Material Resistance TRIZ Cases
- System for sensing oil quality
See how integrated electrical sensors measure capacitance and conductivity during filtration to
- Metal-Organic Framework Conductive Textiles for Analyte Sensing
See how metal-organic frameworks conformally coat textile fibers to enable flexible, conductive
- Deep Fryer Oil Quality Sensing Using Electrical Property Measurement
See how a filter-integrated sensor measures electrical properties to detect oil degradation, en
- Graphene Sensor Structure for Minute Electrical Signal Detection
A doped silicon region paired with graphene boosts sensitivity, enabling accurate detection of minute electrical changes in bio-specimens.
- Nanowire Oxide Oxygen Sensor for Fast Low-Temperature Detection
A metal nanowire paired with a high-resistance oxide layer creates dual conduction paths for faster, more sensitive oxygen detection at lower temperatures.
- Photodiode Fluid Sensor Cavity Structure for Higher LOC Sensitivity
A trench-cavity photodiode sensor boosts lab-on-chip fluid detection sensitivity by exposing the light-sensitive layer directly to flowing fluid.
- Schottky Tritium Sensor Layers for Hydrogen-Selective Detection
A layered Schottky sensor uses tritium absorption and hydrogen-blocking barriers to detect beta emissions in hot, high-radiation environments.
- Sensored Mixer Impedance Sensing for Mixing and Curing Status
Multi-frequency impedance sensing in a mixer tracks mixing ratio, curing status, and ageing status for tighter liquid quality control.
- Heating Element Monitoring via Segment Voltage Comparison
Comparing voltage across segmented heating paths reveals spark precursors and faulty elements despite temperature-driven resistance changes.
- Sensor Signal Acquisition with Offset and Gain Correction
Multiple switched ADC readings use reference and sensor voltages to correct offset and gain without waiting for signal settling.