Photometry Using Reference Value TRIZ Cases

Multi-directional photodetectors around a light guide plate detect illumination light for precise control.

A sapphire window and protein coating prevent fouling in organic waste liquids, allowing continuous optical pH monitoring without sensor degradation.

Ambient light sensor relocation with scattering ink enables high screen-to-body ratio.

A light quantity detection device digitizes signals and applies threshold processing to calculate photon intensity across a wide dynamic range.

A digital semi-active laser receiver tracks multiple line-of-sight objects using intra and inter track temporal information to associate pulses with distinct targets.

An optical measurement device learns frequency characteristics from display panels to calculate accurate flicker indices.

Interlocking light source and detector modules provide continuous transmittance mapping without mechanical movement, eliminating measurement gaps.

Variable resistor units switch amplifier gain per color channel to maintain consistent A/D converter output levels despite photosensor sensitivity variations.

A light detector in a cavity adjacent to an LED measures emitted intensity through a directed aperture.

A position sensing detector and photodetector measure optical signal positions and intensities across multiple wavelengths.

A horticultural lighting system uses stored calibration data to determine pulse width modulation settings for LED arrays.

A daylight harvesting system uses multiple sensors with distinct fields of view to detect synchronized light changes.

Optical filters with distinct passbands differentiate ambient radiation from display crosstalk, enabling accurate brightness sensing without synchronization.

A phased laser array uses phase diversity to reconstruct high-resolution images of extended objects through atmospheric turbulence.

A solar-powered wireless communication module uses a microcontroller to detect voltage and current values from a solar cell for daylight intensity data transmission.

Separate focus detectors track irregular biological samples without complex mechanical adjustments, enabling rapid scanning.

A lighting assembly uses a directed laser source to calibrate a photodetector for real-time lumen output measurement.

Camera pixel intensity analysis computes solar irradiance distribution on receiver surfaces, eliminating expensive sensor calibration.

A controller adjusts semiconductor laser brightness by varying the number of detection results referenced during drive current flow.

A textured wave guide directs ambient light onto a sensor surface to ensure accurate intensity detection across varying angles.

A streak image sensor synchronizes sampling with water surface reflections to align depth values across channels.

A spectral camera uses a cylindrical filter carousel to enable interchangeable lenses and compact multispectral imaging.

A scanning projection system uses a photosensitive element to detect reflected light from a detection frame.

Inferred context information determines sensor operation modes, reducing power consumption while maintaining network reliability.