Body Temperature Measurement TRIZ Cases
- Toilet capable of measuring body temperature
See how a toilet integrates infrared thermometry into armrests and backrest to enable convenien
- Wearable Fever Alarm Thresholds for Context-Aware Temperature Monitoring
Different monitoring modes and time-based temperature thresholds improve wearable fever alarms by reducing false alerts from environment and user state.
- Infrared Ear Thermometer Heating Layout for Sensor Temperature Uniformity
Dual heating at the front and rear of the infrared sensor reduces thermal gradients, fogging, and cold-start measurement errors.
- Multi-Sensor Infrared Probe Layout for Accurate Body Temperature Sensing
Multiple infrared sensors and matched optical channels expand detection coverage and let MCU compensation improve body temperature accuracy.
- Forehead Thermometer Layout for Easier Self-Measurement Alignment
An inclined sensor surface and same-side button help align forehead temperature readings without awkward wrist posture or subject discomfort.
- Esophageal Temperature Sensing Catheter for Ablation Cooling Control
Multiple catheter sensors track esophageal temperature distribution and lumen narrowing, enabling safer liquid cooling during ablation.
- Injection-Molded Biometric Ear Tag With Gap-Free IP68 Sealing
A one-piece molded ear tag removes shell gaps to improve waterproofing, dustproofing, shock resistance, and temperature sensing reliability.
- Radar Vital Sign Sensing for Mobile Animals Without Contact
Radar sensing corrects reflectance and distance variation to capture animal vital signs remotely with less stress and safer handling.
- Esophageal Deflector Tube With Optical Fiber Temperature Sensing
Optical fiber sensing and controlled esophageal displacement improve temperature accuracy during ablation while reducing thermal injury risk.
- Foot Temperature Monitoring for PDN and PAD Progression Tracking
Foot temperature sensing and normalization track PDN or PAD progression early, supporting routine monitoring and timely intervention.
- Ear Optical Sensor Layout for Deep, Precise Vital Parameter Detection
A deep ear insertion portion combines optical and temperature sensors to improve core temperature and vital-parameter detection accuracy.
- Door Access Control Using Temperature Detection and UV Disinfection
A door access control device integrates body temperature detection with ultraviolet disinfection to manage entry.
- Thermoresponsive Polymer Fiber Optic Temperature Sensor
A thermoresponsive polymer solution changes turbidity with temperature to enable precise optical detection via fiber optics.
- Reflecting Shell for Simultaneous Ear and Forehead Temperature Detection
A reflecting shell with hollow guide unit focuses heat radiation onto a detecting part for precise temperature measurement.
- Flexible Dielectric Membrane Temperature Compensation
An infrared sensor measures flexible dielectric membrane temperature for non-invasive medical examinations.
- Dynamic Fever Threshold Detection Using Circadian Filters
A processor adjusts temperature measurements using a circadian filter to determine time-dependent fever thresholds.
- Optical Clinical Thermometer Using Spatially Offset Raman Spectroscopy
Spatially offset Raman spectroscopy measures subcutaneous temperature profiles without thermal contact.
- Chirped Fiber Optic Sensor for Distributed Temperature Sensing
A fiber optic sensor with a linearly chirped Bragg grating enables distributed temperature sensing.
- Face Recognition Body Temperature Measurement with Environmental Correction
A face recognition apparatus calculates body temperature using simultaneous video and thermal imaging to detect the face area and measure infrared intensity.
- Temperature Sensor With Thermochromic Resin and Solar Cell
A temperature sensor uses a thermochromic resin layer to modulate light transmittance for a solar cell.
- Hybrid Contact Non-Contact Temperature Measurement System
A hybrid thermometer merges contact and non-contact sensors to estimate patient core temperature.
- Flexible Temperature Sensing Devices for Continuous Body Monitoring
A flexible temperature sensing device uses an array of sensors on a substrate to track body heat continuously.
- Infrared Thermometer Multi-Sensor Scanning for Core Temperature
Serial infrared sensors locate arterial heat peaks while a microprocessor converts surface readings to core body temperature.
- Body Wearable Analyte Sensor With Infrared Temperature Detection
An infrared temperature sensor detects skin or housing temperature to correct analyte values without contact complexity.
- Hall-Effect Sensor Automatic Thermometer Activation
Solid-state Hall-effect sensor detects probe magnet to automatically switch electronic thermometer power states.
- Earbud Thermal Sensor Package With Dual Thermopile Elements
Dual thermopile sensor elements on a single chip detect external and internal infrared radiation to correct measurement errors.
- Temperature Sensor Automatic Mode Switching
A temperature sensing device uses a detection unit to switch modes upon movement.
- Compact Forehead Thermometer with Infrared Sensor Array
Stationary thermometer device uses an infrared sensor array to detect temporal artery temperature, resolving accuracy issues caused by sweeping motion.
- Physiological Data Validity via Environmental Sensor Correlation
Environmental sensor data validates physiological measurements through control system analysis, flagging invalid readings caused by temperature fluctuations.
- Sensor Array for Biological Information Measurement
Segmented sensors and multi-channel networks reduce position-dependent errors in real-time heart rate and oxygen saturation readings.
- Flexible Thermal Patch for Core Body Temperature Prediction
A flexible thermal patch uses distributed sensors and machine learning to predict core body temperature.