Geometric CAD TRIZ Cases

Automated aircraft seat-to-seat harness routing generates compliant overlength cable paths in limited space, cutting design time and errors.

A shared graph of plant components and connections replaces separate diagrams and 3D data, improving cross-step design efficiency.

Electromagnetic-load topology optimization reshapes a Maglev coil mounting seat to support static and dynamic coils with less material and cost.

Product images and a multimodal LLM generate AR disassembly steps, avoiding hard-coded setup and CAD dependence for new products.

Tail-specific aircraft data and real-time weather let a machine learning control unit choose more accurate, fuel-efficient flight paths.

An inversion ML model selects only the pattern instances needed for a CAD operation, cutting memory use and enabling scalable lazy evaluation.

Gradient-weighted CT-to-CAD registration improves aeronautical part alignment by avoiding error-prone contour extraction in low-energy regions.

A Mach-plane design curve helps match equivalent cross-sectional area targets faster and more accurately for supersonic sonic boom reduction.

By dividing moving routes into fragments and comparing capacity with traffic flow, this case flags building bottlenecks before full simulation.

Product images feed a multimodal LLM to generate AR disassembly steps, cutting setup effort for unfamiliar products.

3D scans of as-built components enable concurrent motion and deformation simulation to verify integration compatibility without physical testing.

Annular expansion chambers and peripheral vents cut back pressure, toxic fume exposure, muzzle flash, and suppressor stress.

Traces stress-based cause lines in critical sheet metal regions to pinpoint wrinkling or tearing origins and guide automatic forming changes.

By modeling off-centering angles in woven composite preforms, this case improves fiber layout before impregnation to avoid oversizing and material waste.

Guide curves and section planes map patterns across complex 3D surfaces, reducing distortion and manual CAD rework.

3D scanning and CAD generation enable precise watch protection films for varied models, reducing scratch risk and manual fabrication errors.

A shaped, solidified liquid optical element adds personalized vision correction to existing goggles without full custom lens manufacturing.

Automated object placement uses floor plan data and code rules to generate fire system layouts faster with lower design cost.

Timeline-based summary files and incremental databases cut CAD data transfer while preserving accurate version restoration and reference review.

Tailored fusing agent density preserves flexibility in small printed features while maintaining fusion and stability in larger regions.

Centralized vetting converts project design data into a unified format, enabling safe automated construction and AI-guided assembly sequencing.

Plane-type restrictions keep 3D wall, floor, and ceiling objects aligned to compatible surfaces for more accurate interior layouts.

An iterative design engine uses Pareto evaluation and feature recombination to generate housing layouts that satisfy regulations and financial targets.

A centralized virtual racing network matches drivers across regions, tracks vehicle modifications, and assigns race-based performance metrics.

Automated BIM and CAD permit checks turn textual land development codes into machine-readable rules for faster, more consistent reviews.

Mirror-imaged marker projection aligns upside-down stone slabs with top-face cut layouts for precise CNC cutting and vein matching.

Virtual simulation and data feedback help pump-as-turbine systems shift quickly between operating states while reducing transition risk.

AI analyzes 2D building plans in real time to calculate occupancy load and egress paths, reducing manual code review delays and inconsistency.

Video, survey, and sensor data are combined into a 3D home model that replaces costly auditor visits with personalized energy upgrade guidance.

A CAD plug-in arranges roofing accessories and staging plans from roof drawings to cut material waste and improve construction efficiency.

A visual motion base point on a spliced lamp topology lets users create flexible lighting effects without relying on fixed playback instructions.

A unified parametric modeling and solver workflow detects load-driven instabilities early, cutting manual rework, errors, and design delays.

A reference blade model lets small camera-equipped drones predict and correct other wind turbine blade geometry despite tilt and cone angles.

Automated junction classification and wall interlocking cut repetitive CAD detailing, improving multilayer wall accuracy and compliance.

Automatically generates structural grids and spanning directions to explore more building design options with less finite element analysis time.

Digital model segmentation and robotic assembly create complex wax patterns with higher precision and fewer defects than single injection molding.

3D simulation of grouting and shield tunneling helps optimize stratum reinforcement to control settlement and protect existing structures.

By calculating only visible base and object surface areas, this case quantifies interior color-family ratios for more objective color balance evaluation.

Standardized DXF parsing extracts location and spacing data from varied entity records and maps them into asset management floorplans.

A shared 3D plant model lets multiple design teams create and update equipment objects in real time, improving cross-stage coordination.

Object cache buffering helps BIM 3D views avoid lag and object dropouts by rendering visible frustum objects with less processing.

Tail-specific aircraft data and real-time weather modeling improve flight path selection, fuel estimates, and in-flight route updates.

Automated FACP layout generation compares component sets to meet space, power, and cost requirements with clear 2D and 3D panel views.

By fusing ambient temperature data with motor rise and fall time changes, this case improves real-time fan remaining-life prediction.

An idealized 3D control model lets users move sectioning planes more intuitively and isolate precise areas in complex BIM project views.

Pressure-based pipe simulation predicts flow rates and discharge pressure in complex semiconductor exhaust networks for more precise fluid management.

Prebuilt option-pack files in a design library let industrial control orders be combined automatically, cutting manual engineering time.

A shared 3D plant workspace lets multiple departments co-design equipment, feed construction details upstream, and reduce redesign delays.

Measured device pairs are matched to a target threshold so combined performance meets specifications with less variance and overachievement.

Fusing mechanical and environmental lifespan factors improves fan remaining-life prediction under extreme temperatures without extra hardware.