Transmission Systems TRIZ Cases

A trainable transceiver unit integrates into a vehicle mirror assembly to consolidate control of multiple remote electronic devices.

A rollable display unrolls via a driving unit to expand the viewing area.

A telecommunications method establishes secure communication between a mobile terminal and a central unit to execute remote equipment control commands.

A mobile device collects field sensor data and transmits it wirelessly to control electronics, eliminating manual entry errors.

Microprocessor control logic reprograms stimulation parameters to resolve the contradiction between device complexity and ease of operation.

A mobile terminal mirrors user interface items to external devices for seamless touch-based control.

Resource control functions allocate new paths when backups are unavailable, maintaining uninterrupted data flow.

Active signal detection determines path loss using existing communication channels, eliminating the need for dedicated frequency resources.

A bandwidth sensing module evaluates network link parameters to adjust data rates, preventing packet drops during congestion.

A central controller monitors real-time traffic statistics and iteratively updates shaper parameters to achieve global rate targets and fairness.

A full-duplex wireless voice apparatus uses ZigBee modules to enable simultaneous two-way communication between emitting and receiving devices.

A bandwidth controller manages data transfer rates by allocating resources to active applications based on user-defined priority levels.

A battery monitoring device uses non-contact electromagnetic communication between detection and mounting units.

Calculating pseudo-routes from overlapping software entries stabilizes hardware routing tables and reduces latency.

A shortest path bridge selects root paths using minimum or maximum bridge identifiers to generate symmetric network topologies.

Adjusting data rate controlling parameters mitigates hidden node interference and ensures fair resource allocation among devices.

Multi-frequency signal sampling isolates stylus signals from user finger noise, improving detection precision without increasing hardware complexity.

A control apparatus calculates communication delay time between transmission and reply signals to adjust the transmission interval.

Forward reports from endpoints enable routers to re-route packets around congestion, resolving information loss without adding device complexity.

A network monitoring system detects unwanted loops by comparing real-time traffic flows against stored steady state data patterns.

Internal VLAN bridging eliminates external Ethernet switches, reducing equipment costs and single points of failure while maintaining network reliability.

Capacitive coupling surfaces transmit high-frequency differential signals through point-symmetrical circular segments.

Circular home screen arrangement resolves interface complexity by enabling intuitive multi-device control through rotational navigation.

Controlled devices transmit change notifications with source identifiers to update remote parameter values.

A Bluetooth remote control device transmits prompt messages to initiate connection parameter updates based on mode switches.

A pivotable Time-of-Flight sensor adjusts its orientation to detect objects within specific distance ranges.

Classifies encrypted traffic by extracting statistical features like average and mode packet sizes, resolving accuracy issues caused by random port numbers.

A turn rule assigns unique switch identifiers to restrict packet routing paths, while virtual channels allow controlled violations for flexible flow.

A lock screen interface displays playback controls for selected wireless audio devices without requiring device unlocking.

A compact tracking device uses a crescent-shaped PCB to encircle the battery, reducing overall thickness while housing sensors and wireless transmitters.

Aggregate data comparison detects changed RFID tags, reducing bandwidth consumption and read cycle time in dense environments.

Processor evaluates detected orientation against predetermined tilting ranges to correct operator errors on uneven surfaces.

An optical distance measurer in a remote control adjusts audio amplification based on user proximity, resolving voice command clarity issues.

A sensor event assessor controller combines multi-channel electronic signals into a single output stream.

Aerial vehicles transmit radio coverage data to network nodes, enabling flight path optimization that reduces interference and radio link failures.

A discontinuous chain of resistances equalizes voltage across series electrodes to generate a uniform electrical field.

A communications hub integrates a non-metallic plug and antenna to relay sensor data from fire hydrants.

Imposes temporal delays on acknowledgment packets to throttle TCP throughput and prevent intermediate buffer overflow during congestion.

A communication path monitoring system partitions network links into subsets tested across staggered intervals to maintain comprehensive coverage.

A mobile telephone application controls vehicle locking and ignition systems using standard radio frequencies.

Capacitive touch screen panels integrate routing wires and electrode connection patterns on a single layer to reduce mask process steps.

A wireless utility network platform selects routes using battery charge impact and ambient noise levels to enhance data transmission efficiency.

A wireless management system selects frequency bands based on communication states to optimize data transmission.

High-rate pulse transmission with multi-valued coding minimizes power dissipation while avoiding periodic radio interference.

A digitizer interface adjusts control behavior based on applied pressure magnitude.

Path computation clients negotiate security capabilities with path computation elements using extended protocol packets, eliminating static configuration complexity.

A network congestion control method uses route cost metrics to selectively discard packets during queue overload.

Multiplane architecture segments queues to resolve complexity trade-offs, enabling differentiated service levels while migrating policies across servers.