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Blog Neonatal Incubator Monitoring System - Demo & Wrap up #5
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  • Author Author: rahulkhanna
  • Date Created: 4 May 2023 9:25 PM Date Created
  • Views 894 views
  • Likes 4 likes
  • Comments 0 comments
  • infineon
  • PSoCTm︎ 62 MCU
  • element14
  • PSoC 62S4 pioneer kit
  • modustoolbox
  • challenge
  • More At The Core Design Challenge
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Neonatal Incubator Monitoring System - Demo & Wrap up #5

rahulkhanna
rahulkhanna
4 May 2023
Neonatal Incubator Monitoring System - Demo & Wrap up #5

Welcome to blog 5 of Neonatal Incubator Monitoring System. Up until now, we have explored how to interface various sensors with the PSoC 62S4 pioneer kit, including the Ambient Light & Temperature sensor, Heart Rate sensor, and how to interface with an ESP32 and IoT sense expansion kit. Additionally, we learned how to display serial data on a Blynk dashboard using the ESP32 and the Blynk IoT platform, which can help create personalized dashboards and send alerts to doctors or caretakers from any location worldwide.

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The setup for our baby monitor can be arranged as displayed in the provided image. In order to ensure its longevity, we recommend placing the hardware setup in an enclosure that has an IP rating for improved durability. The PSoC 62S4 pioneer kit transmits all sensor data collected to the Blynk Console through the ESP32 dev module. Additionally, the OLED from the CY8CKIT-028-SENSE Kit is used to display the sensor data collected by the ALS sensors on the PSoC kit, which includes the ambient light and temperature levels within the incubator. Meanwhile, the MAX30102 heart rate sensor is strapped onto the baby using a medical grade velcro to record their heart rate and SpO2 levels. After processing the collected data, the ESP32 sends it all to the Blynk Console. This comprehensive setup allows for easy monitoring and analysis of the baby's vital signs, providing caretakers with crucial information needed to ensure the safety and health of the infant.

Project Demo:

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Wrapping up the Project 

In these project blogs, we have created equipment that can monitor biological parameters to ensure the safety of premature babies and reduce mortality rates. Hospitals use sensors and electrodes to continuously monitor the vital signs of these infants, which are then displayed on a monitor. In case of any abnormality, an alarm system is triggered to alert healthcare providers.

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The sensors used for monitoring the vital signs of premature infants include a pulse oximeter, which measures the oxygen saturation level and pulse rate of the infant. A humidity sensor is also used to measure the relative humidity inside the incubator, and temperature sensors are used for measuring the temperature of both the infant and the incubator. By continuously monitoring these parameters, healthcare providers can ensure that the infant is in a safe and stable condition. Any abnormality in the readings will trigger an alarm, allowing healthcare providers to take immediate action.

Overall, monitoring the vital signs of premature infants is crucial for their well-being and survival. By using sensors and advanced monitoring systems, healthcare providers can ensure that premature babies receive the best possible care and attention.

Vote of Thanks

I just wanted to give a shout-out to Element14 and Infineon for putting together such an awesome contest - "At the Core Design Contest". It was an incredible opportunity for all the tech enthusiasts out there to showcase their skills and bring their innovative ideas to life. And of course, a big thank you to all the readers and participants who supported the contest with their valuable time and energy. You guys rock! Let's hope for more exciting contests like this in the future!

You can find the link to the project blogs.

Neonatal Incubator Monitoring System - Idea #1
Neonatal Incubator Monitoring System - Modus Toolbox (Dual-core Application) #2
Neonatal Incubator Monitoring System - Sensors Interface #3
Neonatal Incubator Monitoring System - Dashboard #4
Neonatal Incubator Monitoring System - Demo & Wrap up #5
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