Diagnostic Recording/Measuring TRIZ Cases

An in-ear wearable device integrates physiological and environmental sensors to transmit real-time data for continuous monitoring.

A foot sole pressure measurement instrument uses segmented strip-shaped sensors to detect force concentration at key anatomical locations.

Analog synchronization module converts sensory and motor events into electrical triggers for standard EEG devices.

A central controller manages virtual models with safety zones to prevent collisions between heterogeneous medical devices in procedure rooms.

Automated system analyzes spirogram plot shapes using templates to resolve interpretation complexity while maintaining diagnostic accuracy.

Automatically shuts off energy when nerve damage is imminent, reducing human error and reaction time issues during surgery.

A MUAC z-score tape uses age-specific color zones to estimate nutritional status from arm circumference measurements.

A skin patch integrates temperature, impedance, and oxygen sensors to detect distinct physiological conditions.

A smart cooling paste integrates a temperature sensing module with a gel layer to monitor forehead heat.

A magnetic resonance imaging method generates T1 maps using multiple flip angles to combine inversion and saturation recovery signals.

A ring-type biosignal detecting apparatus uses electrodes along an inner surface to contact a user's finger for measurement.

A remote health data processing system compares incoming measurements against an expected profile to detect anomalies and generate error tags.

A supine elliptical exercise device featuring a linear sliding assembly and adjustable pedal path to minimize knee height.