Articulating light sources and photodetectors optimize optical alignment to determine fetal hemoglobin oxygen saturation levels and uterine tone.
A low profile endocavity needle guide uses a pivotable clamp assembly for secure one-handed mounting on imaging transducers.
An elastic lip seal prevents fluid contact with a catheter motor, maintaining torque output and preventing corrosion in blood vessel imaging devices.
An ultrasound diagnostic apparatus tracks blood vessel displacements to calculate an elasticity index and determine its measurement reliability.
An integrated catheter placement system combines ultrasound imaging, magnetic tracking, and ECG guidance for precise intravascular positioning.
Inert metal clips on an intrauterine device reflect acoustic waves, resolving visibility issues caused by tissue impedance matching.
A tissue region candidate setting unit identifies specific areas to calculate state information for ultrasonic imaging.
A computer-assisted ultrasound navigation system fuses real-time probe data with pre-acquired volumetric scans for precise anatomical visualization.
A gel layer thickness calculation unit and tissue recognition unit analyze ultrasound images to determine the probe press state against a body surface.
Independent frame compression reduces transmission latency and improves image quality in handheld scanners with unstable Wi-Fi.
Optimizing ultrasonic probe opening width to substrate thickness ratio enhances transmission and reception sensitivity.
Orientation sensors track probe position to guide interventional instruments, maintaining alignment with target vessels during manual adjustments.
A system updates ultrasound peak images by cycling image frames to maintain clarity.
An intracavitary probe with separate transducer sets stores distinct positional relationships to resolve inconsistencies between sensor and scan planes.
Ultrasound imaging and force feedback control the drive unit to stop needle insertion upon back wall contact, reducing bleeding.