Diagnostics Using Light TRIZ Cases
- Non-Invasive Blood Flow Detection via Thermal Latency
External heating and downstream infrared sensing determine blood flow rate by measuring thermal latency, enabling accurate non-invasive health monitoring.
- Customized Horseshoe via Thermal Imaging and 3D Printing
Thermal imaging detects hoof inflammation zones, enabling 3D printing of customized horseshoes that relieve pressure on pathological areas.
- Optical Shunt Reduction in Medical Sensors Using Absorptive Materials
Placing an optically absorptive material between the LED and photodetector prevents unwanted light paths, resolving measurement errors caused by light shunting.
- Wearable Sensor Deformable Protrusion Constant Pressure
A flexibly deformable protrusion maintains constant contact pressure against skin for wearable sensor devices.
- Optical Bioinstrumentation Probe Fixing for Movement Noise Reduction
An optical bioinstrumentation probe uses a multi-position fixing member to anchor irradiation and detection fibers securely on the subject.
- Semiconductor Substrate Light Emitting and Receiving Unit Integration
Stacking light emitting and receiving units on a single semiconductor substrate eliminates required clearance gaps between separate chips.