Patient Positioning For Diagnostics TRIZ Cases

A count accumulator batches delivery-status events while offset and count updates share one transaction, reducing latency and supporting recovery without duplication.

Variable contrast-agent distribution can miss peak enhancement; projection-data feedback adapts CT table speed and scan settings during imaging.

Applied-force signals update paddle performance values, helping imaging teams track degradation and schedule timely servicing or replacement.

Rotating the patient support surface outside the radiation plane enables non-coplanar beam angles while limiting healthy-tissue dose.

A transfer component inside the hollow axle actuates arm locking while reducing the magnetic-shielding penetration area.

A pivoting support structure lowers a radiation curtain over the CT gantry opening, balancing scattered-radiation shielding with patient and accessory access.

A LiDAR-generated 3D avatar guides patients to a CT target, reducing manual contact and contagious-disease exposure.

Compliant mechanisms let the mammography paddle tilt without rigid joints, easing breast positioning while reducing weight and assembly complexity.

A side-access imaging table accepts mode-specific scatter-removal grids for stereo, tomosynthesis, and standard mammography.

A built-in delivery path moves the calibration phantom into the scanner bore, reducing on-site service needs and system downtime.

Sensors and scanner status data coordinate a movable bed and patient preparation, helping reduce imaging delays and improve patient throughput.

Captured oral-cavity images help reproduce patient positioning and select smaller dental CBCT volumes, reducing radiation exposure.