Geometric CAD TRIZ Cases

A cloud platform segments 2D drawings into parallel conversion tasks assigned to independent crowd workers who generate multiple 3D model versions.

A virtual environment auto-smasher prepares site footprints by setting ground height levels for new object placement.

Air bearing supports enable unbounded roll, pitch, and yaw rotation to resolve hexapod range limitations in nonlinear flight dynamics training.

Hierarchical segmentation of cell, string, and system control units reduces infrastructure complexity while maintaining precise operational monitoring.

Segmenting digital surfaces into connected patches calculates flexible mold pieces that minimize removal strain and air bubble trapping during casting.

Optical monitoring replaces mechanical probes with image capture devices that compare layer geometry against standards to prevent nonconformance defects.

A computer-implemented method analyzes wall panel members against design requirements to identify dimensional and orientation conflicts.

Design support device determines optimal part arrangement using spatial information and database search.

A product lifecycle management tool displays candidate aircraft parts in a side-by-side 3D view to identify suitable models for reuse.

A reverse engineering system exports existing part families to create compatible definitions for other CAD platforms.

Automated mesh authentication replaces manual surveying labor by verifying wall corners and edges for accurate floorplan rendering.

A reduced order model predicts ram air fan surge margin using sensor signals to identify heat exchanger blockage conditions.

Unified earth modeling system generates consistent geological, geophysical, and mechanical property volumes from shared input datasets.

A computer process divides curved architectural surfaces into domains and matches them to regular solids for precise material selection.

Non-rigid mapping corrects geometric deviations by merging local and global information, reducing manufacturing effort.

Virtual simulation generates provisional settings optimized by trial molding data to resolve discrepancies between ideal models and actual machine properties.

A rendering system generates accurate images of building materials using calibrated photographs and adjustable parameters.

Automated vertex placement and face generation algorithms replace manual retopologization, resolving the bottleneck of slow, cumbersome geometry conversion.

A PMIC modeling system adjusts variable resistance to simulate current supply limitations in power distribution networks.

Importance-directed geometric simplification reduces mesh complexity in virtual environments while preserving detail in illuminated areas.

An exergy-based life cycle assessment method calculates primary and material exergy demands for building components.

An agent interface links location coordinates with digital content to provide automatic information dissemination without manual queries.

Automatically aligning 2D building drawings in 3D space by detecting symbols and metadata, resolving navigation difficulties in voluminous drawing sets.

A zero-depth slice view displays multiple cut plane intersections simultaneously in a single composite drawing.

A dedicated calculation processor collects and corrects low-integrity energy data to calibrate usage profiles.

A CAD system automatically associates editable dimensions with 3D models created from 2D geometry.

Graph segmentation algorithms process occupancy grid cells transformed into feature spaces with speed data, resolving dynamic obstacle classification errors.

A technical computing environment manages dynamic states within physical system networks to support accurate simulation workflows.

A Petri-net message processor routes signals between activity nodes to enable human interaction within automated simulations.

A computational system casts rays across a facility floor map to generate an infectious transmission probability map.

Web platform generates unique part numbers for space-specific lighting control components, reducing installation time and waste from centralized deliveries.

Cloud-stored mate connectors automate component sizing and orientation, reducing manual selection time.

A kiosk generates a machine-readable code encoding virtual room furniture selections for transfer to a personal device.

Monte Carlo simulation replaces deterministic analysis to quantify uncertainty in building life cycle sustainability assessment.

Segmented ply splice zones accommodate slippage, reducing shape discrepancies and wrinkles in complex composite contours.