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A compact pulsatile simulator based on cam-follower mechanism for generating radial pulse waveforms.

Tae-Heon YangGwanghyun JoJeong-Hoi KooSam-Yong WooJaeuk U KimYoung-Min Kim
Published in: Biomedical engineering online (2019)
This study demonstrated that a very accurate radial pressure waveform can be reproduced using the cam-based simulator. It can be concluded that the same testing and design methods can be used to generate pulse waveforms for other age groups or any target pulse waveforms. Such a simulator can make a contribution to the research efforts, such as development of wearable pressure sensors, standardization of pulse diagnosis in oriental medicine, and training medical professionals for pulse diagnosis techniques.
Keyphrases
  • blood pressure
  • virtual reality
  • healthcare
  • high resolution
  • ultrasound guided
  • mass spectrometry
  • quality improvement