Transmission Systems TRIZ Cases

Routes critical communications through a secondary wireless link when primary network connectivity is disrupted, maintaining service continuity.

An input device calculates inclination data from captured marker images to rotate displayed objects on a screen.

Protrusion parts between electrode patterns prevent conductive particle accumulation that causes short circuits at intersections.

A scheduler component dynamically assigns packets to available flow queues using a dedicated flow table.

A proximity and touch detector system enables intuitive image selection on display surfaces.

A load balancer selects target hosts using queued packet information to direct network traffic efficiently.

A communication apparatus calculates frame length concurrently with preamble transmission to enable efficient packet combining.

A cable modem termination system polls subscriber modems to detect downstream frequencies and construct a hybrid fiber-coaxial topology map.

An audio device notifies portable players of actuation compatibility to enable seamless control integration.

Telnet resource adapter discretizes continuous streams for J2EE servers, eliminating infrastructure redundancy across heterogeneous client protocols.

A multi-channel radio transmitter uses a microprocessor to dynamically adjust active channels for environment protection devices.

A wireless player unit embedded within a polycarbonate chest protector shield delivers visual or vibratory signals to baseball catchers.

Neighboring nodes notify Long Distance Neighbors of failures to reduce route search complexity from O(N) to O(1).

A secondary Bluetooth radio module enables remote access point management through a dedicated wireless channel.

Master processors check slave readiness before transmission, preventing data loss and dropped packets without requiring acknowledgment messages.

An electromagnetic brake assembly paired with a strain gauge measures power output while an adjustable axle accommodates varying wheel diameters.

Round-robin scheduling enables simultaneous control of multiple lighting fixtures by cycling through short connection time slices.

A meshed shield conductor with opening portions connects to lower layer electrodes via contact holes to reduce mechanical strain.

Hardware circuit arrangement regulates laser output power using a monitor photodiode and feedback loop to reduce software processing burden.

A receiving device assigns a remote control to a special mode to exit standby and access music channels directly.

A token bucket mechanism tracks non-CIR packet counts to prevent unfair excess bandwidth usage while reducing system complexity and transmission latency.

Route analysis system evaluates transit delay metrics to identify optimal network paths, managing congestion that disrupts time alignment accuracy.

Capacitor sensor touch screens enable device-to-device communication through the human body using existing circuitry.

A power tool controller transmits settable operating parameters to an external device via near-field communication.

A core network element routes data to an access network element using group identification information.

Master base station coordinates secondary network measurement configuration with the secondary base station to enable user equipment inter-frequency measurements.

Extending the delivery timer prevents timeout errors during multi-domain paging while conserving network resources.

A remote control management server converts command messages between heterogeneous portable terminals.

Embedded sounding packets enable MAC-layer channel estimation and antenna selection, eliminating explicit training overhead in MIMO WLANs.

A control device determines a target controlled device by calculating signal received strength ratios across direct and multipath transmission modes.

Head-end nodes execute a shared algorithm to compute paths for rerouted tunnels.

Direct peer-to-peer data transmission bypasses unreliable internet connections to ensure continuous synchronization and editing capabilities.

Hierarchical multi-rate policer discards lower precedence packets to preserve higher priority traffic quality.

Actuator calculates intermediate control values via interpolation to smooth adjustment profiles and resolve clock frequency discontinuities.

Segmenting token tracking into independent accumulators prevents negative limit clipping and cumulative rate measuring errors during jumbo packet scheduling.

Segmenting monitoring into distributed probes resolves memory constraints while capturing precise convergence timing and packet reordering metrics.

A portable electrical diagnostic device acquires energy consumption data via current transformer connectors.

A latency analysis system segments total latency into components and generates variable combinations for study classes.

An unmanned trajectory tracer moves within a deformable coupling pipeline to measure lateral deformation of landslide masses.

Systems infer switch port connectivity for unmanaged devices by pruning IP-to-port maps from operational data, resolving the lack of direct SNMP access.

A bandwidth manager apportions memory resources according to power profiles and combines isochronous data transmissions.

Manual deactivation of the radio module prevents unauthorized access and reduces energy consumption in switching apparatuses.

Two-level scheduling distributes target Rise over Thermal among user equipment, reducing scheduler complexity while maintaining precise cell load control.

A router traffic control apparatus classifies packets and adjusts token generation rates using real-time resource monitoring to prevent congestion.

A vaporizer power assembly uses a radio frequency interface to receive presence indication requests and emit audio or light signals.

A gateway device transmits control data via multiple radio interfaces to integrate diverse electrical appliances.

An access control module manages user authority by linking proximity detection to a defined control period, resolving multi-user conflicts.

Portable device wirelessly receives identification signals and displays a map with icons corresponding to controllable devices, reducing commissioning time.