Substation Equipment TRIZ Cases

A concealed voice-activated wearable sends emergency alerts and GPS updates while a separate alarm deters attackers even if it is removed.

A magnesium alloy support member replaces heavier or added thermal layers to improve foldable display heat dissipation and folding reliability.

By starting transition animation after the next interface is drawn, tap response delay drops by about half a Vsync period.

Signal-triggered audio buffering preserves muted call content during packet loss and returns requested information to the remote device.

Service-specific device pages simplify output selection across music, video, and broadcast playback while managing multi-device IoT complexity.

A mobile device acts as a rendering gateway for web and multimedia apps, extending network access to host displays while limiting bandwidth use.

A sliding rail and flexible shell shift the fold position to spread cyclic stress and prevent breakage in flexible screens.

Real-time camera overlays guide users to align a mobile device with a target device, reducing positioning errors in short-range communication.

Dynamic lock-access interfaces show only supported features like express mode or PIN entry, cutting setup time, battery use, and user effort.

A single-line floating banner at the top or bottom of a full-screen window cuts visual interference while keeping notification details and actions accessible.

Location, user traits, and display privacy levels are combined to deliver relevant messages across public, semi-public, and private screens.

A hidden hinge connection inside the body walls preserves rotation, frees more area for the flexible screen, and keeps the foldable form neat.

Widgets are generated from drag, press, or slide actions on movable controls, making home-screen additions more predictable and user-specific.

An active app embeds store UI to install a referenced app without opening the app store, cutting processor, memory, and battery use.

Mobile phone location and elapsed travel speed are checked against transaction location to flag fraud and improve access authentication.

Guided track slots and movable connectors stabilize a trifold hinge, reducing display squeezing and pulling while keeping the mechanism thin.

Selective icon updates let an electronic device move only chosen app icons between pages, improving layout flexibility without refreshing all icons.

Instant messaging detects phone number change messages and updates address book contacts with fewer manual copy-paste steps.

A mobile terminal switches from portrait multi-window view to landscape full-screen playback, then restores the original layout to avoid interference.

A tray icon organizes multiple apps in preset layouts, enabling smooth output when a flexible mobile display expands or contracts.

Nearby devices lower volume when a high-priority call is detected, reducing audio interference and keeping meetings uninterrupted.

Capability exchange lets electronic devices detect RCS, SMS, or MMS support in advance, improving message usability when reception state is unknown.

Uses UWB labels, direction sensing, and an annotation device to pop up IoT control windows without adding UWB chips to each device.

Configurable UI elements are stored and synchronized across devices, reducing repeated setup while preserving each user's preferred menu layout.

Nearby devices are ranked by type, availability, and user context so actions and content move to the most suitable screen with less manual selection.

Automatic layer flattening gives real-time design preview while preserving editable visual layers for accurate cutting or forming output.

One camera input captures still and moving images together, then outputs separate image contents in different display regions.

A map interface turns latitude, longitude, and radius inputs into phone number queries, cutting repeated searches while showing results in geographic context.

A two-step interface uses platform and object identifiers to find files quickly in shared multi-device viewing histories.

Scenario-based folders group app icons with service widgets, reducing desktop clutter while enabling swipe browsing, pinning, and quick access.

An upper-layer embedded window exposes app tasks and function pages without interrupting the current application, reducing page navigation.

Elements are grouped into concentric display circles and shown in timed sequence to improve interface transition animation and user experience.

Delays spoiler-prone message display until the recipient reaches the tagged content moment, preserving fast sharing without disrupting viewing.

Pre-set user languages and contact-based caption selection cut manual switching delays and improve multilingual call transcription accuracy.

Third-party acknowledgment gates ambient call initiation, reducing misuse while preserving privacy and transparency in mission-critical communications.

A shaped support layer engaged with a rotating shaft spreads bending stress to reduce screen creases and panel damage during size switching.

Visual policy blocks let XR users modify context-aware rules around objects, improving adaptation to changing environments and preferences.

Local anchors and co-located user detection let electronic eyewear share and edit AR objects in real time with nearby collaborators.

Edge banner alerts, pop-ups, and pending summaries reduce notification disruption on small touch displays while preserving event visibility.

Timing-controlled IR multiplexing lets one light source handle TOF and proximity sensing, cutting component count and saving device space.

Switching between device albums enables flexible multimedia access while handling disconnections to protect data and keep previews usable.

Subwavelength convex structures create a gradient refractive index that cuts normal and oblique light reflection, reducing ghost and flare.

A zero-level sensor and piezo actuator keep the tip position stable, enabling precise force and depth measurement with low inertia.

AI-tailored light patterns and hues replace disruptive alerts, helping users receive relevant requests with less sensory saturation.

Visible function labels let users swipe toward the target camera mode, speeding selection while reducing direction-memory errors.

Shared floating diffusion and switchable full-resolution or merged readout help one image sensor balance bright-scene detail with low-light SNR.

Preview windows tied to app icons surface relevant notification content faster, reducing search time in crowded notification bars.

Push notifications let clients accept or reschedule auto-dialed calls, improving trust, response rates, and scheduling efficiency.

Integrated home screen search highlights an app's location with paths, cues, and misspelling correction to speed navigation without added clutter.

Real-time hotspot mapping organizes interest-based gatherings with current location and host details, making discovery faster and more reliable.

A multi-board architecture distributes RF antenna streams across separate L1 and L2 processing boards to reduce resource consumption.

Bit fields replace verbose lists to reduce message size and enable timely load balancing decisions at border MSCs.

A multi-beam-shaping structure uses a single drive unit to control multiple mechanical interfaces for antenna beam adjustment.

A touchscreen interface centers zoom operations on a user-selected point to resize content precisely.

An algorithm segments contacts by location and temporal data to resolve navigation bottlenecks in large lists, reducing manual effort.

A downlink MAP message structure indicates MIMO technology and precoding parameters to support multiple antenna schemes.

Segmenting brand startup animations into preloaded static and downloaded dynamic SVG portions reduces bandwidth consumption while maintaining display accuracy.

A mobile device processor suppresses voice assist alerts when connected to non-user-specific audio playback devices.