Geometric CAD TRIZ Cases

A metal mask design method calculates elastic deformation properties to determine compensation amounts for accurate alignment.

A base model selection device creates a list of selected models using requested specifications as search keys.

A centralized system indexes and links construction details within 3D modeling workflows for rapid retrieval.

Dual fiber partitioning generates hexahedral cells with orthogonal faces, resolving distorted geometry from intersecting faults.

A flow analyzer and optimizer generate analytic models to predict output signals for fluid simulations.

Variable unit cell types achieve localized mechanical properties while eliminating interfacial stress and reducing material costs.

A computer system displays simultaneous 3D and 2D block representations to enable graphical node selection.

An automated selection system streamlines home customization choices using unique identifying codes and digital interfaces.

A processing unit calculates wire harness failure rates by linking electrical wire and connector type information to stored failure factors.

Automated analysis converts wiring diagrams into multigraphs to detect single points of failure and inefficient resource utilization in complex network fabrics.

Lazy evaluation delays geometric function computation until triggering events, reducing unnecessary processing and improving system responsiveness.

A redundancy detection system parses function models into noun verb modifier relationships to identify design conflicts early in the development process.

A control processor modifies printer instructions during layer deposition to maintain structural consistency without recompiling the model file.

A processing system generates accurate unfold layouts for boundary representation CAD sheetmetal models by combining partial geometric regions.

Integrates EV models with transport simulators to compute temporal-spatial load demand based on battery state of charge.

Production log data generates timing models that synchronize component latencies, resolving behavioral inconsistency across computing environments.

A computer system aligns a transparent 3D model with a real-world object to display annotations in an augmented reality environment.

A multi-layer CAD renderer scales layers to a generated boundary polygon for precise visual and interactive alignment.

Numerical simulation predicts local mechanical properties in castings by modeling microstructures and defects.

Machine learning maps discrete catalogs to continuous spaces, resolving the contradiction between gradient-based efficiency and material selection accuracy.

A computing device merges simulated packet-based adversary data with sensor inputs to create realistic combat training simulations.

Development system uses neural networks to create customizable vehicle device solutions.

Replacing angled intersections with a smooth convex profile reduces stress concentrations and extends the lifespan of earth-working machine components.

A CAD system uses pre-computed response surface models to predict crash resistance for vehicle frame sections.

Segregates geometry and meta data into distinct structures linked by a communication protocol to resolve capacity limitations in large-scale digital mockups.

A smart building hub consolidates device control via a cloud WAMP router, eliminating separate smartphone apps.

Assigning distinct scale modes to sub-objects prevents deformation during the scaling of complex objects.

Removable intermediate pieces in a cranial orthosis shell reduce material waste by allowing cavity expansion without replacing the entire device.

An intermediary system automatically transfers structured data between specialized engineering applications, eliminating manual re-entry errors.

A computer system generates building floorplans by processing image and depth data to create optimized edge existence probability masks.

Automated spatial zone extraction transforms imprecise architectural data into unified design models for energy distribution planning.

A 2D manipulator sets typed parameters in a 3D scene via logical areas, reducing cursor travel and interaction steps.

A simulation system converts playback agents to smart agents during driving interactions.

An object data model separates component and functional constraints to streamline engineering knowledge embedding.

A positioning method uses a three-dimensional spatial model and wireless signal fingerprint database to locate user equipment within indoor environments.

A 3D model evaluation system loads CAD data and checks creation history against design rules.

Visualizing reused aircraft interior configurations reduces engineering design time.

Asymmetric stator and rotor vanes reduce reaction force to lower axial thrust, enabling shorter tool length and higher efficiency.

Design engine generates user interfaces to capture input data and formalize problem definitions for mechanical assemblies.

Multi-dimensional sound signatures capture spatial acoustic vectors, enabling rapid scene changes without complex stage machinery.

This particle-based approach captures cross-sectional and phase changes during core heating transients while avoiding mesh distortion issues common in grid methods.

Geometric data processing apparatus generates two-dimensional images from three-dimensional model data to support parts catalog production.

Reusable hierarchical asset templates streamline complex asset modeling by reducing time consumption and cost through systematic instantiation.

A heuristic algorithm generates near-optimal clinical laboratory layouts, minimizing traveling distance while satisfying physical constraints.

A machine learning system predicts organic light-emitting device properties by quantifying molecular structures and applying supervised neural network algorithms.

A method propagates corner connection elements across a 3D model by identifying topologically similar corners and copying reference data.

A wire harness designing device extracts existing structures from a track record database to present sub-harness configurations sorted by production time.

Singular value decomposition controls finite element design variables to enforce specific geometrical dimensionality in optimization.