Drawing From Basic Elements TRIZ Cases

A view-in-the-ground indicator displays left-right position and orientation data using distinguishable needles for multiple underground lines.

A computing system processes video stimuli to generate machine learning predictions of traffic entity behavior.

Segmented modules in a two-dimensional grid allow users to scale the control surface incrementally, avoiding costly full system replacements.

Scatter graphs map predictor indices to coordinates, enabling administrators to monitor accuracy degradation across many targets without individual checks.

Universal instant messaging application uses community-specific configuration files to maintain unique service interfaces on mobile devices.

A graph generation apparatus overlays past and new line graphs using gradual transparency to facilitate visual comparison of historical data.

A computing system objectifies data records into simulated physical objects with tangible properties like mass and shape.

A budget meter system generates graphical representations of hierarchical financial data to track income and expenses.

A dashboard system dynamically identifies and positions interface widgets to highlight critical performance data for users.

Novel 3D object markup file formats store persistent metadata alongside graphical data, resolving the loss of information in standard USD-compatible workflows.

A dotplot transforms sequential data into visual matches to detect linear relationships.

A 3D data visualization system plots multi-attribute information as points in n-dimensional space for intuitive navigation.

Interactive heatmaps visualize application and hardware performance data on a shared time scale for instant anomaly detection.

A client-side animation system uses spline curves and phase space dynamics to render interactive objects on mobile devices.

Video display system coordinates spatiotemporal data replay with synchronized map and pie chart graphical representations.

Processor adjusts graph display mode to differentiate measurement intervals via color tone changes on limited screens.

A sample analyzer detects scattered light and fluorescence from urine particles to identify bacterial types.

A chart display device blends aerial photographs and chart layers using variable transparency values based on pixel data.

Touch-sensitive screens capture handwritten math notation to resolve input inefficiency and enable seamless teacher-student collaboration.

Segmented graphic displays visualize processor usage and application group assignments to resolve multiprocessor load balance monitoring difficulties.

Adjusting perpendicular ribs prevents skeletal stroke folding on curved paths with small radii.

Hierarchical tree diagrams arrange direct and indirect owner nodes spatially to resolve complexity in capitalization table analysis.

A faceted browsing interface renders multiple data subsets through hierarchical visual alignment.

Mesh-based line deformations reduce memory storage and processing requirements while enhancing resolution for realistic character animations.

A document system toggles between extracted text segments and source images based on user selection or quality metrics.

An integrated interface merges a calendar and graph component to automatically update pricing data, reducing manual travel planning effort.

A security monitoring system analyzes domain name access counts and registration ages to identify suspicious activity patterns.

Dynamic gesture interpretation adapts touch inputs to specific modes, resolving ambiguity in scrolling versus selecting data points.

Hierarchical glyph scaffolds assign visual features to multiple data fields, reducing user cognitive burden while maintaining comprehensive analysis.

A freeform deformation system manipulates 3-D models through interactive curve drawing and multitouch gestures.

Segmented radial display navigates complex multiway graphs by showing grandchild polygons in circular areas to prevent visual overload.

A graphic processing unit renders strokes using point primitives within a redraw region to optimize memory usage.

Pixel bar charts resolve information loss by encoding data distribution, patterns, and exceptions within single bars using color and position.

A graph display apparatus synchronizes dot intervals with scale intervals to align trace pointer coordinates with axis scales.

Visualization generation system provides interactive components representing resource data relationships.

Software generates tentative connecting lines between graphical shapes based on spatial proximity.

A terminal device generates identification patterns by transforming character images into layered contour structures.

Segmented measurement approach reduces Shmoo plot generation time by nearly 80 percent while maintaining operation region accuracy.

A virtual golf course simulation system calculates maintenance costs and resource consumption for various course components.

A data embedding apparatus deforms line segments or curves based on bit strings to encode information within graphic patterns.

System merges manual sketching with automated analysis to resolve the trade-off between freedom of expression and data representation accuracy.

Minimizes maximum vertical distance to extract optimal salient points, resolving incomplete feature representation in dense graph simplification.

Server computer system tracks user interactions with software platform accounts to aggregate feature usage metrics.

A system generates alignment paths matching glyph geometry using parametric values.

ISO-Inversion and ISO-Contrast charts map gray scale inversion and contrast ratio changes at non-ideal viewing angles.

An intermediary software layer maps user drawings to 3D subsurface structures, resolving the trade-off between visualization versatility and operational ease.

Metabrushes replicate paint strokes via noise applications to create proxy geometry, resolving the trade-off between surface conformity and stylistic variety.

System combines logical and neural network groupings to reposition features, resolving the trade-off between detection accuracy and model interpretability.

Tree spacing structure dynamically positions nodes along a focus line, preserving context and relationships during large dataset exploration.

A virtual map system updates tile loading status based on a distance parameter relative to a central area.