Geometric CAD TRIZ Cases

Segmenting a data center cooling model into independent layers enables rapid perforated tile repositioning without complex manual redrawing.

A virtual map data structure assigns pixels to scaled Cartesian coordinates and rotation angles for augmented reality environments.

A smart volumetric layout system applies properties and behaviors to digital objects within a defined space.

A control unit calculates dimensions of selected 3D model objects and determines optimal display positions for the values.

Finite element modeling compares calculated and measured reaction forces to calibrate aircraft support structure stiffness under moderate loads.

A computer system validates building project data using scope IDs to link stakeholder information with instance data items.

A pattern processing system generates templates to adjust line intervals and rotations for clothing fullness.

Virtual functional models generate control data to simulate vehicle operating states, identifying hazards before hardware implementation.

An intermediary structure transforms legacy data into root transient geometry for unified product lifecycle management interaction.

A digital platform uses a bi-functional grid to coordinate building component placement and dimensions.

Inter-process communication links separate code and model simulation processes to resolve development inefficiencies in mixed environments.

Stitches representative drawings into a combined building model to resolve data volume growth and navigation bottlenecks.

A force-directed graph maps agent positions to network vertices for efficient resource allocation.

A system synchronizes physical and analytical representations within a CAD model to reflect modifications across both views automatically.

Designs mixed gas insulators by evaluating electric field strength and thermodynamic parameters to resolve environmental trade-offs.

Automated mapping links BIM object attributes to standard classification data for railway facility quantity and construction cost calculation.

Subsampling method structures 3D scan data into weighted average points, reducing file size and noise for efficient CAD processing.

Cloud servers process complex BIM data to enable real-time model access, reducing rework and safety risks during construction commissioning.

A processing unit correlates electric wires with terminal connectors and device functions to generate wire-function data for automated safety assessment.

A simulation system predicts adhesive deformation along vehicular joints, reducing physical testing time and cost.

IoT sensors analyze employee movements to detect engagement opportunities, resolving productivity versus interaction time contradictions.

A system augments recorded sensor data with simulated object models to create realistic testing environments for autonomous vehicle algorithms.

Algorithms rank image distress to select representative defect frames, resolving the trade-off between manual inspection accuracy and operator efficiency.

A computer-implemented method forms a dataset configured for learning a neural network that infers an editable feature tree from discrete geometrical representations of 3D shapes.

Multi-threaded subdivision of a spatial tree resolves memory bottlenecks in large CAD models by loading only visible regions.

Iterative material changes within segmented designs remove forbidden patterns, resolving the inverse design fabricability bottleneck.

Complex Winograd convolution uses symmetric interpolation points to optimize transform matrices in quantized neural networks.

A machine learning calculation device assigns a sensitivity landscape to shape data records to determine physical shapes with predefined target properties.

Camera calibration circuitry detects ground planes and tracks features to determine roll, pitch, and yaw angles without fiducial markers.

Merging LiDAR processing and BIM integration into a single platform reduces system complexity while maintaining inspection reliability.

A computing system characterizes manufacturing device capabilities to determine a paintbrush pattern for validating proposed 3D designs.

Virtual datum planes enable dynamic offset calculations for multi-thickness objects, resolving stationary global datum constraints in 3D design.

Transforming non-extrusion skin portions into unfolded extrusion surfaces enables direct algorithm processing of complex geometries.

Portable imaging apparatus projects architectural plans onto construction floors using laser scanning, eliminating costly rework from imprecise manual layout.

Generates accurate 3D road topologies from 2D map data to eliminate expensive surveying equipment costs.

High-fidelity numerical simulations predict electrostatic charges to replace physical testing and accelerate certification.

Raycasting segments complex physical models into discrete elements, reducing computing power requirements while maintaining measurement precision.

Graph database design databank surfaces relevant components based on frequency analysis, reducing time spent searching for suitable elements.

Classifies rock fabrics using sedimentological and petrophysical parameters to predict permeability.

A computer-implemented method constructs 3D models from user-defined strokes discretized into projected points.

A unified three-dimensional CAD environment displays logical components superimposed on geometrical elements.

Creating a meta-model reduces calculation time during turbomachine development by allowing rapid calibration iterations against measurement data.

A digital twin configuration system extracts building information modeling data to populate an asset register with unique identifiers.

A digital production system designs and manufactures partial prostheses using additive processes.

An adaptive surface grid stores real body contour data by adjusting point density, reducing memory space while maintaining measurement precision.

A hybrid simulation model switches between pedestrian and vehicle modes to accurately represent light personal electric vehicle behaviors.