Wave Based Measurement Systems TRIZ Cases

See how a switchable dual-air-duct system adapts laser radar cooling between UAV flight and gro

See how a time-of-flight sensor detects utensil presence, movement, and liquid levels to preven

See how electromagnetic induction wirelessly heats conductive films on sensor optics to melt ic

See how segmented heating and cooling elements maintain temperature uniformity across optical e

See how parallel beamforming samples displacements across locations at each time to isolate wav

A protective gas flow shields the THz beam path from humidity and air turbulence, improving measurement precision at longer working distances.

Rotating Risley prisms and optical plates align a seeded optical beam and hold alignment through vibration, temperature, and pressure changes.

Optical upconversion and spatial interference let this phased-array RF receiver separate emitters, resist jamming, and extend dynamic range.

Physical UWB metrics and outlier detection assess ranging plausibility to block relay and man-in-the-middle attacks in short-range IoT transactions.

An organic substrate interposer links PIC and EIC dies in LiDAR modules to cut crosstalk, signal loss, size, and packaging cost.

EBG elements formed on the board replace conductor blocks, simplifying gap-waveguide to transfer-line coupling while reducing loss.

Pre-aligned waveguides and an interposer fix gas cell to transceiver alignment, cutting probing time while reducing signal loss and cross-talk.

Gradual drive-signal ramping cuts EMC emissions in ultrasonic transducer control while avoiding large capacitors and extra shielding.

Separate transmit and receive ASICs in a three-die ultrasound stack cut power use while preserving high acoustic pressure and data throughput.

An adhesive barrier and olefin protective layer let decorative millimeter-wave reflectors keep appearance and reflectivity while resisting corrosion.