Photometry Using Reference Value TRIZ Cases
- Ambient Light Detection Compensation for Under-Display Sensors
A light sensor compensates its gray level value using display screen image grayscale data to determine external illumination intensity.
- Differential Reflection Spectroscopy for Explosive Detection
A differential reflection spectroscopy system measures reflected light from two sample locations to generate a unique spectral fingerprint.
- Dual LED Optical Interrupter Cost Reduction
A dual light emitting diode optical interrupter replaces separate phototransistors with a single component type for both transmission and detection.
- Non-Contact Interaction Interface Using Alternating Radiation Periods
An interaction interface detects object position using image sequences from different perspectives to control applications without direct contact.
- Adaptive MPP Tracking for Photovoltaic Systems Under Meteorological Variations
A photovoltaic control system dynamically adjusts its working point to track maximum power generation.
- Flame Detection System Using Pulsed Voltage and Discharge Counting
A flame detecting system calculates received light quantity per unit time using stored sensitivity parameters and pulsed voltage drive signals.
- Fiber Fuse Detection via Reverse Light Monitoring
Reverse light detection apparatus identifies developing fuse events early, preventing propagation damage without introducing mode conversion.
- Scatterometry Target With Defect Features for Enhanced Sensitivity
A scatterometry target uses intentionally introduced defect features within a periodic lattice to enhance measurement sensitivity.
- Radiation Detector Gain Control for Pulse Signal Stability
Dynamic gain adjustment compensates for counting rate variations, preserving energy resolution and measurement accuracy.
- Optical Navigation Object Detection for Cursor Stability
An optical finger navigation system detects presence to suspend operations when lifted.
- Patterned Optical Layer for High-Resolution Touch Sensing
A display device uses a patterned optical layer to selectively reflect or absorb invisible light, enabling precise position detection through defined gaps.
- Deformable Object Shape Reconstruction via Light Absorption
Circuitry determines light travel distance through absorbing material to resolve spatial resolution and depth information limitations in traditional sensors.
- Electrochromic Blue Light Blocking via Cumulative Intensity Thresholds
A processor calculates cumulative radiation intensity to trigger an electrochromic layer, preventing retinal damage while maintaining visibility.
- Dual-Resolution Color Measurement for High-Speed Printing
Two measuring devices with distinct resolutions segment geometric and calorimetric tasks to reduce measurement time while maintaining accuracy.
- Adaptive LED Lighting System for Uniform Illuminance
A wired network controls LED arrays via analog and digital signals, achieving uniform illuminance across large surfaces.
- Mobile Display Waveguide Illumination for Image Capture
Waveguides channel display backlight to improve image capture in poor lighting.
- Photodiode Circuit Counter for Ambient Luminosity Detection
A photodiode circuit tracks discharge cycles via a counter to resolve flickering light sensitivity and linearity defects in luminosity measurement.
- Calibration-Access Shield for Weathering Test Sensors
Segmented shield apertures expose sensors without opening the main door, preventing UV exposure to operators and connector corrosion.
- LCD Panel Flicker Elimination via Photo Sensor Voltage Control
Automated photo sensor detection replaces manual potentiometer adjustments, eliminating flicker while preventing panel damage during manufacturing.
- Optical Sensor Burnout Protection via Tunable Filter Shutter
A dual-filter shutter shifts passbands to block harmful wavelengths, preventing sensor burnout while preserving signal transmission.