Patient Positioning TRIZ Cases
- Fluidic Bearing Ultrasonic Transducer Positioning
A fluidic bearing mechanism replaces mechanical components to eliminate friction and maintain precise transducer alignment during underwater ultrasonic imaging.
- Ultrasound Imaging Speed of Sound Compensation
Regional sound speed segmentation corrects distance measurements for eye tissue variations.
- Eyelid Control Strip for Ultrasound Imaging
Segmented adhesive tape adjusts tension to prevent blinking and improve ultrasound image quality.
- Ultrasonic Imaging Apparatus Movement Detection Control
Sensors detect apparatus motion to trigger display updates and warnings, resolving stability risks while preserving mobility.
- Imaging System Coupling for Misalignment Compensation
Multi-degree-of-freedom coupling compensates for machining inaccuracies, reducing imaging system downtime and manufacturing costs.
- Headset System with Baseplate for Supine Patient Support
A headset system uses a baseplate to support the head and robotic pods while the patient lies down.
- Ultrasonic CT Transducer Array with Independent Selectors
A transducer array uses independent transmission and reception selectors to connect fewer transceivers to multiple sensors.
- Bone Strength Measurement Using Ultrasonic Transit Time
Ultrasonic probes measure cortical and cancellous bone thickness via transit time analysis of transmitted signals.