A cardiovascular simulator successfully generated typical oriental medicine pulses, including floating, sunken, slow, rapid, string-like, slippery, vacuous, and replete pulses.
A cardiovascular simulator successfully replicated typical pulse patterns used in oriental medicine diagnosis by adjusting mechanical parameters.
Pulse diagnosis is important in oriental medicine. The purpose of this study is explaining the mechanisms of pulse with a cardiovascular simulator. The simulator is comprised of the pulse generating part, the vessel part, and the measurement part. The pulse generating part was composed of motor, slider-crank mechanism, and piston pump. The vessel part, which was composed with the aorta and a radial artery, was fabricated with silicon to implement pulse wave propagation. The pulse parameters, such as the depth, rate, shape, and strength, were simulated. With changing the mean pressure, the floating pulse and the sunken pulse were generated. The change of heart rate generated the slow pulse and the rapid pulse. The control of the superposition time of the reflected wave generated the string-like pulse and the slippery pulse. With changing the pulse pressure, the vacuous pulse and the replete pulse were generated. The generated pulses showed good agreements with the typical pulses.
Lee et al. (Sun,) conducted a other in Pulse diagnosis in oriental medicine. Cardiovascular simulator was evaluated on Generation of typical pulses (floating, sunken, slow, rapid, string-like, slippery, vacuous, replete). A cardiovascular simulator successfully generated typical oriental medicine pulses, including floating, sunken, slow, rapid, string-like, slippery, vacuous, and replete pulses.