Substation Remote Connection/Disconnection TRIZ Cases

Local controller transitions data interface components between active and reduced power states based on activity history to minimize transition times.

A fabric controller manages network link power states based on real-time telemetry data to adjust bandwidth allocation dynamically.

Sequential wake-up of packet transmission circuits reduces idle power dissipation by activating layers only during required process time periods.

A low power active idle transmission mode reduces energy consumption during inter-packet gaps in Ethernet networks.

A master interrupts DC voltage on a wire pair to signal a slave into sleep mode, disabling the data path.

Query telegram routing detects subscribers and reduces telegram runtime in large automation networks.

A DLNA device stores scenario selection and playback state information to manage multiple media streams simultaneously.

A computer device reads its network chip ID code to select an optimal packet format type for remote wake-up signaling.

Ingress nodes segment SRv6 segment lists into single-hop and multi-hop structures to determine next-hop devices without nested decoding.

A modular electronic device detects appliance resistance values to determine its operational mode and transmit sensing data.

A home appliance diagnostic system converts product information into sound signals for remote fault analysis.

Flag parameters in the Provisioning Content Document streamline configuration by resolving template complexity and varying parameter requirements.

A DSL transmitter enters a low power state by sending clock synchronization signals during specific intervals and applying zero voltage during others.

Segmenting display output into multiple views resolves the contradiction between reducing porting effort and maintaining usability on small screens.

Adjustable link layer timers compensate for propagation delays in extended cables, preventing system instability during high traffic.

On-vehicle control device identifies update targets via external communication unit in power-saving mode, avoiding unnecessary wake-ups and battery drain.

Power source equipment detects backup input to control lighting consumption.

A reduced symbol rate training signal transitions a network transceiver from low power mode to an awake state.

A tablet terminal switches to local control device data when server connectivity is lost.

A gateway manages local network power by detecting supply sources and equipment consumption levels to adjust energy distribution dynamically.

Segmenting hardware and network modules reduces development costs by allowing universal hardware verification across multiple fieldbus systems.

Segmented control agents dynamically configure firewall and routing parameters, eliminating centralized bottlenecks that increase latency.

A control apparatus aggregates data from multiple remote base stations to present them as a single network element.

Self-powered portable nodes create a temporary wireless mesh, enabling HVAC equipment communication without permanent infrastructure.

Master node transmits tailored start conditions to slave nodes via communication bus for dynamic wake-up state transitions.

A transaction merging system adjusts its merge window size based on real-time transmission conditions to optimize data grouping.

A vehicle ECU dynamically assesses communication necessity to stop data transmission during non-essential states.

A CAN transceiver adjusts output impedance based on logic zero duration to optimize signal integrity.

A vehicle network management apparatus selectively powers electronic control units using scene-based relay logic to optimize standby energy usage.

Network entity categorizes MTC features to apply distinct access control mechanisms based on activation status and subscription data.

An Ethernet switch routes wake-up signals to specific controllers via determined routing ports.

Nodes exchange ping messages to detect active states, allowing concurrent startup without creating conflicting single-node clusters.

Slave devices request synchronization data from a master unit using audio codec clocks to reduce inter-channel time differences below 100 microseconds.

A switch control mechanism places under-utilized network links in standby mode to conserve energy.

A CAN fuzzing apparatus identifies target identifiers and generates messages by inputting preset values into unused fields.

Port number mapping enables one-to-one repeater management without adding hardware complexity or changing existing device structures.

A host speaker broadcasts audio data to multiple satellite speakers, creating a unified wireless sound system.

A data converter bridges legacy emergency equipment to cloud APIs using a thin script.

A power supply controller monitors input data buffers to manage voltage states across processing sections.

A chatting screen interface enables batch control of multiple electric devices through natural language commands.

A network link breaker uses solid-state switches to shunt differential pairs through resistors.

A smart lock controller sends a wake-up command to activate the radio connection for user authentication.

Dual-homed proxy nodes synchronize Segment Routing Headers using a new bypass SID, preventing transmission failures when primary nodes fail.

A hardware monitoring device detects network and power loss to trigger tampering alarms on electronic devices.

Enhanced NAV systems convey bandwidth and duration data to resolve interference conflicts while improving spectrum efficiency.

A hybrid internet protocol connection uses a shared address across primary and secondary paths to simplify network edge configuration.

Pre-configured timer and counter values in data packets enable automatic re-transmission during node switching, reducing packet loss rates.

Segmenting the bus allows decoupling one subscriber while a second maintains addressing accuracy and prevents stability loss.