Geometric CAD TRIZ Cases

Computer vision platform replaces manual audits to evaluate billboard compliance, reducing inspection time while maintaining measurement precision.

Automated extraction of geometric and inertial properties from solid models reduces analysis time and error rates for aircraft wing leading edge ribs.

Coupled numerical models calculate comprehensive weights to balance slope stability and pile structural safety.

Automated costing software interrogates CAD models to filter capable suppliers, eliminating manual specification submission.

A CAD method displays distances between structural elements and parallel reference lines to enable precise placement.

Automated system calculates valid and invalid zones for fire detector placement to resolve manual compliance errors and reduce expert intervention time.

A CAD interface selects a target face automatically to align input geometry along a normal direction.

A vehicle strength verification system collects chassis parameters to perform precise reinforcement calculations.

Extracts specific ply lay-up sequences from 3D models to maintain confidentiality while providing maintenance data.

Segmenting workloads between CPU and GPU enables real-time computer vision by leveraging thousands of parallel threads.

A WYSIWYG editor displays feature control frame cells with context menus in a CAD graphics area.

A project platform automates zone identification and classification using machine learning on terrain imagery.

An automated quoting system assesses CAD files to generate manufacturing cost estimates and design feedback.

Assembles partial floor plans into a consistent combined plan by minimizing deformations and tensions caused by measurement errors.

A compression model transforms high-dimensional data into a low-dimensional space to acquire target points and calculate variable changes.

A rear fuselage stagnation area creates pressure thrust to reduce aerodynamic drag, maximizing fuel efficiency without increasing vehicle design complexity.

A logical layout method partitions distribution network models into hierarchical levels to generate clear and efficient graph visualizations.

An intermediary message queue automatically synchronizes CAD incident data between PSAP stations after a successful call transfer, eliminating manual retrieval.

An automated system calculates optimal pipe size and slope using Manning's equation to meet hydraulic velocity requirements.

A computer-implemented method selects viewpoints by associating faces of a bounding volume with specific views.

A metal roofing strength test method applies load to an end portion and measures uplift amount.

A perforating gun design system optimizes hole parameters to reduce energy consumption.

Multi-scale prediction method couples macro CFD and micro RMD solvers to model hypersonic heat resistant structures.

A management apparatus calculates point coordinates to produce graphs from three-dimensional structure data.

Standard cell variations resolve real estate constraints by offering geometric alternatives that satisfy design limits without expanding the substrate.

AUGmentecture converts 3D models into AR experiences on mobile devices.

A touch screen interface generates and arranges 3D member models from measured drawings, resolving modeling precision issues in field environments.

A reservoir simulation system dynamically adjusts internal and external parameters to optimize computational performance.

Automated anchor rod drawing generation applies structural codes to create detailed design information.

Cellular automata optimize solar panel wiring configurations to eliminate manual drafting bottlenecks and ensure NEC compliance.

A data visualization system transforms construction drawings into task zones with unique identifiers to track project completion status.

Numerical simulation transfers arc-flash energy data into finite element analysis inputs for virtual switchgear design.

An AI digital assistant retrieves and consolidates data from diverse sources using vector embeddings.

HDBSCAN clusters CAD components by shape elements, eliminating manual visual recognition and reducing selection time in complex designs.

Backward interpolation of object trajectories reconstructs pre-detection paths in log data.

A generative design system integrates multi-disciplinary optimization to iteratively update 3D models with interdependent variables.

A motorized chassis uses an optical prism to reflect base station signals for precise floor coordinate alignment during automated marking.

A computer method maps identifier chains in directed acyclic graphs to substitute broken tuple references automatically.

A cognate specification server creates canonical digital representations of physical products using unified identification keys.

Segmenting ductwork into subnetworks resolves the trade-off between processing speed and association accuracy during automated BIM updates.

Segmented trajectory modeling resolves Coulomb friction contradictions, delivering accurate downhole cards.

Automated design algorithms minimize construction costs and time by reusing power poles and ducts instead of installing new infrastructure.

A control system stores usage models to analyze power plans and project performance for marine vessels.

A three-dimensional digital twin dataset models elevator systems to determine optimized control parameters for existing installations.

A multi-representational model generates independent conceptual, as-cast, and as-machined designs from a single file using specific modeling parameters.

A computerized prosthesis alignment system uses a transducer to measure socket reactions in multiple planes.

A hybrid search method selects valid states from a pre-grown tree to accelerate path planning.

Automated image processing extracts lighting data from mobile scans, eliminating manual audits while maintaining measurement accuracy.

Vertical projectors display digital cabin layouts on a planar surface at original scale, eliminating manual measurement and reducing shadow casting.