Geometric CAD TRIZ Cases

A machine learning device estimates flow velocity fields from simulation conditions using boundary layer and wake flow training data.

A self-centering steel frame connection uses disc springs and energy dissipation plates to restore structural position after seismic events.

A simulation providing device segments processing into independent modules to deliver timely results directly to user terminals.

Aligns parameter gradients with vector fields to resolve noise sensitivity and incomplete surface issues in 3D mechanical part modeling.

Serial review process segments design rule violations for individual inspection, resolving interface clutter and navigation complexity in CAD tools.

A model-based calculation system predicts noise immission from moving objects using location-dependent transfer functions derived from stationary test bench measurements.

Expanded polystyrene foam sections joined by mechanical members create an insulating barrier that eliminates freeze-thaw damage to concrete.

Topology-based planning optimizes duct routes via node-link graphs, reducing excavation complexity and costs in residential fiber networks.

A unified data schema links vehicle electrical design domains through a centralized database and graphical interface.

A computer-implemented method identifies similar geometric subsets in 3D boundary representations using a feature similarity function.

Search and poll method reduces computational cost by using lower fidelity simulations to filter trial points before high fidelity evaluation.

An intermediary application translates visual topology connections into audio descriptions, resolving information completeness versus ease of operation.

A software-defined modular energy system uses a liquid piston heat engine to optimize plant design and operational controls.

Converts select history-based features to direct-edit mode within a hybrid CAD model structure.

Computational modeling generates three-dimensional structures with intersecting slat groups to eliminate manual septum insertion and reduce labor costs.

Trihedral axis systems match 3D mechanical parts to resolve speed and accuracy trade-offs in similarity detection.

Upstream drilling string stores elastic compression to release percussive impacts on the downstream bit.

A temporal filtering method processes vehicle sensor data to identify slow transient variations in fluid dynamic conditions.

Laser ranging devices capture spatial data to automate construction planning, eliminating manual measurement steps that slow progress.

Consolidates sub-threshold geometric objects using proximity criteria to lower data management overhead while preserving spatial accuracy.

Additive manufactured foot support with closable opening prevents excessive flexion beyond specified angle range to alleviate plantar symptoms.

A virtual environment generates synthetic sensor data by simulating vehicle dynamics and road conditions.

Coupled hydraulic models and neural networks identify functional defects to improve waterlogging prediction accuracy in urban sewer networks.

Cameras detect illumination deviations from the predefined pattern while the control unit iteratively adjusts luminaires to correct inhomogeneities.

A vehicle navigation simulation environment trains a reinforcement learning policy to guide driver actions and routing decisions.

A drag-and-drop interface converts web browser images into CAD stencil files for shadow board design.

Computer program generates three-dimensional truss datasets from client-specific configuration data and type-specific layouts.

Computing system generates diverse autonomous driving simulations by adjusting parameter distributions from low-sensitivity sensor trajectories.

A computer method determines a manikin's initial position using guiding vectors and sweep modes to sample free space.

Computing system generates optimized experiment designs by indexing data elements and substituting specified options for uncontrolled factors.

A technical computing environment generates spatial representations from simulation models using embedded tags for element association.

A CAD connection entity encapsulates attachment data to define rigid or moving part orientations within an assembly.

Training a surrogate model on physical test data reduces time consumption while maintaining measurement precision for structure material characterization.

An asymmetrical sensor housing reduces wind noise and fuel consumption by combining spherical and non-spherical curvatures with surface indentations.

A cloud-based AR platform converts 3D architectural models into synchronized virtual rooms for mobile viewing.

Mounts with distinct gradual stiffness rates balance rotational torque loads, minimizing motion at the center of gravity and enhancing noise isolation.

Automated template generation replaces manual drafting with precise CAD-driven printing, reducing creation time and assembly errors.

Automated connectivity graph analysis generates pour units from 3D models without manual boundary definition.

Correction files update individual aircraft performance variables in the flight management system without regenerating the base database.

Energy controlling cells vary density to match anatomical structures, resolving the trade-off between protection effectiveness and device weight.

Structural analysis partitions data flow graphs to resolve verification complexity while maintaining accuracy.

Automated AI system analyzes two-dimensional building plans to detect and measure smoke management components.

Automated image processing replaces manual recording, reducing survey time and human error while maintaining accurate IT infrastructure data.

Extracting high-sensitivity parameters enables a surrogate model that reduces computational demands while maintaining accuracy.

Fuses aerial image data with digital height information to generate labeled geometric shapes and accurate three-dimensional models of urban structures.

A data interpretation apparatus automatically grows graph structures to generate three-dimensional models from design drawings.

Digital 3D visualization of stone slabs reduces physical handling errors while maintaining precise dimensional accuracy during fabrication.

Digital kiosk system records material and worker data on a distributed ledger for real-time project verification.

A mobile device displays 3D spare part models from multiple angles to support accurate identification.

Optimized blade sequencing minimizes multiple-pure-tone noise and imbalance by reducing aerodynamic disturbances in gas turbine engines.