Ab. No. 20 “Pulse-Tech”- Ideation to Prototype to Measure Pulse Strength Device

• Published in: Journal of Society of Indian Physiotherapists 2024-01, Vol.8 (1), p.48-48
• Main Authors: Devmurari, Parth Kumar, Sharma, Nandini, Ranpara, Dhruvi, Pandya, Priya, Pandya, Priyanka, Pala, Kinnari, Parekh, Pankita
• Format: Article
• Language: English
• ISSN: 2456-7787; 2582-0702
• DOI: 10.4103/jsip.jsip_abstract_6

Introduction:This study focused on the creation and evaluation of the ‘Pulse Tech’ device, a novel tool designed for the measurement of pulse strength. The pulse, a crucial indicator of cardiovascular health, reflects the heart’s efficacy in blood circulation. Traditional pulse assessment methods, while effective, often require significant expertise and could lack objectivity. The ‘Pulse Tech device addressed these limitations by offering a more standardized and accurate method for measuring pulse strength. Understanding pulse strength, including its rate, rhythm, and quality, is essential in diagnosing various cardiac conditions. The study delineated seven primary pulse points (temporal, carotid, brachial, femoral, radial, popliteal, dorsalis pedis) and their medical significance. It also detailed various cardiovascular pulse shapes, their physiological causes, and associated potential diseases. The ‘Pulse Tech device was innovatively designed to measure pulse strength objectively, utilizing advanced sensors and software for data capture and analysis. Its distinctive feature was the use of light absorption through blood vessels to indirectly measure pulse strength. The methodology comprised two phases: the first centered on designing and developing the device, including its components like the CPU section, pulse rate sensor, and software. The second phase involved testing the device on healthy individuals to validate its effectiveness against traditional methods.Methods:The study’s participant criteria included healthy individuals aged 18-30 years. The objective was to establish a new standard in pulse measurement, enhancing the accuracy and reliability of cardiovascular assessments. This was crucial in both clinical and research settings, potentially aiding in the early detection and management of heart-related diseases. The study emphasized the necessity of a ‘Pulse Tech’ in enabling physicians and physiotherapists to make more informed decisions about patient care.Conclusion:The ‘Pulse Tech’ device represented a significant advancement in biomedical devices, with the potential to revolutionize the measurement and interpretation of pulse strength in clinical practice.