Research of Multifunctional Fitness Equipment Monitor Based on Photoelectric Sensor

摘要： Health is an eternal topic of human concern, especially in modern times, and fitness equipment is an important part fitness routines. With the rapid development of information technology and electronic technology, using photoelectric methods to detect the physiology index of the human body has become an unescapable trend. Therefore, bringing in some advanced technology in other fields to design a portable, noninvasive, low-cost multifunctional human physiological health index monitor has great significance. This thesis first introduces the situation of fitness equipment, then studies people's demand for intelligent fitness equipment, and specifically proposes the measurement scheme of a human physical health index based on a photoelectric sensor. By studying the production principle of photoelectric volume pulse waves, this thesis sets up the experimental platform to prove the effectiveness of the proposed method. Finally, this research shows that intelligent fitness equipment like a multifunctional fitness monitor based on a photoelectric sensor can effectively improve people's exercise style and has large market application prospects.