Substation Equipment TRIZ Cases

Real-time equipment tracking, OR layout planning, and targeted troubleshooting alerts are unified to reduce communication gaps in medical environments.

A server-verified visual connection identifier enables secure device sharing without passwords, network address exposure, or dedicated apps.

Directional swipes aligned with on-screen function labels let users switch camera modes faster with fewer memorization errors.

A unified multimedia preview interface brings images, videos, and audio into one app to speed material search and batch sorting.

Segmented media artifacts and attribute-based manifests improve mobile content installation reliability while tailoring delivery to device and subscriber needs.

Unread notifications are reclassified so important messages replace unimportant ones in the drop-down bar, reducing clutter and user effort.

Filtered destination lists on a user device simplify elevator calls by showing only permitted and relevant floors for faster selection.

Staggered overlapping holders compress multi-camera packaging to save device space while supporting sealing, stability, and heat dissipation.

Oblique light guides shift transmit and receive paths under the cover glass to cut reflection noise and widen infrared distance detection range.

A one-message SMS or voice ordering flow removes app download, login, and account setup while enabling accurate transaction fulfillment.

A dual-camera setup captures still and moving image content from one input, reducing repeated user actions while managing processing in parallel.

Differential spacer heights and a barrier film improve foldable display impact resistance without sacrificing flexibility.

Elastic elements press paired swing arms against pivotal sections to create friction torque that holds a hinge securely at any angle.

Edge-network virtual CPUs, GPUs, and storage let smartphones offload heavy apps with lower latency, less device hardware, and lower cost.

A hot-zone drag gesture reveals compatible app icons, letting users send text or images across apps without manual copy and paste.

Arrayed elongated and through holes strengthen foldable screen bend regions against pressing while preserving bending and extending service life.

Text feature analysis triggers fullscreen recommendations only in suitable book sections, improving exposure while limiting reading disruption.

A mobile device renders apps and multimedia for external displays, adding network access, easier updates, and lower bandwidth demand.

A swing-arm hinge creates flare-shaped clearance around the fold to prevent screen squeezing and extend flexible display life.

Object identifiers let users open the right file by device or user, avoiding shared viewing-history searches across one account.

A heat transfer member routed through hollow hinge parts improves cooling while limiting hinge thickness and deformation during rotation.

Thin-film encapsulation, partition walls, and laser-formed openings protect display opening areas from moisture and foreign substances.

Hot-zone selection based on app split-screen support keeps animation on the same layer, reducing display code complexity and maintenance.

A movable first lens unit switches between imaging and retracted states, preserving wide-aperture image quality while thinning the camera module.

Near field communication links a detected device to a preset control scenario, cutting setup steps and speeding smart home configuration.

A cloud server uses sharing policies and device status to pick target devices and automate cross-account data transfer without manual connection.

Automatic Q&A interface elements let streamers collect structured audience responses without repeated queries or losing relevant comments in chat noise.

Multiple communication devices compare nearby audio to identify a disturbing sound source and trigger playback reduction or user alerts.

Automatic media capture in designated locations cuts user input, processing load, storage use, and battery drain on electronic devices.

Embedded format conversion in the sharing interface removes separate app steps and shows converted file sharing options immediately.

A removable camera module nested within the display housing expands active screen area, reduces bezels, and preserves optical volume.

Status data lets a projected screen hide bars in step with the source device, preserving immersive display during screen mirroring.

Overlapping graphic layers are flattened in real time so users can preview the final cut or formed design and avoid costly redesigns.

A label-based virtual group syncs real-time topic messages to selected contacts, avoiding repeated manual forwarding and delay.

Double-layer protrusions on the sealing ring increase friction and compression to prevent loosening and water leakage after repeated assembly.

A segmented shielding member with a limiting structure preserves foldable device appearance by preventing side cover disengagement and warping.

When repeated sensory setting changes are detected, preconfigured profiles are applied across apps to reduce distractions for sensitive users.

Multiple time sections and location conditions cut unnecessary alerts, improving scheduling efficiency with context-aware notification delivery.

Context triggers such as location, device distance, and calendar events switch privilege modes automatically and restore default access when conditions end.

Sensor-driven ambient state inference lets an assistant suggest or auto-perform routine actions, cutting explicit inputs and interaction time.

Extending the common electrode into the frame region redirects electrostatic buildup and prevents bright-line ESD defects in narrow-bezel touch displays.

A new zoom ratio is applied to earlier preview frame data with cropping and camera switching to cut visible FOV lag during phone zoom.

An isolation pad on the hinge support sheet prevents rubbing and impact, reducing abnormal folding noise and display damage.

Dividing a foldable external screen into a larger display zone and a camera zone improves content visibility and screen utilization.

Virtual electrodes and RC circuits on a flexible board condition noise signals so the touch driver can subtract interference and improve sensing reliability.

Metadata-driven rendering lets native mobile apps personalize views at runtime while preserving platform consistency, performance, and security.

Historical dual-connectivity status and NR coverage checks keep 5G and 4G icons aligned with actual NSA network status while reducing icon switching.

Wireless action detection switches auditory device presets automatically, removing repeated audio setting changes for calls, music, and video.

Physical camera and microphone covers use rotating upper and lower sections to prevent accidental sensor activation while fitting different smartphones.

A mobile list component expands and reorganizes task columns into one view, avoiding lateral scrolling and reducing entry errors.