Geometric CAD TRIZ Cases

Define data handling rules to store legacy CAD configurations as unique products or representations in PLM platforms.

Markup images overlay colored annotations on CAD models to preserve spatial relationships, reducing information loss during complex geometry modifications.

A variational modeling system identifies and labels geometric networks as slotdogs to maintain tangency during editing.

A lightweight viewer search window dynamically links query and results objects to display annotation information within a tessellated model.

A composite unit cell matrix structure manages mechanical loads through distinct material sections.

A combined modeling approach separates reservoir effects from control responses to estimate flow rates in branched oil and gas networks.

A building performance assessment system integrates virtual and physical data streams to generate predicted and trended metrics for real-time evaluation.

Automated systems extract lot data to populate CAD templates, resolving the contradiction between manual precision requirements and document generation speed.

Segmenting sensor data via geometric masks separates self-hit reflections from environmental points, preventing object identification errors.

A dot pattern generation method converts reference images into grayscale weights to produce precise visual details.

A 3D modeling method loads pattern and body data to display clothing parts on a virtual space without overlapping.

A laser rangefinder and mobile computer capture wall dimensions to automatically generate accurate 2D floor plans.

An automated database framework links engineering artifacts with lifecycle requirements through structured test cases, eliminating manual verification errors.

Bisecting the applicator model with a cut plane enables lateral trajectory generation that reduces curvature, ensuring safer radiation delivery.

A virtual reality system segments 3D spaces into discrete controllable elements for interactive viewing.

A repair plan drafting support system generates maintenance plans by comparing target structural objects with similar reference structures.

Computerized method creates finite element models of rubber composites by moving boundary nodes at filler interfaces to smooth surfaces.

Automated rescaling of electric motor simulation models adjusts parameters and lookup tables to match controller designs.

A CAD device generates molds with fitting parts from developed views to form three-dimensional shapes.

Reference points remove parallel and rotational movement to measure automotive body deformation accurately.

A geometric balancing algorithm constructs polygons to evaluate building component options against energy and cost metrics.

A twin substructure finite element model integrates monitoring data with global boundary conditions.

Segmented 3D models of rock chips improve drilling efficiency predictions by resolving the trade-off between accuracy and computational complexity.

Segments green body parts into stress regions with distinct material properties to predict sintering distortion and maintain dimensional accuracy.

A wind noise analyzer calculates pressure source density to identify flow field positions contributing to surface pressure fluctuations.

Standardized MBD platforms resolve non-uniform application barriers by integrating feature recognition and manufacturing element clustering.

High-resolution virtual property models import into simulation environments to predict weather damage risks.

Computing system generates screening designs by assigning factors to two-level and three-level groups based on requested run sizes.

Local volume constraints in sensitivity-based sizing optimization resolve manufacturability issues while enhancing mechanical robustness and buckling loads.

Horizontal and vertical geometry manipulators update 2D profiles in response to 3D user input within a CAD application interface.

A three-dimensional graphics rendering engine processes building information modeling data to generate interactive facility models.

A selective design layout extraction system isolates user-specified nets and leaf-cells from full integrated circuit designs.

A 3D printing apparatus merges structural design and fluid channel data into a single output file for fabricating multi-functional objects.

A computer-implemented method determines optimal electric vehicle battery capacity by analyzing route planners and charging station locations.

Finite element analysis evaluates vaporization performance and fatigue life of LNG ambient air vaporizers using fluid-thermal coupling calculations.

Timing analysis checks rise and fall skew at intermediate nodes to ensure valid signal propagation.

Automated computing apparatus extracts worker positions and postures from 3D CAD models to evaluate assembly workability.

Acoustic sensors feed a digital twin that simulates potential faults, resolving cluttered background errors in physical infrastructure security.

A machine learning module predicts spatially varying electromagnetic, mechanical, and thermal profiles within an electric motor.

TPMS structures replace fragile struts in RF devices, resolving structural integrity issues while enabling direct additive manufacturing.

A 3D model comparison system uses hierarchical descriptor filtering to index and retrieve similar digital assets efficiently.

Dual-population co-evolutionary particle swarm optimization computes dynamic contact characteristics for high-speed heavy-load ball bearings.

Ranking drilling locations using shale thickness and porosity data to generate Estimated Ultimate Recovery estimates.

A 3D model generating device extracts flat surfaces from point cloud data to identify structural members.

A site kiosk verifies worker biometrics and material compliance against warranty requirements.

Segmenting nanowire geometry into reusable sub-structures reduces model building time and errors while maintaining measurement accuracy.

Optimized diffuser positioning based on vessel geometry achieves uniform flow distribution, reducing particulate media use and filter breakthrough.

A drum brake camshaft integrates a noise reducing mass to establish a distinct natural frequency in the actuating component.

Automated mesh segmentation calculates original design intent parameters from raw 3D scan data, resolving the loss of geometric context in reverse engineering.