Fixed Station Waveguides Transmission Systems TRIZ Cases

Composite alumina ceramic waveguides reduce signal attenuation and mechanical fragility in high-frequency printed circuit board interconnects.

Electromagnetic coupling taps extract signals from a single coaxial line, reducing cabling complexity and improving water tightness in large sonar arrays.

Embedded deep wells and through-substrate vias mitigate cross-talk between co-existing high-speed transceiver chains, improving signal integrity.

Intermediate conversion assembly separates signal conversion from connectors, extending communication distance while reducing system complexity.

Coupling an RF transmitter to existing in-building wiring extends coverage and improves signal strength without adding new cabling or access points.

A guided wave communication system redirects data to backup links upon detecting wire surface disturbances.

Couplers guide electromagnetic waves along wires to reduce signal loss and increase bandwidth capability.

A waveguide connector uses a metallic tube with an internal dielectric substance to transmit high-frequency signals between devices.

A Bayesian inference model predicts object physical states using wireless signal characteristics received by antennas.

A dielectric antenna collar aligns a waveguide port to a feed point for guided electromagnetic transmission.

Electromagnetic waves propagate along the outer surface of a transmission medium without an electrical return path.

A dielectric waveguide coupler couples electromagnetic waves to a single wire transmission medium via asymmetric modes.

Heating systems mitigate environmental disturbances on guided wave propagation, reducing signal loss in small cell networks.

A communication system transmits triggering data over low latency skywave links to coordinate high bandwidth command streams.

A spectrum management processor switches to alternate RF channels using HF and multi-band antennas.

A guided wave communication system routes electromagnetic signals along transmission media without electrical return paths.

Guided wave communication systems reduce propagation loss and increase bandwidth capacity by confining energy within dielectric structures.

Patterned slots in a transparent conductive film reduce impedance mismatch, enabling mmWave signals to penetrate glass windows effectively.

Embedding electronic modules in a dielectric waveguide eliminates air interfaces, reducing signal power loss and assembly complexity.

Inside member openings create a pseudo waveguide space that enables reliable wireless communication within a compact housing.

A guided wave communication system directs electromagnetic waves along a transmission medium to maintain signal integrity.

A printed circuit in uniplanar technology forms a single radiofrequency power divider block with one input and three output channels.

Polyphase waveguide probes minimize reflection via complex Brewster angle illumination, enabling efficient guided surface wave propagation over long distances.

A dielectric waveguide coupler couples electromagnetic waves to wire surfaces for guided communication.

A dielectric waveguide coupler couples electromagnetic waves to a single wire transmission medium via asymmetric modes.

Branching unit segments long submarine branches with repeaters to maintain signal quality while avoiding high voltage exposure on remote platforms.

A planar antenna induces guided electromagnetic waves bound to a transmission medium, enabling high bandwidth data transmission without electrical return paths.

A launcher generates guided electromagnetic waves bound to a transmission medium without an electrical return path.

Decentralized software distribution through small cell nodes reduces propagation loss and resolves bandwidth coverage contradictions in wireless infrastructure.

A guided wave repeater extracts and amplifies channel signals bound to a transmission medium.

Absorber surrounds coupling device to induce electromagnetic waves on transmission media without electrical return paths.

Support structure keeps flexible antenna circuit board flat to prevent deformation-induced radiation characteristic changes.

A power conversion system shares control status among devices via a secondary communication line to enable automatic recovery.

A transmission device couples electromagnetic waves to a wire surface using mode division multiplexing for guided propagation.

A dielectric waveguide coupler couples electromagnetic waves to a transmission medium to propagate as surface waves along the outer circumference.

A dielectric waveguide coupler channels signals along wires to boost bandwidth without adding infrastructure complexity.