Geometric CAD TRIZ Cases

A measurement table generation unit creates inspection tables with target identification information from drawing data.

A programmable logic controller simulator executes code between cycles using a virtual clock.

Simulate rail vehicle interior acoustic noise distribution using ray-tracing and vibration models to visualize sound propagation.

Implicit finite element simulation treats interdependencies among wear distances, contact stress, and slip to improve convergence behavior.

Selective quadruple precision conversion for large CAD transforms maintains assembly double precision, eliminating accuracy loss without system-wide upgrades.

Evacuation unit generates dynamic detour paths for building occupants navigating fire scenarios.

Composite quality indicators merge multi-disciplinary logs to define stimulation stages, resolving inefficient perforation placement in complex reservoirs.

An AI assistant bridges the gap between designers and complex problems by retrieving relevant knowledge, reducing reliance on extensive professional expertise.

Automated recognition of wall centerlines replaces manual input, reducing transcription errors and accelerating load analysis workflows.

A unified building design system automatically generates and updates 3D models using a single application interface.

A design assistance apparatus generates boundary surfaces to separate flow paths within a specified design space.

A method generates measurement points along an extended path over a chamfer edge to determine spatial position using a compensating element.

Topology optimization minimizes rigidity in resin molded articles, identifying deformation-causing areas to reduce warpage analysis time and calculation costs.

Computes building envelopes using cutting surfaces that trim initial volumes to satisfy shadow duration constraints.

A machine learning product configuration system generates 3D design variations from user collections and inspiration sources.

Lumped parameter model replaces slow finite element analysis to cut simulation time by 90% while optimizing multiphase motor reliability and efficiency.

A design tool generates support structures for 3D printed objects based on user-defined surface quality preferences.

A control apparatus generates field of view images for ordered and used vehicles to display visual differences.

A gradient vector method selects composite sandwich structures by transforming discrete design choices into continuous optimization parameters.

Bidirectional connectors synchronize engineering and lifecycle databases through automated change propagation.

Augmented reality overlays mesh data on space images to enable voice and gesture object annotation for floorplans.

Replacing complex computational fluid dynamics software with a simplified assessment tool to optimize cooling settings and reduce fan power consumption.

Variable projection directions account for shaping deformations to ensure homogeneous fiber distribution in 3D woven composites.

Discrete preform segments replace continuous tapes to balance strength and manufacturing time by aligning fibers with local stress contours.

Automated system locates transient pressure event sources using timestamped sensor data and simulated wave propagation models.

A design layer data creation device models paint reflectance using a composite reflectance distribution function.

Optimizing gauge pad and cutter configurations reduces backward whirl intensity, extending equipment life.

Converting HMI diagrams into computer-readable formats extracts topology information to resolve late design fault detection in complex process plants.

Iterative model calibration refines load estimation accuracy without requiring individual sensors on every wind turbine.

Computational method simulates particle impacts using CFD velocity vectors to assess structural damage on engine components.

A semi-discrete modeling approach generates finite-element meshes for composite laminates using structured hex and advancing front algorithms.

IHOS model predicts fuel cell operating states via matrix interpolation, reducing sensor count and system complexity.

A transformation module modifies 3D models using constructive solid geometry to enhance target wall visibility from specific viewing directions.

Segment geometry and graphical data to share realistic visuals without exposing proprietary source files.

A multilayer capacitive element uses a substrate groove with an aspect ratio modulation structure to define distinct regions for conductive layer stacking.

Non-uniform local quantity constraints on the finite element mesh compensate for unrepresented real-world loads, improving mechanical robustness.

A quantity takeoff engine extracts geometric data from CAD drawings to generate automated construction cost estimates.

A vehicle monitoring device simulates powertrain operation using OBD port signals to provide real-time fuel consumption and emission data.

Computer method detects floor joist conflicts by comparing actual member properties against required specifications within a building model.

Generative design system updates part constraints based on spatial relationships to coordinate multiple mechanical components.

Automatic variable fidelity simulation reduces total iteration time by generating simplified models to validate complex designs before full analysis.

Additive manufacturing creates custom wall panels that conform to non-planar building exteriors, reducing on-site labor and thermal gaps.

A dynamic analysis method reduces computational time by sub-structuring systems and using orthogonalized eigenvectors to select interface basis functions.

Automated systems analyze sediment fill volumes to generate three-dimensional representations of geological play elements for rapid exploration.

Virtual network models replicate physical device properties to simulate topology changes, preventing disruptions to live networks during complex modifications.

Automated post spacer array pattern generation using user-defined drawing layer and ratio data.