Transmission Systems TRIZ Cases

Flexible capacitive sensor detects shear and normal forces via aperture-patterned dielectric capacitance changes.

Segments simultaneous finger contacts into individually tracked digit events, resolving ambiguity in multi-touch input.

A communication device measures relay periods and adjusts transmission timing to stabilize data transfer intervals.

Distance sensors detect user proximity to dynamically adjust virtual image display size, preventing clipping when users move closer or too far.

Rotating annular bearing flanges enable maintenance-free energy and data transfer without mechanical wear.

A Service Admission Path Control mechanism manages bandwidth allocation across network layers.

A remote control device detects communication angles to automatically register external display devices.

A mobile HMI system uses locating means to verify device position before enabling automation operations.

A mobility server manages call state during network transitions between VoIP and cellular links.

Segmented modules reduce interface complexity and training time by enabling operation-specific layouts.

A binary health check request builder generates protocol-agnostic network diagnostics without programming expertise.

Two acoustic sensors calculate finger position via wave dispersion timing, resolving the trade-off between measurement precision and device complexity.

A routing protocol selects candidate paths based on flow counts and measured performance to distribute elastic traffic across multiple network links.

A multicast fast reroute mechanism switches receivers to pre-established backup paths upon primary failure detection.

TCP/SN scheduled network ensures zero packet drops and immunity to denial-of-service attacks through dedicated virtual circuits.

A proximity server determines the closest media proxy using round trip time queries to optimize assignment.

A switch constructs notification messages about blocking states to suppress flooding traffic.

An automated interface actuator device presses control panel buttons and captures display images via a mobile device.

Segmenting packet flows allows parallel processing to match traffic profiles accurately while maintaining real-time Quality of Service.

Dual Ethernet ports transmit identical traffic streams to enable automatic protection switching between working and standby interfaces.

A centralized controller manages multi-vendor switches using unified protocols to identify optimal forwarding paths.

A resource allocation method for mobile wireless networks identifies commonly overlapped allocatable areas between transmitting and receiving nodes.

Mutual identification display on the pump and controller screens prevents incorrect device pairing while maintaining remote control convenience.

Dual-homing protection delays switchover until the primary router issues a ready message after updating its routing table.

Timeout checker circuits compare frame timestamps against global counters to resolve congestion from stalled frames.

Drive-sense circuits transmit electrical signals through test container electrodes to detect changes in cellular electrical characteristics.

Independent radio access and core network parameters manage quality of service without additional signaling overhead.

Segmenting statistics memory into multiple columns reduces hash collisions, allowing accurate traffic accumulation as unique flow counts approach capacity.

A centralized network management server selects label switched paths using dynamic link weights derived from digitized performance data.

A queue-based flow control mechanism counts cells by priority and source chip to generate back pressure signals.

Classifying touch panel sensors into numbered groups enables efficient initial point filtering through structured data recording.

Integrates a shield film directly onto a flexible digitizer sensor board using semiconductor processes to form a multifunctional module.

Devices reserve QoS resources before session setup and switch between required and preferred modes to maintain reliability when network conditions vary.

A compact wireless crane remote control features a lateral open space for intuitive joystick operation.

Series-connected concentric coils superimpose magnetic fields across galvanic barriers, resolving isolation speed trade-offs in motor vehicle electronics.

Autonegotiation stalls to measure cable length, enabling the selection of appropriate Ethernet modes like 200BASE-T and 400BASE-T for efficient communication.

Mobile terminal executes embedded control commands to wirelessly synchronize external device functions with displayed content.

A message server extracts visual data from voice messages to display instant previews on a communication device.

A universal wireless trainable transceiver unit enables bidirectional communication with remote devices through integrated interface functionality.

Global timing signal synchronizes sampling clocks across wireless patient monitors for aligned physiological data.

A network policy interface directs user devices to local area networks with lower loads.

An ASIC detects connection faults and triggers protection switching in under 50 ms, bypassing slow CPU-based interrupt handling.

Integrated 802.1p and 802.1Q QoS switch processes data at gigabit speeds within a single IP telephone chip.

A communication control device switches operation signals between receiving devices to enable smooth operator transitions.

Direct pushback messages bypass load balancers to prevent cascade failures during network overload.

Impedance measurement distinguishes physical disconnections from power interruptions, enabling accurate network status tracking.

A dynamically allocated interface adjusts bandwidth based on internal and external packet memory congestion states.

Pre-establishing alternative routes prevents packet loss and reduces capacity requirements during connection restoration.

Delegating vehicle control to a wearable electronic device via wireless pairing resolves the contradiction between ease of operation and device complexity.