Week 6
After researching for weeks the basics for programming the Arduino board was put into place. The basics included getting the lights to light up with the pulse sensor and deciding how the user would start the setup of the heart monitor. Meanwhile, a few enhancements were made to hardware component, the Arduino board was connected to the bread board to get the lights to work. The lights were working exceptionally well and space was found on the Arduino board for all three lights. A few concerns were to have the wrist watch design be able to read the pulse sensor, the exact placement of the pulse sensor and how to incorporate the batteries into the wrist design. Another accomplishment was getting the pulse sensor to read the pulse. A design for the casing of the breaker board was started, measurements of it was taken:
After researching for weeks the basics for programming the Arduino board was put into place. The basics included getting the lights to light up with the pulse sensor and deciding how the user would start the setup of the heart monitor. Meanwhile, a few enhancements were made to hardware component, the Arduino board was connected to the bread board to get the lights to work. The lights were working exceptionally well and space was found on the Arduino board for all three lights. A few concerns were to have the wrist watch design be able to read the pulse sensor, the exact placement of the pulse sensor and how to incorporate the batteries into the wrist design. Another accomplishment was getting the pulse sensor to read the pulse. A design for the casing of the breaker board was started, measurements of it was taken:
length: 2.8 cm
width: 2.3 cm
height: 0.4 cm
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