Návrh a realizace prstového snímače tepu metodou „print-in-place“ s využitím vodivého filamentu

Abstract

The aim of this bachelor’s thesis is to analyze available conductive filaments and, based on a systematic review, design and implement a pulse-rate finger sensor capable of measuring changes in finger volume and thereby the user’s pulse activity. The prototype will be designed using the print- in-place method, which enables the integration of conductive paths directly during the printing process. The functionality of the designed device will be experimentally verified. Finally, the achieved results will be evaluated in terms of accuracy and reliability.