Transmission Systems TRIZ Cases

Distributed logic storage in wireless sensors and actuators enables mobile programming without qualified electricians.

A capacitive position sensor uses a single electrode layer to detect object location across two dimensions.

A multi-network wireless mobile gateway detects nearby data loggers via low energy radio proximity signals and retrieves stored sensor readings.

A track pad input device transmits raw sensor signals to a host computer for analysis by its central processing unit.

An auxiliary computing device dynamically changes its operational state to serve as a companion display or remote control based on proximity and docking status.

Dynamic flow redistribution balances effective demand densities across network paths to resolve congestion and improve resource utilization efficiency.

Extracts header and digest data from PCAP files at edge sites to resolve geographical isolation of network traffic logs.

A network device monitors packet receipt from redundant sources sharing one address to switch active streams upon failure.

Core routers switch traffic to protector access routers by replacing nominal VPN labels with backup labels in MPLS packets.

Electronic control unit receives wireless signals to regulate tractor power output, eliminating manual throttling trips between equipment.

Compound TCP segments connections into logical streams with loss and delay algorithms to boost bandwidth utilization while maintaining fairness.

A wireless device accumulates operation signals in nonvolatile storage and compares them against reference information to permit transmission.

Selective voltage application cancels parasitic capacitance interference, enabling high-resolution touch detection.

Segmented forwarding tables allow the routing controller to copy address data before reboot, preventing packet loss without dual memory storage.

Dummy circuit patterns buffer printing friction to eliminate line width defects in touch window wiring.

A master electronic device coordinates group control commands across multiple connected devices through a dedicated communication unit and controller.

Inductive circuit detects portable device information to configure vehicle wireless control signals, resolving manual setup complexity.

A compute node determines a pacing algorithm based on measured roundtrip time delay to manage network packet transmissions across distributed regions.

A portable game machine computes a display position offset from the detected finger contact point on the touch panel screen.

Parallel capacitor banks in the acquisition stage reduce integrated circuit area and operational instability caused by large feedback capacitors.

A remote control device captures a matrix code displayed by an electronic device to decode configuration information.

A handheld device identifies appliance codes using a discrimination table that orders instruction codes by hit rate.

Code-point signaling in data unit headers indicates ongoing communication abortion, reducing transmission disruptions and saving channel capacity.

Active devices exchange unique identity information through Bidirectional Forwarding Detection sessions to determine operational priority.

Test device transmits data with determined channel quality to evaluate transmission modes in wireless devices.

A torque wrench integrates a marking member for visual bolt identification.

Calculates traffic-weighted downtime across segmented network subsets to resolve inaccuracy from uniform distribution assumptions.

A control plane adjusts an oversubscription factor based on measured forwarding plane utilization to optimize bandwidth allocation.

Index table maps sequence bits to retry buffer addresses, skipping nullified packets to save bandwidth.

A bandwidth monitoring device calculates violation probability to determine packet dropping decisions.

Autonomous communication nodes switch between operating modes to conserve energy while maintaining network accessibility.

A dog training device uses a perception input module to detect grip strength and generate multi-grade vibration output signals.

A computer-implemented method sorts electromigration failure data points by time to failure and applies iterative log-normal distribution fitting to separate multiple defect modes.

A network analysis system calculates health metrics to identify infrastructure problems within specific domains.

A multihomed host assigns source addresses to data packets and dispatches them through associated default gateways.

A portable storage medium carries personal settings to foreign consumer electronics devices.

A layer 2 switch processes layer 4 information to manage end-to-end flow control, reducing head of line blocking and improving network reliability.

Probe-based tunnel endpoints maintain separate compression contexts to preserve packet reliability despite bandwidth constraints.

An integrated circuit bridges separate local networks by switching protocols, eliminating internet routing delays.

Node B allocates first and second UE-IDs to control uplink data transmission rates via absolute grants.

A capacitive touch sensor assembly replaces mechanical switches with a flexible electrode film and printed circuit board to detect user input.

Bidirectional wireless communication links power tools and battery packs to share condition data, eliminating manual tracking of multiple devices.

A network interface controller uses multiple cores to scale message rates.

Forward and backward ant packets update routing tables via pheromone values, resolving single-path bottlenecks.

PE routers pre-configure designated forwarder ordering to enable fast failover in multi-homed Ethernet virtual private networks.

Extending FLOWSPEC objects with fractional bit fields prevents overflow and accuracy loss during high-traffic Gbps or Tbps reservations.

GARP frame propagation configures MIP nodes automatically, preventing misconfiguration errors and OAM frame leakage between domains.