Substation Remote Connection/Disconnection TRIZ Cases
- Network Presence Offload via Embedded Processor Segmentation
Segments processing between host and embedded units to maintain connectivity while reducing power consumption.
- Cable Isolation Device for Remote Network Security
A cable isolation device transitions between isolated and non-isolated states to control data transmission via the cable transmission medium.
- Timer-Based IP Change Detection for Network Wake-Up
Periodic timer wake-ups detect IP address changes to resolve network disconnection issues during power-saving modes.
- Household Appliance Wireless Settings Transfer via NFC
A household appliance control unit exchanges user setting data with a mobile device using a wireless interface.
- Configurable Test Infrastructure for Automated Network Testing
A configurable test infrastructure automates network testing sessions using programmable devices.
- ARP Response Handling for Active Router Routing
An ARP response mechanism directs replies exclusively to active routers.
- Home Gateway Group Control for Smart Device Management
A home gateway groups smart devices using control history and preset conditions to simplify user operations.
- Vehicle Network Communication Node Switch Control
A vehicle network communication node uses a switch to manage port connections between MAC and PHY layers.
- PLCA Priority Transmission Allocation in Vehicle Ethernet
Dynamic PLCA scheduling adjusts transmission opportunities based on node priority levels, resolving collision delays for emergency brake and airbag data.
- Real-Time Clock Wake-Up Adjustment for Network Maintenance
Dynamic real-time clock adjustment prevents network interruptions while reducing unnecessary power consumption from frequent wake-ups.
- PHY Device Energy Efficiency Control via Dynamic Mode Selection
A physical layer device executes energy efficient networking policies to select operational modes and reconfigure components for optimized power usage.
- Residential Gateway Standby and Wake-Up Control
A residential gateway switches between active and low consumption modes using a separate microprocessor to manage power supply.
- IoT Secure Pairing via UWB Confidence Zones
UWB sensors create confidence zones based on presence and transaction context, preventing unauthorized connections while managing system complexity.
- Network Device Duty Cycling for Power Management
Duty cycling network components by adjusting processing rates based on aggregate throughput reduces power consumption while maintaining data integrity.
- Coupling Harness Orientation Detection Logic Correction
A coupling harness captures CAN signals and applies logic correction to ensure accurate data transmission.
- Dynamic RF Presence Detection and Network Message Allocation
Time-varying allocation resolves the contradiction between presence detection reliability and network communication capacity by dynamically switching protocols.
- Mobile Device Configuration Transfer for Electronic Devices
A mobile device transmits user configuration data to an electronic device via proximity detection.
- Mobile Terminal Messenger Command Conflict Resolution
Mobile terminal manages external device commands via mobile messenger with automatic conflict resolution.
- UPnP Remote Access via SIP and TURN Relay
A UPnP apparatus uses Session Initiation Protocol packets to establish remote access channels across private networks.
- In-situ OAM Cross-Domain Forwarding via Nested Detection Options
Network devices forward service packets across domains by nesting in-situ flow detection options in outer headers, resolving single-domain limitations.
- PoE Line Loss Detection via PSE-PD Voltage Feedback
Power sourcing equipment exchanges voltage data with powered devices to calculate line power loss, identifying damaged cables and preventing safety hazards.
- Light Control System Automatic Registration via Anchor Nodes
Anchor nodes measure signal strength to calculate light device locations, eliminating manual input errors and reducing registration time.
- Adaptive Polling for SDN CPU Efficiency
Dynamic polling intervals adjust based on traffic loads to reduce CPU waste during light periods while maintaining packet processing responsiveness.
- SENT Multi-Transmission Mode ECU Port Sharing
Encoding sensor identifiers in SENT synchronization nibbles allows multiple sensors to share one ECU port, eliminating the need for additional hardware units.
- Network Node Power Mode Transition via Energy Pattern Detection
A network node detects energy patterns on a communication channel to transition between power modes.