Substation Equipment TRIZ Cases

A sink device receives object information from source devices to enable direct user interaction across multiple mirrored images.

Electronic device detects search initiation from displayed message elements to retrieve related messages across multiple types.

Segmenting the SIM card socket from the antenna node and using a universal cable eliminates signal loss from long antenna cables.

A driven shield selectively blocks electromagnetic fields to prevent a capacitance sensor from detecting object capacitance on the back side of a mobile device.

A digital radio system combines an analog transceiver with a mobile terminal to decode and encode audio, image, and metadata signals.

Control circuit detects touch selection and moves most frequent contact address to finger location, reducing manual search time.

Time frame segmentation allows a wireless terminal to maintain simultaneous WLAN and WiMAX links, resolving resource conflicts between differing MAC protocols.

A virtual assistant application selects input modes from candidate image and audio types based on received signals.

A terminal device integrates transceiver circuitry to receive media content streams and remote control instructions via a single media interface.

A smart reminder system processes input text to extract entities and triggers notifications based on contextual events.

A server system filters beacon messages using user-specific criteria to selectively display relevant location data on mobile devices.

Physical key system transitions feature phones between lock and notification screens, resolving complex touch navigation bottlenecks.

Subscriber Identity Module Application Toolkit mediates access to security credentials for electronic devices.

A radio planner coordinates resource allocation across multiple radio access technologies to prevent usage conflicts and reduce design complexity.

A multi-band radio receiver architecture uses shared band-dependent components and a routing switch to consolidate signal processing chains.

A user feedback-based content distribution system dynamically adjusts delivery areas based on subscriber location and preferences.

A roller assembly uses a cam portion and shuttle to enable smooth sliding transitions between open, closed, and intermediate positions.

Segmenting a user interface into vertical layers resolves the contradiction between adding versatile device capabilities and maintaining ease of operation.

A service center assignment system reassigns mobile devices to closer support centers based on real-time location data.

Magnifies the height of a selected menu item to improve readability on small screens.

A mobile terminal divides its content list screen into distinct functional regions to execute different operations based on drag direction.

A transmission antenna system selects optimal configurations by measuring performance indicators during reduced data rate intervals.

A mobile device polls a server for theme preview images to display in a local list.

A cognitive geofence system aggregates user data to determine emotional states and create personalized boundaries.

A gateway device provides advance notifications to served devices before switching network access technologies.

Electronic device detects remote server type to generate adaptive availability status options in the calendar interface.

A wireless mobile computational system synchronizes game data with scoreboards via touch or voice inputs.

A small-cell base station selects a spectrum mode based on Reference Signal Received Power thresholds.

Automated alert notifications identify target users in group chats, resolving message visibility loss and improving delivery reliability.

Segmented deterministic refill processes maintain game board alignment while eliminating communication latency in competitive multiplayer environments.

A forced failure mode denies access regardless of password validity to increase the intruder's search space.

Dynamic interface adaptation resolves multi-card selection complexity by correlating card preferences with operational scenarios.

Dynamic presence status settings block unwanted voice and video calls to reduce user disruption while maintaining communication capability.

A heterogeneous processing architecture segments audio tasks across distinct units to handle speaker identification efficiently.

Interactive calibration dialog collects keyboard codes and display sections to ensure uniform MMI behavior across diverse mobile devices.

A fingerprint sensor under a display collects biometric data during natural device operations to simplify registration.

An on-demand retrieval mechanism queries a remote service for video capability status upon user interaction, reducing battery drain from periodic polling.

Wireless devices generate an aggregate user interface to consolidate secondary device functions into a unified display screen.

Segmenting the display allows simultaneous viewing of available tasks and executing progress, reducing time lost switching menus.

A microcontroller-controlled device interface module enables remote operation of handheld communications equipment through an out-of-band wireless link.

A processor arranges message items in a two-dimensional grid on a touchscreen display.

A communication application restructures message summaries by allowing users to reorder them to a top location within a date section of a summary pane.

Bidirectional binding links device identifiers with subscription modules, preventing unauthorized use by requiring successful verification of both components.

Separating the base band unit from the radio frequency unit resolves space constraints while enabling scalable capacity through modular networking.

A portable terminal display system manages message visibility through dynamic radio wave intensity monitoring.

A control device allocates mutually exclusive frequency bands and time slots to distinct communication protocol groups.

A dual-band input transceiver block combines separate amplification and mixing stages for 2.4 GHz and 5.0 GHz signals into a unified path.

A mobile device displays a map with alarm and emergency service icons to initiate direct communication with responding units.

A mobile terminal loads portrait or landscape display resources based on individual window dimensions.

Automated adjustment algorithm manages wireless device data services upon roaming detection to prevent unexpected subscriber charges.