Substation Equipment TRIZ Cases

Wide-angle cameras need long shutter travel in limited width; alternating four-pole magnets guide the slider while preserving compact packaging.

A compressed elastic portion between split supports reinforces the folding area while preserving foldability under pressure.

This case shows how touch-sensitive devices learn interaction patterns to dynamically reorder heavy-press menu options.

This case uses user marks to switch icon positions across desktops, reducing the complexity and time of manual dragging.

This display window uses segmented patterns and opening portions to absorb impact while limiting crack generation and propagation.

A recommendation identifier surfaces preferred and subscribed media on the interface, reducing navigation across themes and singers.

Connection-aware volume controls simplify sharing audio across two external devices, reducing user effort and conserving battery power.

Mobile processing renders notification images for constrained devices, saving battery power.

A MURI update operation replaces the Unified Radio Application without full de-installation while preserving configuration parameters.

A flexible substrate, light-transmitting TFT areas, and back-plate opening route light to in-display modules without enlarging the bezel.

A surrounding intermediate area and laser-formed openings help protect display elements from moisture and foreign substance intrusion.

This case uses lower roughness in folding regions and laser-cut recessed portions to reduce surface damage during repeated folding.

A mobile sub-application detects device location and delivers area-specific content without requiring users to visit a website.

A bendable support member and parallel support bars help flexible displays fold reliably while distributing stress away from the screen.

A foldable display support part uses varied through-hole patterns to distribute stress, smooth bending, and limit rebound forces.

This case uses multitask window selection and unified sharing control to prevent unintended app-content leakage.

Portable sensors measure airflow pollutants and share localized data through mobile and cloud platforms for timely alerts.

This case uses a dedicated split-screen area for desktop icons, letting users launch new applications without exiting multitasking.

Posture detection switches foldable-screen cameras and previews automatically.

Selectable 16-, 24-, and 32-bit modes adjust recording gain for changing sound levels, reducing clipping and preserving quiet signals.

This case shifts function storage from NFC tags to a display database while remote control relays Wi-Fi connection information.

A two-region notification bar places quick-access icons beside messages, improving landscape layout use without leaving the current app.

This case uses per-contact permissions and dynamic controls to limit network access while preserving communication utility.

Electrostatic adhesion mounts a selfie camera for remote previews, wider subject coverage, and simpler social sharing.

A two-segment rotating body preserves slide engagement while supporting the floating plate in an unfolded foldable terminal.

A segmented digitizer layout places modules across support plates, enabling smooth folding without display-module separation.

NFC-enabled mobile remotes identify objects, update interfaces, and provide feedback while control authority is shared.

A GUI keyboard feature searches cloud documents inside email and sends a URL or attachment, reducing switching time and resource use.

A device manager server links user and device IDs so mobile devices pair with remote monitors without hubs or separate protocols.

A speaker projects distorted noise into a microphone to protect privacy, then switches to undistorted audio for intentional commands.

This case links phone numbers to privacy-compliant devices, enabling one-click audio and video calling across home, vehicle, and 5G devices.

This case uses binning and re-mosaicing in a multi-cell camera sensor to preserve resolution during zoom without multiple cameras.

This case combines a transparent display area with image processing to capture external scenes while removing internal scenes.

This case uses video association, editing, and switch buttons to simplify navigation between original and associated videos.

This case uses stacked and tiled cards with sliding gestures to improve leftmost home-screen space use and information access.

DSDA and DSDS UEs consolidate temporary and permanent DDS recommendations to avoid excessive switching and unresolved states.

A centralized platform analyzes recipient actions to enforce text preferences across networks and flag non-compliant senders.

This case integrates transaction initiation, payment processing, and access-credential entry into a keyboard used within messaging apps.

This case combines text and graphics in one message package, with automatic selection based on content and recipient data.

Accelerometers, gyroscopes, and precise thresholds reduce false detections without complex magnetic layouts.

Sliding gestures reveal additional app slots, while temporary card enlargement preserves the original home screen layout.

An authentication server issues reusable tokens so widgets can retrieve diverse content efficiently and refresh invalid tokens.

Periodic ultrasonic pulses from existing speakers and echo processing provide proximity sensing without a dedicated infrared sensor area.

Touch intensity, gestures, and rotary input adapt calendar screen transitions for faster, more controlled navigation.

This display substrate uses localized convex barrier walls to lengthen crack paths and protect encapsulation after punching.

Adaptive strategy selection matches multimedia processing to changing environments.

The prediction engine analyzes user behavior and installed apps. It displays likely choices before search input, simplifying mobile access.

A curated app-view set combines preselected and recently opened applications to reduce navigation time, effort, and battery use.

Segmented flexible and rigid displays balance portable phone forms with expanded tablet viewing through planar connections.

Score-based feedback controls help users flag non-interest videos with targeted reasons and fewer unnecessary interactions.