Torus, Ping-Pong, Lissajous, and Daisy scan paths enable faster sensor movement while recovering clear signals through compressed sampling algorithms.
Optimized grain sizes and a connected boundary network move fission products to the surface, reducing swelling and parasitic neutron capture.
An oscillating mirror and extracted optical components resolve the trade-off between wide scanning area and compact device size in laser rangefinders.
A surveying instrument light receiver uses a shared prism to separate and internally reflect distance measuring and tracking light signals.
A wavelength sweeping optical measurement device uses a circulating reference light path to expand the distance measurement range.
Portable image acquisition unit with double handgrip and externally adjustable focusing rings for simultaneous operation.
Dynamic intensity profile data selection compensates signal drifts and voltage variations in chromatic point sensors, ensuring submicron measurement accuracy.
A time-of-flight camera applies periodic frequency perturbation to its modulation signal for precise distance measurement.
A binarizing circuit processes photoreceptor signals to separate object reflections from ambient noise.
Video-based target tracking algorithms replace manual calibration, reducing range acquisition time by eliminating mechanical alignment steps.
A LiDAR ranging sensor outputs distance information to passengers inside a vehicle cabin.
A pinhole mask intercepts lower surface reflections while passing upper surface light, enabling accurate height detection of transmissive workpieces.
Dynamic wavelength adjustment compensates for bandpass filter shifts, reducing noise from interfering reflections.
Dynamic scanning with a retro-reflective member detects microscopic contamination across the entire optical window area without increasing component count.
Segmented optical amplifiers convey pulses through an optical link, improving measurement precision while managing device complexity.