Diagnostic Recording/Measuring TRIZ Cases

A control circuit combines machine limitations information with target motion boundary data to optimize radiation treatment plans.

A gas sensor system detects hydrogen and volatile organic compounds to pinpoint fecal insult locations in care environments.

A flexible RF coil assembly with distributed capacitance wire conductors adapts to patient anatomy.

Computing apparatus detects pacing artifacts in cardiac signals to produce accurate electrical heterogeneity information.

Solid dielectric transition medium minimizes signal interference and electromagnetic coupling between independent transmit and receive antenna arrays.

A speech analysis system maps acoustic feature vectors to reference models using minimum-distance sequences.

Algorithm calculates suppression ratio using median absolute value and artifact removal to resolve noise sensitivity issues.

A fingerprint detection system activates specific imaging functions upon user identification.

Standardized automated testing resolves manual inconsistency by comparing individual results against a demographic database to predict cognitive decline.

A wearable device detects center of gravity shifts and delivers targeted electrical pulses to stimulate specific muscle groups for body stabilization.

Combining multiple RF pulses via spectral multiplexing reduces preparation time and peak power demands while maintaining image contrast quality.

Hinge mechanism adjusts hollow elastic sleeve circumference to fit varying infant limb sizes, reducing motion artifacts during SpO2 measurement.

A portable respiratory muscle endurance training device uses a variable volume chamber and one-way valves to control breathing patterns.

A spirally extended monopole antenna structure improves magnetic field homogeneity in ultra high field MRI systems.

A segmented medical device separates the mouthpiece from the transducer housing to enable regular pulmonary condition monitoring.

Trapezoidal mask size gauge measures vertical distances from the side to eliminate discomfort caused by frontal rulers.

Segmented channels and mass flow controllers deliver precise odor concentrations, resolving detection reliability issues in asymptomatic carriers.

A physiological signal processing apparatus generates a model signal from an average waveform to determine vital signs.

ROP alarm module calculates integral value from oxygen saturation deviations outside 88% to 92% range to detect premature infant retinopathy risk.

A positioning tray with an energizing circuit detects cap positions via unique passive resonant circuits.

Flexible blades and a locking piece immobilize OPM sensors to reduce signal noise from head movement during magnetoencephalography.

Remove magnetic field dependency to maintain calibration accuracy in distorted environments by extracting orientation from inertial motion capture data.

A sleep monitoring system uses CO2 sensors to detect subject presence and derive sleep patterns without physical contact.

A sleep application dynamically adjusts graph time axis ranges to display continuous session data on remote devices.

Real-time pressure monitoring detects uterine perforations during ablation, eliminating hysteroscopy complexity and device reinsertion.

A surgical handle assembly uses a trigger return lever engaging a cam feature to bias the trigger toward its home position.

Mueller matrix polarimetry quantifies cervical collagen organization via birefringence analysis, resolving prediction accuracy limits of manual inspection.

An optical coherence tomography system integrated with an operation microscope provides real-time cross-sectional views of internal ocular structures.

Magnetic sensing detects catheter tip orientation and deformation to display real-time bend angle and contact pressure on a visual interface.

Coded calibration scene with electromagnets virtually moves nanoparticle samples for compressed sensing system matrix generation.

An MRI artifact detection module uses trained neural networks to classify defects and recommend pulse sequence modifications, reducing re-scanning time.

A pulse optimization device scales RF pulse amplitude to shorten duration while maintaining B1 field limits.

Multi-wavelength optical signals processed through a tissue model determine hemoglobin concentration, eliminating pneumatic complexity and manual initiation.

Video rasterstereography replaces ionizing radiation with optical reflection to monitor spinal curvature without cumulative exposure risks.

A non-contact baby sleep monitor combines video and photoplethysmography streams to estimate physiological quality without physical intrusion.

A biosignal measuring apparatus adjusts grip force and temperature to maintain skin conductance within a reference range.

Segmenting thermal signal waveforms extracts parameters that determine cardiac indices, resolving invasive measurement trade-offs.

A two-loop inductive sensor employs an active buffer to amplify signals, reducing motion artifacts and eliminating complex compensatory electronics.

Segmenting signals prevents distortion of normal detecting signals by high-pass filters, maintaining baseline integrity.

Printed sensor array on a smart mask detects temperature, respiration rate, humidity, and cough patterns to enable early infectious disease monitoring.

A neurotransmitter measuring apparatus extracts faradaic current-type SDBR data from FSCV signals using second derivative analysis.

Relocating gradient and spin echo data in k-space resolves FLAIR acquisition time bottlenecks while suppressing fluid signal artifacts.

Smart underwear sensors detect gastrointestinal biomarkers in flatus using electrochemical reactions and selective filtration to enable non-invasive monitoring.

A swept-source optical coherence tomography system uses a 2f scanning configuration to extend the working distance for comfortable imaging.

A biomagnetic field measurement system generates current waveforms by adding components along a conduction pathway to evaluate intra-cellular currents.

Segmenting head support from the chin eliminates jaw muscle interference, allowing precise eye alignment without signal distortion.

A prosthetic socket integrates a piezoelectric sensor array to detect pressure and shear force on the residual limb.

A notification control system generates health advice based on user movement events and schedule availability.

Tracking individual visual behavior patterns enables customized progressive lenses that reduce peripheral aberrations and improve adaptation.

Infrared detection reveals hidden veins without mechanical compression, eliminating patient discomfort while ensuring accurate venipuncture targeting.