Antenna Equipments With Additional Functions TRIZ Cases

Orthogonal patch and monopole polarizations preserve antenna isolation in multi-band modules, reducing interference and supporting stable MIMO links.

Polygonal shaft-worm positioning and rack-driven linkage reduce assembly tolerance effects for accurate remote electrical tilt adjustment.

Angled palm fronds and adjustable mounts hide multiple antenna arrays on a monopalm while preserving a convincing palm tree appearance.

A coplanar-waveguide feeding part built into the display layer improves frequency signal radiation without adding mounting space or thickness.

Subwavelength metasurface units replace bulky curved optics to steer, focus, and control electromagnetic waves in integrated antennas.

Phase correction through feeding-line data shifts noise-induced false targets to specific angles outside the detection area.

A multiplexed heat sink doubles as an antenna radiator, easing 5G antenna crowding while preserving heat dissipation and isolation.

Local digitization and storage at short-connected RF receivers handle broadband aperture data for high-resolution RF image reconstruction.

Short RF links and local digitization at the receiver preserve broadband signal quality for high-resolution RF image reconstruction.

A conductive thin-film reflector stays effective when bent, enabling strong radio-wave reflection on curved or uneven building surfaces.

Cooling fins double as the antenna radiator to save edge space, improve coupling efficiency, and cover WLAN bands near laptop cooling hardware.

Integrated MU-MAS radioheads in daisy-chained cable networks simplify dense wireless deployment, avoid permit-heavy installs, and keep coverage discreet.

Embedding antennas in a solar cell’s photovoltaic layer reduces conductive housing interference while preserving wireless signal performance.

A stepped encapsulant with a non-coplanar edge reduces singulation cracking and shielding over-plating while preserving antenna radiation.

Daisy-chained small radioheads use DIDO-based virtual radios to boost dense wireless coverage while easing installation and permit constraints.

By turning the housing into an antenna, this case adds Bluetooth or Wi-Fi links without a separate antenna or extra device complexity.

Small daisy-chained radioheads improve dense wireless coverage while easing antenna placement, interference, and aesthetic permitting constraints.

Local RF digitization and buffering handle broadband data rates, enabling high-resolution RF imaging without tight phase sync.

A decoated grid in a solar-control glazing coating forms a dual-band RF pass filter, improving signal transmission while limiting heat buildup.

Stacked dielectric blocks and an internal feed pattern boost mmWave antenna gain and bandwidth in compact mobile modules.

Slots in a metal exterior create millimeter-wave paths that cut reflection and preserve antenna gain with orthogonal dual-polarized transmission.

Antenna openings in the photovoltaic layer maintain wireless signal quality while conductive housings and bezels preserve strength and appearance.

Adjustable metal structures and RF pins simplify cavity filter tuning and assembly while preserving 5G antenna module filtering performance.

Combining heatsink fins with monopole antenna elements improves heat dissipation and RF radiation in compact computing devices.

A modular small cell housing integrates into streetlights and poles to expand coverage while preserving urban aesthetics and thermal performance.

Multiple sub-band phase shifters and switching avoid slow Tfall relaxation, speeding array antenna beam scanning and phase changes.

A single conductive patch combines antenna and touch sensing to limit body interference while preserving RF radiation efficiency.

Asymmetrical ground and non-uniform auxiliary conductors shrink slow-wave lines while preserving delay, impedance, and low-loss phase shifting.

A wearable frequency selective surface enables passive and active RF signaling for covert identification and location without user assembly.

Adjustable slot antenna orientation improves radiation and signal decoupling in a lighting module without complicating the housing.

Nested MIMO antennas use asymmetric radiators to reduce interference between beam patterns, improving side lobe characteristics without increasing antenna size.