A microprocessor-based simulator uses fixed components and remote fault induction to enable simultaneous multi-user electrical training sessions.
Slotted chest openings allow realistic flexing while nested head halves reduce storage volume for efficient transport.
A method encasing a frozen liquid constituent within a hydrogel precursor to produce anatomical phantoms with seamless variable-density domains.
A surgical instrument system segments motion data into surgemes and dexemes to quantify operator technical skill levels.
A CPR training manikin featuring a tiltable head assembly and an electro-mechanical compression rate indicator for immediate student feedback.
Segmented bronchial ports connect to a fluid reservoir, enabling realistic mass hemoptysis simulation for critical care training.
Simulated anatomical joint uses adjustable artificial ligaments to replicate natural bone geometry and soft tissue mechanics.
Variable occlusion mechanisms adjust laminar flow channel geometry to maintain constant airway resistance, resolving turbulence issues in lung simulators.
A free-fall experimental apparatus uses a negative pressure assembly to create a vacuum environment for precise motion testing.
An embedded server in a training manikin hosts a client application to process sensor data and display results on user terminals.