Segmenting whole blood via the Fahraeus effect isolates a plasma layer, enabling precise analyte detection without time-consuming separation.
Comb-like passband matched filtering rejects non-modulated noise to achieve nanosecond temporal resolution and five-fold signal-to-noise ratio improvement.
A substance determination apparatus selects location events within a predefined property range to isolate specific particle interactions.
A laser particle detection apparatus adjusts output intensity across rotating wafer regions to ensure uniform exposure.
A surface characteristic measurement device uses an adjustable aperture to configure gloss and reflection measurement areas.
Measures visible light transmittance of liquefied supernatant to estimate particulate content, preventing filter clogging and optimizing backwashing frequency.
Mobile platform profiles three-dimensional optical properties via dynamic sampling, resolving the trade-off between measurement precision and system complexity.
Dual-wavelength optical systems calculate light ratios to detect fires, reducing false alarms from dust or vapor.
Programmable integrated circuit manages laser and detector timing through software-adjustable delay elements.
Replacing analog lock-in amplifiers with digital signal processing eliminates circuit errors, improving measurement accuracy while reducing manufacturing costs.
Integrated LED array and reference color chart enable accurate smartphone-based color measurement without dedicated spectrophotometers.
A chamberless smoke detection system uses multiple light sources emitting intersecting light cones to identify airborne particles without a physical sensor chamber.
A laser inspection device modulates light intensity based on real-time linear speed to maintain consistent detection sensitivity.
A reflection characteristic measuring device employs multiple optical systems with distinct geometries to capture spectral reflectance and gloss data.