Substation Equipment TRIZ Cases

A local network scheduler splits one function into sub-functions and assigns them to different devices for coordinated execution.

Interactive controls generated from application scenarios change state to keep content interactions simple while increasing user participation.

Dynamic microphone and audio-stream control lets multiple voice assistants share hotword access without manual switching or session interruptions.

Visual prompts tied to apparatus identification signals encourage terminal software installation while simplifying wireless connection setup.

A generated control app unifies commands from another device to simplify cross-device application control and reduce multi-device operation complexity.

Motorized extension, retraction, and rotation let a hidden smartphone camera adapt framing and subject tracking without fixed-position limits.

Paired analog and digital channel switching extends communication range while avoiding the delay and echo problems of digital-only radio use.

Progressive touch expansion reveals notification details and actions in place, avoiding app jumps, CPU load, and interface clutter.

Adaptive lock management interfaces detect keypad or short-range features to simplify setup, cut taps, and reduce battery drain.

Focus status and defocus values trigger camera switching without a ranging component, improving close-range image clarity and lowering hardware cost.

A vertical domain service process opens secondary app functions inside a primary app, shortening interaction paths and reducing power use.

A master device links to a slave camera to share and adjust live multi-angle images, extending video call capture without extra hardware.

Motion detected from headsets or wearables is mapped to preset audio materials, adding interactive effects and more immersive 3D sound.

Focus status and VCM codes estimate shooting distance, enabling automatic camera switching without ranging hardware to avoid blur at close range.

Comparable-account AI predicts future resource transfers and sends timely GUI alerts while reducing real-time computational burden.

A dual-sub-screen hovering layout shows camera options and live preview in parallel, reducing switching steps on foldable displays.

A transfer station and dragged object format simplify cross-app and cross-device data sharing without app adaptation or extra steps.

Cross-checking IP-based and voice-device locations improves user identity scoring and helps limit fraud in online transactions.

Touch-and-hold duration adapts to actual function use, cutting wait time for frequent actions while reducing accidental activation.

A seven-element lens assembly uses folded optical paths and refractive power tuning to balance image quality, aperture, and compact size.

Folding angle detection lets a foldable device trigger remote camera control requests automatically, reducing setup effort and distance-use friction.

A shared RF cable also carries the wake-up control signal, cutting vehicle harness complexity while preserving mobile link quality.

Hinge-mounted rotating wings shield foldable display edges from debris and user interference while reducing parts and assembly cost.

Device motion captured during face authentication is checked against expected movement patterns to detect spoofed biometric data.

Button press duration detected on an external device enables faster wearable pairing and timed battery charging with less onboard complexity.

A protruding-recessed fold layout shifts drop impact to stronger parts, reducing screen breakage in large portable displays.

An elastic protection member in the hinge plate absorbs external force and height differences to protect the flexible display during repeated folding.

Keeps wallpaper foreground features consistent while varying backgrounds, balancing visual variety with interface consistency and user appeal.

Audit data, geolocation, and barcode tagging optimize crop-area sampling while preserving traceability from field collection to lab results.

Visual positioning centers the front camera lens in the middle-frame hole, cutting gap size and black edge while simplifying assembly.

A unified interface brings scattered images, videos, and audio into one preview workspace for faster clipping, sorting, and duplicate cleanup.

A startup page surfaces interrupted content and saved progress for one-tap resume while keeping promotion content visible.

A notification viewing interface sends control instructions to the source system, enabling flexible message handling when a mobile terminal is unavailable.

A two-level split-screen camera interface uses a foldable hover state to speed mode switching while keeping real-time preview visible.

Narrow side-frame limiting surfaces secure the flexible display while reducing foldable thickness, edge blocking, and touch interference.

A unified gallery interface lets one device preview and manage albums on other devices while preserving access control during switching and disconnection.

Bluetooth pairing lets the earphone case detect smartphone separation and trigger alerts without requiring any extra anti-loss hardware.

Differentiated photosensor areas and light-blocking openings balance reflected color, front visibility, and rear sensor light reception.

Apertured metal-plastic bracket layout cuts camera module height while preserving strength, shielding electronics, and improving imaging quality.

Candidate addressee data from a server helps target one user in a shared communication terminal while preserving accurate voice or text delivery.

Infrared LEDs in a smartphone case let head-worn AR/VR devices track pose and use phone motion and touch as controller input.

Mutual-capacitance sensing in the touch layer detects fold angle accurately without Hall or A+G sensors, saving space, cost, and power.

NFC-based device association automates smart switch registration and scenario setup, cutting app steps and user learning effort.

A water-based topcoat with zirconium dioxide nanoparticles improves device housing hardness to resist scratching and peeling with lower VOCs.

Wearable sensor data lets a UE detect when a user is driving and trigger Do Not Disturb to cut distractions without heavy local processing.

Foreground objects are temporarily hidden so users can swipe through media and update wake and home screen backgrounds with fewer inputs and less effort.

Protrusions in the display protective film and a tilting dust cover maintain clearance at the hinge to reduce folding stress and peeling.

Combining smartphone image recognition with laser time-of-flight measurement improves golf target distance accuracy without bulky separate modules.

A touchscreen locks breathing apparatus group controls when state criteria are met, preventing unauthorized changes during emergency response.

Ambient sensing and ML infer user state to suggest or auto-run assistant tasks, cutting explicit inputs, delay, and resource use.