Transmission Systems TRIZ Cases

A motion-tracking input system detects device movement parameters to identify character selections on small interfaces.

Dual active visitor location registers service an RF site simultaneously, eliminating data loss during infrastructure failures.

A single transmission device broadcasts identification data in multiple formats using one radio standard.

A vehicle inventory system uses passive entry antennas to transmit low-frequency challenges and receive high-frequency responses from RFID tags.

Aggregates femto cell operational data using weighted performance rules to generate alarms when service quality indicators drop below defined thresholds.

Varying electrode pair density resolves manufacturing complexity trade-offs while maintaining high measurement precision through localized capacitive sensing.

A radio station inserts a configurable time delay before selecting a second frequency channel for subsequent services.

An OAM state machine mapper translates protocol states between heterogeneous nodes to enable seamless data traffic paths.

A proxy remote system simulates key fob button presses via a mobile device to operate vehicle functions.

Interface circuit monitors buffer capacity to transmit pause requests that halt faster data transmission.

Control plane processors map planned data flows to service templates, automating port configuration to resolve manual setup complexity.

VRRP query messages allow routers to identify backup peers, resolving the difficulty of locating backup routers in redundant networks.

A data processing system dynamically adjusts cloud resources based on transmission volume to optimize computer resource usage.

Dynamic capability level adjustments resolve network reliability contradictions by maintaining application effectiveness during degraded conditions.

Path configuration messages dynamically adjust channel access parameters along a forwarding path, reducing delays and collisions for urgent communications.

A device controller separates mandatory and non-mandatory operations across distinct display screens to simplify user interaction.

A network traffic management system assigns packets to multiple queues with distinct constraints, enabling precise hierarchical control over data flow.

Counterweight mechanism balances water buoyancy to stabilize sensor positioning at the water-soil interface, enabling automated continuous monitoring.

A microcontroller module processes and stores data from a PCIe switch using UART, SPI, and GPIO ports.

Pre-assigning secondary MAC addresses allows surviving ports to assume failed port identities, eliminating ARP timeout delays.

Segmented circular buffer windows with double compare and swap operations prevent packet re-injection without traditional locks in multi-processing IP networks.

A multiband multimode selector dynamically distributes data flow requests across available frequency bands and communication modes.

Distributed packet classification reduces bandwidth consumption while maintaining measurement precision in network nodes.

Sorting and filtering round-trip times in trace data determines node locations automatically, reducing manual measurement time.

A battery powered wireless controller system transmits instructions between master and slave programmable controllers to manage hydraulic operations.

NFC-based coupling resolves signal tapping vulnerability by exchanging cryptographic keys before wireless control transmission.

Real-time sensor monitoring on adapter boards detects defects early, preventing productivity losses from unreliable testing conditions.

A mobile device system selects TCP/IP or SMS protocols for vehicle remote control result feedback based on real-time network conditions.

Dual MEMS gas meter employs an exchangeable bypass metrology unit to resolve measurement precision versus device complexity trade-offs.

A magnetic touch pen uses a rotatable second case to separate magnet groups and adjust magnetic power levels for varied input modes.

A hybrid control system uses peer-to-peer sensor nodes to generate unique identifiers and locations for scalable device management.

A bicycle control system uses a single power supply to drive multiple electric devices via wireless signals.

Segmented bitwise encryption secures meter data against falsification while maintaining compatibility with limited hardware complexity.

A smart remote carousel interface module detects user spatial position and orientation to display relevant device controls.

Automated service inference resolves management complexity by inferring services from actual traffic, enabling precise QoS guarantee.

Dynamic frequency switching resolves electromagnetic noise interference while maintaining accurate touched position detection.

Sensor device maps measurement values to channel addresses, eliminating database queries and reducing network load.

A remote control device uses the power supply network conductor as an antenna to separate radiofrequency signals from electrical power.

A provider edge node aligns unicast and multicast paths using trace messages to build congruent distribution trees.

A maintenance component embeds performance data within active voice packets to evaluate network connections without separate traffic.

A sheet power supply control module switches coin cell connections via wireless signals.

A relay station bridges communication between a mobile control device and vacuum pumps, eliminating radio interference over long distances.

A network switch maintains forwarding states during supervisor restarts to enable continuous Layer 2 data traffic flow.

A wireless device executes remote operations by interpreting TP-User-Data or TP-Protocol-Identifier fields within received text messages.

A liquid crystal display electrode uses a specific thickness ratio between conductive layers to prevent reverse taper formation during wet etching.