CAD Customisation/Personalisation TRIZ Cases

A computational modeling system processes digital medical device and patient anatomical data to execute structural simulations.

A printed layer light transport model generates manufacturing instructions by combining calibrated color and luminance layers with bi-directional reflectance functions.

A CAD tool generates a configuration status register block containing only user-selected runtime features to minimize silicon area.

A computer-implemented system generates 3D eyeglasses frames by processing wearer and frame parameters against geometric constraints.

A garment design generation system uses photogrammetric body modeling to create customized clothing patterns from user photographs.

A product shape design method uses finite element analysis to calculate contact pressure between a virtual subject and the product.

A customized power delivery network eliminates hotspots by dividing the initial layout into sections and adjusting current handling capacity.

A web portal system customizes adaptive peripheral fit components through additive manufacturing using user interface inputs.

Custom in-fill patterns orient support members relative to part surfaces, reducing weight while maintaining structural integrity.

AI-driven manufacturing system determines optimal 3D multi-planar semiconductor shapes for enhanced surface area yield.

Earphone housing integrates complex sound paths via 3D printing to eliminate tube resonance and simplify assembly.

A CAD system interfaces with third-party computing systems to generate user-specific object recommendations.

A computing device overlaps designed images on virtual merchandise to enable direct element editing.

A computer aided design system enables flexible user customization of physical articles through real time rendering and dynamic permission management.

Photogrammetry captures patient surface contours to design custom orthopedic braces with modular components, reducing sedation needs during pediatric treatment.

A mobile application guides clinicians to capture aligned limb images using visual overlays and inertial sensors for accurate custom orthopedic device specifications.

A cloud system automates structural document design and finishing to reduce labor costs.

Automated shaping replaces manual grinding to eliminate material waste and canal damage while maintaining precise fit.

A computational system designs patient-specific orthopedic implants using digital imaging data to match individual anatomy.

A customization framework generates controller simulation models from component libraries to validate system architectures.

Style grammars guide generative design platforms to maintain key visual aspects while satisfying physical constraints, reducing manual manipulation time.

Finite element analysis of 3D scan data predicts earpiece fit quality, reducing development time and manufacturing costs while ensuring user comfort.

Structural directives enforce symmetry and redundancy on batch-routed layouts, resolving the trade-off between automation speed and manual design precision.

Method simplifies laborious design by merging 2D pattern making with 3D visualization to eliminate physical sample creation.

A digital upholstery model simulates mechanical cushioning properties to determine a loading index for selecting suitable seat cushions.

A variable stiffness structure generates customized insoles by mapping personal pressure data to specific thickness attributes.

An object design system filters functionalities and masks details to enable efficient customization of industrial automation configurations.

Noninvasive optical scanning replaces invasive molds to capture breast anatomy, enabling precise 3D printed nipples that reduce discomfort and nipple confusion.

Segmenting side walls into typed parts with connection rules resolves the trade-off between user freedom and structural adherence.

A machine learning model generates personalized jewelry designs from user preferences via a graphical interface.

A vehicle design system extracts parallel data from secured confidential documents to map customer attributes for optimized feature selection.

A computer method selects spatial relations graphs using Key Performance Indicator values to generate virtual 3D room proposals.

A design support system highlights specific elements within a 3D model to streamline the examination of manufacturing conditions.

Segmented simulation modules evaluate millions of design options via distributed computing, reducing evaluation time and cost.

A multi-project chip design segments units to share common resources among orderers.

A static compensating device modulates ion beams using varying thickness elements to achieve homogeneous dose distribution.

A design system uses hierarchical coordinate systems to automate machining position calculations for custom furniture parts.

A modeling system generates customized assistive tools using 3D body imaging and pre-learned fit analysis models for precise virtual simulation.

A computing system calculates solar panel layouts aligned with roof seams to streamline installation workflows.

Virtual farm simulations analyze server load and response times to automate optimal resource allocation, reducing multi-expert configuration complexity.

Virtual indicia replace physical pins, reducing model creation complexity while integrating complex infrastructure information.

A computer-aided design system uses customizable templates to populate product images with user-selected content.

An integrated IoT development tool generates device, client app, and cloud API profiles from a single configuration interface.

A 3D object manipulation platform executes API tasks to render and price parametric models via a dedicated scripting language.

A simulation system injects defect models into analog circuit netlists to identify specific fault nodes.

Vector line manipulation adjusts garment edges on a body model, resolving the trade-off between detailed customization and complex menu navigation.