame designs by culling interconnecting lines based on load stress maps to optimize structural configurations.

A simulation system guides creation of reduced order models with compatible macros for standardized execution.

An automated duct definition interface builds a database from input parameters to generate accurate 3D duct models.

Segmented layout and geometry optimization eliminates support structures, reducing material costs and printing time.

Extrapolating deformation from a 2-D grid to arbitrary NURBS faces maintains parameterization and smoothness during MCAD model reconstruction.

Applying simplified transformation matrices to auxiliary parts reduces computational load while maintaining model consistency.

Automatic STL file splitting tags vertex coordinates to isolate individual 3D objects, enabling precise copyright registration for each component.

ML model extracts physical and logical relationships between building elements, resolving information loss in graph generation.

A machine learning system predicts stable material compositions using duality transforms of convex function hyperplanes.

A forecasting method derives dimensionless similarity parameters from physical inputs to predict hydraulic fracture curvature.

Optimized spatial configuration reduces chamber footprint and height while maintaining accurate plane wavefront generation for automotive radar testing.

An automated design system generates support components for multi-body machines using a database of parts and launch codes.

A system associates 3D model data with inspection tasks to create dynamic assembly plans.

Computer system subdivides digital facade images into regions and assigns 3D architectural objects from a library to generate geometric models.

An automated design tool calculates pipe lengths and positions to eliminate manual calculation errors while ensuring compliance with safety constraints.

Recursive mapping generates complex infill geometry to resolve the contradiction between high strength-to-weight ratios and manufacturing efficiency.

A geomechanical modeling approach integrates stress fields from regional faults with local stratigraphy to determine total stress conditions.

Automated radius filler extrusion adjusts geometric characteristics via real-time sensor feedback, reducing manufacturing lead time and costs.

Topology optimization uses discrete material models to update design variables via finite element analysis.

Decomposing product assemblies into variable-sized partitions reduces computational complexity and accelerates design iteration cycles.

Cost-based 3D modeling identifies lowest-cost paths through complex terrain, resolving inadequate analysis precision in tunnel planning and interdiction.

Augmented reality overlays project holographic alignment cues onto detected components to guide assembly tasks.

Defining residual stress on the band ply elements deforms the tire model to match actual tread geometry, resolving vulcanization shape discrepancies.

Transforms standard object information into intuitive stability assessments, enabling operators to predict network errors before they occur.

Additive manufacturing fuses combustion chambers, injectors, and cooling channels into a monolithic rocket engine to eliminate assembly complexity.

A method constructs driving scenarios and fits curves to state information for exporting vehicle property indices.

Virtual prototyping resolves costly replacement bottlenecks by enabling users to evaluate customized instrument panel configurations before manufacturing.

Application software delivers interactive 3D and 2D building guides to ensure accurate stock car assembly that complies with official NASCAR rules.

A universal master model eliminates redundant data entry across computer aided design platforms by generating specific part instances from a single source.

A centrifugal pump impeller design method converts meridional plane variables into functions based on specific speed ranges.

A spatial information output method associates device-installation data with building divisions to generate structured second spatial information.

A unified virtual electrical grid model selects adaptable simulation modes to resolve fragmentation from siloed tools and inaccurate multi-scale evaluation.

An automatic modeling method generates user-defined vehicle controller models from configured component templates and signal parameters.

An adaptive aircraft performance model updates polynomial coefficients using recorded flight data to reflect real-world engine and aerodynamic conditions.

A system projects cost metrics from engineering models to architectural massing models using load path analysis for accurate visualization.

Sensor fusion processing synchronizes physical hardware positions with virtual models, resolving alignment errors in prototype reviews.