Geometric CAD TRIZ Cases

Physical object tokens with trackers enable real-time interaction and adjustment of textures, colors, and effects to reduce design time and cost.

Automatically determines measurement types from cursor point geometry, resolving the trade-off between inspection precision and operational convenience.

A turbine blade structural segment uses a defined frequency factor to optimize thermal and dynamic responses.

A grouting anchor bolt with a yieldable rod body absorbs deformation energy through controlled plastic movement.

Segmenting wire harnesses into common sub-harnesses reduces excess inventory and delivery delays caused by fluctuating product number demands.

A blade design method determines chord length, camber, and height using target impeller parameters.

Integrating a machine-readable 3D matrix pattern directly into additive manufactured components eliminates fragile labels and prevents tampering.

Local mesh mapping reduces computational cost by applying fine division only in specific regions while maintaining analytic precision.

Segmented lamina elements with positioning locators reduce material wastage and simplify installation of graphic designs in physical activity environments.

Label mapping in neutral files preserves topological data during CAD to CAE transfer, preventing geometric distortion and data loss.

A single CAD tool infers user intent to modify 3D geometry without explicit commands.

A trained encoder generates fixed-size shape embeddings from 3D geometry views to represent complex designs.

Neural networks partition 3D meshes into 2D patches to resolve scalability issues with high-resolution geometry.

A computational design engine maps target motion curves to mechanical sub-assemblies.

A model determination unit links cable owner information to solid models extracted from three-dimensional point group data.

A system computes disparity values from stereoscopic image pairs to generate 3D point clouds of roof structures.

Computer system determines optimal robotic total station locations using three-dimensional building models to ensure unobstructed line-of-sight access.

Centralized cloud storage of standardized design templates reduces interpretation variations among dispersed project teams, lowering production costs.

Synthesizes two-dimensional cross-sectional data with three-dimensional radar models to correct position and posture information of buried components.

A generative design system creates a global spreadsheet to connect geometric data with user models.

Iterative sizing algorithms refine structural frames to resist lateral loads.

A simulation neural network adjusts design parameters using gradient-based reward updates to generate optimized configurations.

Unified CAD tools merge detection and suppression designs to resolve complexity bottlenecks in commercial building safety planning.

Automated fatigue hot spot screening identifies stress concentrations in finite element models through targeted analysis.

A dynamic commenting system attaches text comments to specific entities within 3D design drawings.

A graph neural network translates building information models into relational graphs to generate dense vector representations.

Processor method estimates demand response potential using dynamic thermal models to calculate optimal utility incentives.

Automated triage categorizes simulation instances to flag unique results, reducing manual review time for autonomous vehicle testing data.

A generative adversarial network extracts key elements from architectural drawings to produce structural designs rapidly.

A collision check data processing method uses ID numbers to extract specific part information from generated datasets.

A computing program generates physical structure measurements by fusing image and inertial sensor data.

A broker system synchronizes design models, interface specifications, and tests through atomic updates.

A simulated internal combustion engine determines parameters for maximum expected output and stores them in the control unit memory.

Virtual deformation analysis determines precise shim dimensions to eliminate excessive thickness and reduce structure weight in joined flexible bodies.

A three-dimensional magnetic field model calculates average magnetic leakage intensity for each coil layer to determine transformer eddy current loss.

Automated bevel feature recognition module classifies V-bevel and Y-bevel geometries from 3D models for downstream manufacturing applications.

Approximate finite element analysis accelerates topology optimization by computing only necessary displacement and stress components.

Server extracts zoning restriction attributes and transmits structured data objects via API to generative architecture model software.

Rule points allow customizable operations in CAD software, resolving hard-coded parameter limitations.

A computer-based design system uses pre-defined universal built-in elements to generate compliant space plans.

Automated CAD comparison tool identifies model differences and populates discrepancy lists for engineering review.

Automated fire suppressant system design uses 3D computational fluid dynamic modeling to evaluate agent coverage and flow rates.

A computer program matches physical devices to plan records using unique device characteristics and range measurements.

A machine learning model generates a 3-D virtual image aligned with user usage patterns to create tailored digital product models.

Estimates stress intensity factors by converting three-dimensional crack data into equivalent plane crack values using energy equivalence.

Part identifiers in the model enable direct extraction of analysis results, resolving time-consuming standardization of element numbering sequences.

Segmented binary trees reduce update times by processing only necessary paths from leaf nodes to root.