Substation Equipment TRIZ Cases

A mobile message delivery system evaluates geographic and time constraints to schedule notifications.

A dynamic toolbar generates context-specific icons to streamline mobile interface interactions.

A wireless device filters inbound communications by geographical proximity using GPS and cellular triangulation to identify local senders.

A terminal displays a shortcut window containing application objects on the current screen to enable direct access.

A telecommunications device establishes a contactless link with a portable security element to receive specific data for identifier generation.

A patient communication device routes messages to skilled personnel based on detected urgency levels.

A response management method analyzes communication history to select relevant addresses for initiating contact.

A web-based interface emulates mobile device messaging operations to display text message responses within a browser graphic.

Segmented control screens resolve command confusion while enabling simultaneous multi-application management.

A lock screen notification presents distinct icons for application launch and accompanying data viewing on a touchscreen display.

Scans installed mobile applications against a rewards database to generate targeted notifications, resolving user unawareness of available incentives.

Unified message display merges inbox and outbox entries by phone number to resolve the difficulty of tracking conversation history across separate screens.

A non-real time call mechanism sends requests without forcible ringing to enable convenient response.

A server-based system propagates read status updates to multiple user devices for consistent message tracking.

Rotating and sliding plates adjust the support angle to keep the display flat, reducing stress on the foldable panel during movement.

A mobile phone display module rotates and slides along parallel slots via pivotally connected support arms.

A communication terminal device displays an overhead screen to overview all windows, resolving selection difficulties on small mobile screens.

A wireless headset system uses beacon signals to select optimal access points for seamless connectivity.

Offsetting the local oscillator frequency reduces interference from high power signals between carrier clusters in non-contiguous carrier aggregation.

A server processes user policy files to filter menu items, resolving ordering errors and dietary conflicts.

System uses audio transmission to transfer limited-use keys between appliances, resolving credential exposure risks during voice-initiated payments.

A receiver selects specific antenna configurations to determine channel quality measures for wireless communication.

A mobile terminal categorizes touch inputs by area to execute distinct functions.

This integrated receiver merges FM and mobile functions into shared components, reducing device size and power consumption compared to separate processing units.

A computing system reorganizes graphical representations based on usage signals to optimize interface layout.

Electronic coupling device manages radio module activation and inhibition within a mobile terminal housing.

A lock screen platform pre-downloads media content using network and consumption monitoring to enable offline access.

A gateway entity bridges packet-switched radio networks and mobile stations to route short messaging service traffic.

A system selects image portions based on client device properties to transmit only necessary data.

A personalized prediction system generates suggested characters based on message context and user history to reduce manual typing effort.

A camera module housing a movable lens assembly secured by magnetic forces resolves the trade-off between image quality and device size.

Mobile device USB hubs connect external devices directly to memory media, bypassing the processor to resolve speed and bandwidth contradictions.

A cellular site image capture application enables photo features only after location-based authentication.

A video phone extracts recipient images from call recordings to register them in the address book.

Hinged flaps and a sliding shield obscure sensors on a smartphone, preventing unauthorized surveillance while maintaining device operation.

Unified muting signals from a network terminal eliminate manual device management and prevent background noise interference during calls.

Base station computes spatial decoders to align D2D transmissions, mitigating interference on shared LTE resources.

A network node processes incoming messages by matching them against predefined patterns stored in a configuration database.

Replacing mechanical buttons with a side display interface resolves the conflict between adding screen real estate and maintaining easy volume access.

Magnetic components in folding terminal portions attract or repel to assist opening, resolving one-handed operation difficulties caused by narrow gaps.

Segmented keyboard panels distribute keys across the screen to resolve one-handed accessibility conflicts with central content visibility.

Capacitive network coupling circuits isolate IC card emulation and reader/writer modes, reducing cascaded effects during transitions.

Piezoresistive resistors form directly inside the semiconductor active layer to eliminate glue assembly steps and prevent detachment during device drops.

Context-aware mobile systems automatically install relevant location-based service applications to eliminate manual user management.

A terminal moves icons directly between display areas using dedicated control boxes to streamline user interaction.

A radio accessory pairs with a mobile device to enhance communication capabilities through shared or separate power sources.

MDM segmentation restricts application access while preserving local user control over non-critical functions.

A single browser icon automatically selects the correct transport based on domain characteristics.

A portable terminal uses proximity detection to request and display additional map information near the detected object position.