Transmission Systems TRIZ Cases

Optical lens system projects virtual screen image into space enabling touch interaction without physical display reducing occupied area.

A differential pressure transmitter adjusts sampling periods based on damping settings to accelerate measurement calculations.

A mobile terminal sense area in the task bar blocks screen information transmission during remote control sessions.

A laser barcode scanner integrates light source and photodiode on one circuit board to simplify assembly.

A pseudo network interface layer translates standard internet socket requests into cluster-specific packets for diverse hardware.

A user device identifies a DRX wakeup interval to perform a preferred network scan while maintaining a 4G connected state.

A network FIFO architecture using sender and receiver buffers to manage asynchronous data transfer efficiently.

A network device allocates connection resources using a waitlist mechanism to support multiple simultaneous data sessions.

A base station allocates dedicated uplink resources to mobile terminals during idle mode.

A RAN entity evaluates sector load and enlarges tracking areas or modifies border sectors to alleviate congestion caused by frequent tracking area updates.

A data transfer system transmits reduced file versions over low-speed networks to conserve bandwidth.

Quantile-digest structures compress out-of-order tuples, reducing computational resources while maintaining accuracy for time-decayed aggregates.

Virtual queue segmentation isolates congestion from non-congested flows, preventing backpressure waste and conserving enqueue bandwidth.

A routing method segments network graphs to identify SRLG-disjoint paths with minimal administrative costs.

A mobile terminal detects user gestures and transmits operation instructions to a display device via wireless connection.

A network device identifies upstream transmitters exceeding guaranteed service rates and sends flow control messages to throttle their traffic.

Patsnap Eureka TRIZ analysis shows input port flow rate control prevents output buffer overflow, reducing packet delay below 400 packets.

A vehicle control system selects messages based on priority to actuate the vehicle.

A remote control device renders adaptive user interfaces received from a target television terminal through automated capability negotiation.

Control components automatically pair wireless remotes via unique ID verification, resolving manual synchronization bottlenecks while maintaining security.

Segmented virtual memory regions enable source-specific backpressure signals that prevent traffic starvation while maintaining fast path performance.

A remote control device dynamically switches user interfaces based on the active application context.

A home network QoS manager reserves bandwidth in virtual private networks using traffic specifications and path characteristics.

Segmenting physical and proxy queues differentiates transient from sustained network congestion, resolving inefficiencies in large time constant protocols.

Virtual destination addresses resolve scalability bottlenecks by enabling efficient internal switching and routing across multiple plug-in units.

A first device translates remote control button values to operate a second device without infrared learning.

A crescent-shaped printed circuit board wraps a battery to minimize device thickness while housing sensors and transceivers.

A network parser operates in repeat mode to execute rules without reloading instructions.

A packet loss analyzer distinguishes congestion from channel lossyness to adjust transmission rates.

Dynamic network selection based on aircraft state inputs optimizes data link routing, reducing recurring costs from varying message delivery rates.

A cloud-based telecontrol arrangement translates diverse field device protocols into standardized data streams.

A terminal device reads display identification from an NFC tag in a remote control to initiate a Miracast connection.

Automatic icon positioning on a floor plan eliminates manual input errors while maintaining accurate device registration.

A coexistence manager allocates wireless spectrum resources across heterogeneous networks using real-time spectral data.

A wireless device selects communication modules to match site conditions.

A non-intrusive video quality assessment system extracts frame rate and encoded data size from packet sequences to generate estimated Mean Opinion Scores.

Nodes compare sensor data to group equivalent readings, designating one proxy per group to transmit, which reduces communication volume and collection time.

Network resource provisioning system instantiates cooperating domain resources to maintain application availability.

A wearable wireless transmitter synchronizes with a vehicle receiver to enable hands-free movement of order picking trucks.

Segmented antennas on rotating compactor rollers maintain reliable wireless links despite distance variations during rotation.

A quadrature signal receiver processes unsynchronized stylus signals using a synchronized oscillator to enable concurrent touch and input tracking.

A relay station determines service packet processing order using stored delay information to satisfy quality of service requirements.

A performance monitoring system allocates signal quality characterizations to define continuous time intervals and generates records for each interval.

A transmission system diversifies packet data across wireless and power-line networks using media-time coding mechanisms.

A transmitting device distributes channel tuning information independently from IP multicast signals using a service area tuning list.

Portable network device bridges safety and first responder systems to manage bandwidth allocation and prevent data loss during emergencies.

A node client element generates packets with unique identifiers to measure per-node packet loss in a wireless network.

Segmented touch subsystem enables remote media control while display remains inhibited, resolving the contradiction between battery life and operational ease.

Segmented lighting zones adjust brightness and color per user activity, resolving multi-user preference conflicts without manual input.