Devices With Sensor TRIZ Cases

A tilted glance sensor adjacent to a front camera captures depth metadata to enable non-contact user authentication.

A mobile terminal grip sensor executes select-all functions on displayed visual information items.

A fingerprint sensor uses a microlens array to focus light onto photodiode groups.

A proximity sensor adjusts iris sensor activation based on object distance to prevent eye damage from high-intensity light.

Segmented housing components enable precise alignment of a nested camera array, resolving device complexity while maintaining structural durability.

Segmented diamond layers enable sensor integration in display glass, resolving high manufacturing costs while maintaining optical transparency.

Magnetic segmentation allows two modules to combine for simultaneous data and voice services while maintaining independent usability.

A mobile electronic device reduces vibration intensity when multiple independent detection regions sense simultaneous user touch.

A dual-function light guide conveys ambient light to a sensor while delivering backlight illumination.

A flexible display method adjusts application windows based on physical states to maintain effective viewing areas.

Segmented hole structure accommodates electronic module movement within foldable display assemblies.

A light shielding member blocks stray optical signals between an LED and image sensor, resolving interference that degrades fingerprint image definition.

Metal antenna radiator detects user proximity via capacitance changes amplified by a dedicated signal processing circuit.

An EMG sensor ring detects hand muscle signals to enable keyless input, eliminating physical keys and reducing device volume.

An adaptive safety alerting system processes sensor data to assess proximity risks, preventing accidents through real-time hazard detection.

A sensor detects audio accessory positions to trigger processor-based signal equalization.

A station detects portable electronic device vibrations to generate audible alerts.

A mobile terminal controller divides the display into regions to show multiple application screens simultaneously.

An inertial measurement unit detects device motion to transmit position changes for computer cursor control.

A touch-sensitive device detects finger movements to scroll lists and scale electronic documents on a display.

Time-sharing control merges separate camera interfaces into one shared path, resolving the contradiction between high image quality and board space constraints.

A cellular device uses accelerometer and tilt sensors to detect ear displacement and automatically toggle between earpiece and speakerphone modes.

Context-dependent gesture recognition pairs device movements with location data to prevent accidental commands in challenging environments.

An accelerometer detects device movement state to direct NFC data transfer, resolving accuracy versus complexity trade-offs.

A mobile device interface initiates a predetermined lag time after call selection to allow user reversion before execution.

A terminal detects coupled case position using magnetic sensors to adjust functionality automatically.

A modular SIM card integrates a gas sensing chip and permeable waterproof membrane into the device slot.

Side sensors detect operation position on handheld device body to display adaptive interface, resolving large screen one-handed operation inconvenience.

A contact list management system computes reachability values from usage data to sort entries by predicted accessibility.

Dynamic brightness range switching resolves visibility contradictions in high ambient light while preserving manual control flexibility.

A display panel uses oblique plane mirrors to redirect light from a via hole into a rear sensor camera opening.

An angular filter with microlenses directs light to an organic photodiode sensor, resolving trade-offs between screen transparency and measurement precision.

Mobile device sensors passively monitor user characteristics to identify potential stroke symptoms through automated testing protocols.

A user terminal light control apparatus detects environmental parameters near a charging interface to activate auxiliary lighting.

Segmentation separates the display from the main unit, using RF links to transfer data when sensors detect physical separation.

A cover with a transparent window enables gesture-based interaction, resolving the contradiction between device protection and user interface accessibility.

Iterative connection attempts using broadcast control channel allocation lists reduce roaming costs while ensuring reliable communication.

An actuator adjusts wearable band tightness based on sensor data, resolving the trade-off between user comfort and reliable physiological signal collection.

A mobile device automatically switches call modes using acceleration and proximity sensors to detect user position.

Segmenting the curved edge into regions with distinct radii resolves manufacturing precision conflicts while maintaining aesthetic surface geometry.

Segmented sensor units monitor chemical concentrations throughout the supply chain, resolving complexity trade-offs while ensuring product safety.

A mobile terminal transmits content to a television by flicking a displayed icon on its touch screen.

Automated diagnosis compares sensor-measured actuator responses to reference signals, eliminating manual operation errors and reducing assessment time.

Motion sensor timing synchronizes notifications across mobile and wearable devices, eliminating redundant alerts caused by independent generation.

Sensors on flexible displays convert bending states into electric signals, enabling controllers to output visual effects that prevent damage from over-bending.

Positioning an infrared sensor below the display screen with a light blocking element resolves interference issues and improves device reliability.

Garment uses sensor feedback to assess rider immobility after a crash, triggering emergency calls only when necessary to prevent false alarms.

A UCaaS platform routes communications using velocity-based presence detection from mobile device sensors.