Testing Optical Properties TRIZ Cases

Image resolution and contrast checks detect debris on a side view camera, trigger cleaning, and warn the driver if clarity remains poor.

Broadband light feedback detects contaminant ignition in a surgical fiber laser and triggers rapid shutdown to prevent overheating and fiber damage.

Integrated terahertz chip, beam, system, and array testing improves design accuracy and iteration speed across focal plane imaging R&D.

Multiple photoreceivers compare dual-laser intensity ratios over time to detect fiber, lens, head, and machining defects with fewer false alarms.

Combining back-reflection, thermal emission, and acoustic time-of-flight reveals optical element wear and contamination during laser processing.

Combines back-reflected laser and NIR signals, IR emission, and acoustic time-of-flight to detect optical element wear and contamination in real time.

Optical power mapping enables real-time in-line auditing of freeform ophthalmic lenses, catching process drift early to cut waste and rework.

Visual, laser, and depth-of-field alignment calibrate array lens frames to within 3 microns for faster, accurate 3D scanning.

Edge spread data is converted into PSF models to quickly map focus and imaging quality across the field of view.

Image-based lens characterization captures regional transmittance changes after UV activation, enabling quantitative gradient evaluation.

A rotatable pipe and dual-axis platforms align a lateral fiber lens for accurate, repeatable measurement of emission and divergence angles.

Digital autocorrelation with coherent detection measures light intensity patterns in long optical fibers without optical path adjustment.

Pretensioned louver slats cut HUD stray light while electrical contact loss reveals torn slats without adding installation space.

Interchangeable lenses, alignment features, and built-in storage let one inspection assembly handle multiple eyeglass lens types accurately.

A radial light guide mask creates high-contrast bright and dark patterns for easier, reproducible curved lens testing without projector alignment.

Indexed holders and gripper transfer automate batch optical article inspection while stabilizing fluid temperature for consistent results.

Beam splitters and an aperture suppress reflection and diffraction noise for repeatable optical grating pitch and orientation measurement.

Backscattered light from one fiber end is used to calculate bidirectional crosstalk, even when inter-core signals are too small for direct OTDR evaluation.

Brillouin-amplified probe analysis isolates the fundamental mode to measure loss and crosstalk at multiple optical fiber points accurately.

Modulation-period scanning measures differential mode delay in long few-mode fibers without changing the reference path length.

Multiple light beams with different wavelengths and directions improve luminance control, helping distinguish smooth surfaces from minute defects.

Concentric spherical shells place fixed MTF sensors at different field angles to boost point density without larger fixtures or moving parts.

A single 2D sensor and collecting optics capture multiple field positions at once, enabling accurate MTF measurement without camera realignment.

Simultaneous multi-axis MTF measurement captures afocal optical performance at central and oblique field positions for imaging correction.

A compound lens embedded in a higher-index medium corrects optical axis deviation, cutting probe alignment time and connection loss fluctuation.

Quantifies color and transmission changes across gradient spectacle lenses to locate transition position and width with less noise and subjectivity.

A selectable lens path lets one wavefront tester handle different sample sizes with high-resolution measurement and faster calibration.

Interference-spectrum feedback checks laser power, linewidth, and linearity in photonic integrated circuits for precise 3D imaging.

A rotatable tubular adapter sets display measurement angles while absorbing ambient light, enabling accurate optical testing without bulky robot arms.

A ring light and laser source combine Shack-Hartmann wavefront sensing with intensity detection for on-axis and off-axis optical testing.

An indexable holding platform and gripper transfer preloaded optical articles for automated batch inspection with less manual handling.

A diffractive optical element replaces mechanical angle adjustment, enabling faster MTF, PSF, and chromatic aberration measurements.

Reflective surfaces redirect vehicle fixture light to the driver's seat, avoiding time-consuming walkaround inspections.

Large environmental chambers limit see-through optical testing; this compact gas-tight tester controls temperature, humidity, and pressure.

A diffractive optical element replaces mechanical illumination adjustments to speed multi-angle measurement of optical workpiece properties.

Measured backlight and module spectra feed a calculation model that evaluates LCD optical properties without shipping cells for assembly.

MTF analysis of slant edges replaces fixed standard-deviation ranges to align camera lenses for accurate working distances.

Manufacturing variation can disturb guided-light phase; on-substrate emitters and photoelectric conversion enable correction without separate measurement hardware.

Images captured at multiple optical-path locations isolate stray-light frequency components to correct near-eye display nonuniformity.

A dual-source optical evaluation setup measures on-axis wavefronts and off-axis MTFs through one receiving system.

A dichroic combiner and fused silica light pipe unify 200–2500 nm testing while reducing bulk and transmittance losses.

Periodic optical units simplify inline meta-lens critical-dimension measurement, correlating light intensity with device performance.

This case measures apparent-versus-reference positions across central and peripheral evaluation points to quantify lens distortion.

A method estimates light physical constants across segmented optical transmission media using power spectrum analysis of output signals.

A data correction apparatus modifies detection events in optical fiber measurements using user input feedback.

Segmenting optical wavefront profiles into subapertures eliminates mechanical scanning to reduce measurement time and error susceptibility in AR/VR systems.

Far-field scanning calculates mode field diameter for arbitrary higher-order modes, resolving limitations in estimating splice loss and inter-mode crosstalk.

Estimates optical aberrations by deriving initial values from light intensity distributions via the transport of intensity equation.

Automotive lighting emitting surface inspection uses digital image cells to determine light intensity through pixel luminance analysis.

Segmented camera holders enable quick module replacement, reducing maintenance downtime while preserving measurement precision.

A fluid pulse whirls an off-centered contact lens to restore its position in a concave trough for reliable gripping.