[A Testing Device for Pulse Graph Force Transducer Measured over Radial Artery].

Area of Science:

• Biomedical Engineering
• Traditional Chinese Medicine (TCM)
• Medical Device Technology

Background:

• Pulse graph force transducers are crucial for Traditional Chinese Medicine (TCM) pulse diagnosis.
• International standard ISO 19614 necessitates technical testing of these transducers.
• Existing testing methods may lack comprehensive evaluation for both dynamic and static forces.

Purpose of the Study:

• To develop a novel test device for pulse graph force transducers.
• To ensure the device meets the requirements of the international standard ISO 19614.
• To provide a cost-effective and less complex solution for transducer testing.

Main Methods:

• The test device was designed based on TCM pulse acquisition principles and international standard requirements.
• The device integrates testing for both dynamic and static forces.
• Verification testing was conducted to confirm the device's performance.

Main Results:

• A synthetic test device capable of evaluating both dynamic and static forces was successfully developed.
• The device's design addresses the need for standardized testing of pulse graph force transducers.
• Verification confirmed that the test results meet the requirements of international standards.

Conclusions:

• The developed test device provides a standardized and efficient method for evaluating pulse graph force transducers.
• This innovation supports the integration of TCM diagnostic technologies with international standards.
• The device facilitates accurate and reliable pulse acquisition technology for TCM applications.