Self Regulating Temperature Controller for Infant Warmer using IoT
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This document describes a self-regulating temperature controller designed for infant warmers. The controller uses an Arduino microcontroller and sensors to monitor and adjust the temperature. It aims to prevent issues like hypothermia, overheating, and delays caused by manual temperature control. The design implements an Android app to display temperature readings and set points remotely. Testing showed the controller can accurately regulate temperature for safe infant warming. Future improvements could incorporate WiFi, I2C modules, and alarms to enhance safety and usability.
Self Regulating Temperature Controller for Infant Warmer using IoT
- 1. https://thingspeak.com/channels/451542 SELF REGULATING TEMPERATURE CONTROLLER FOR INFANT WARMERS KIPKIRUI K KEVIN J23/5347/2013
- 2. SCOPE 1. 2. 3. 4. 5. INTRODUCTION PROBLEM STATEMENT OBJECTIVES DESIGN METHODS & IMPLEMENTATION SOLUTIONS
- 3. Section Break Insert the title of your subtitle Here INTRODUCTION CLASS II DEVICE
- 4. TEMPERATURE CONTROLLER This PowerPoint Template has clean and neutral design that can be adapted to any content and meets various market segments. With this many slides you are able to make a complete PowerPoint Presentation that best suit your needs.
- 5. ResearchGate
- 6. PROBLEM STATEMENT Name Here HYPOTHERMIA OVER-HEATING DELAY +OXYGEN DEMAND + POWER SUPPLY DEMAND
- 7. FDA RECALLS Class 1 Device Recall Stabliet Infant Warming System ( 2009-2011) by Draeger hot particle caused fire.(6489 units ) • Class 2 Device Recall Infant Warmer System (IWS) 20 16-2018 by GE loose L-Head heater screw 32,073 (US = 24,361; OUS = 7,712) • GE Giraffe and Panda Infant Warmers with bl enders
- 8. OBJECTIVES General Objectives 1.To appreciate IoT used in medical devices. 2.To learn Android programming using Android Studio 3.To use online IoT platform like Firebase,Ubidots,Carriots,ThingS peak Specific Objectives 1.To design and make self- regulating temperature controller. 2.To design stand warmer using mild steel. 3.To make casing for the controller.
- 9. BIG PICTURE General Objectives Specific Objectives
- 10. PROPOSED SOLUTION (WARMIFY) Front View Back view
- 11. RELATED RESEARCH 1.TRENDELENBURG INFANT RADIANT WARME R NICE 2000 CFL-A Micro-processor controlled Infant w arming system by Nice Neotech PVT,LT D. 2.Temperature controller for Incubator res earch by Jakadeesh.(EEI-Journal;2015) NB: WarmifyIoT target Infant warmers
- 12. MILESTONE PROJECT BRIEF & PROPOSAL SUBMISSION Submitted project brief and proposal SEPT 2018 NOV 2017 MAR 2018 JUL 2018 AUG 2018 REPORT WRITING Completed report. PRESENTATION Project presentation and report submission IDEATION Brainstorming with classmates and validating the best idea to implement. DESIGN & IMPLEMENTATION Simulation, Prototyping and testing
- 13. DESIGN Simple PowerPoint USER SPECIFICATIONS MACHINE SPECIFICATIONS
- 14. BLOCK DIAGRAM
- 16. HARDWARE REQUIREMENTS Open source photos
- 19. CIRCUIT DIAGRAM
- 22. Vin conversion to Degree Celsius Vin = analogRead (tempSensor); /* Tells the Arduin o to read A0 and stores the value in “Vin” */ temp=(500.0*Vin)/1023.0; /* Converts the voltage value into temperature and stores it into the “TC” va riable (in ºC)*/ TF = ((9.0*temp)/5.0)+32.0; // Converts ºC to º F lcd.setCursor(0, 1
- 24. WARMIFY APP
- 25. RESULTS ANALYSIS
- 26. CONCLUSIONS 1.Specific objectives achieved 2.General objectives partially achieved 3.Learned programming, design fabrications
- 27. FUTURE IMPROVEMENTS 1.USE WIFI SHIELD 2.I2C MODULE 3.INCOPORATE BUZZER
- 28. REFERENCES 1. Radiant Warmers, data sheet Available: http://www.newbornwhocc.org/pdf/radi.pdf. 2. Tamanna Afrin Tisa, Zinat Ara Nisha, Md. Adnan Kiber, “Design of an Enhanced Temperatu re Control System for Neonatal Incubator,” Bangladesh Journal of Medical Physics, Vol. 5, No. 1, pp. 53-51, 2012. 3. Theophilus Wellem, Bhudi Setiawan, “A Microcontroller- based Room Temperature Monitor ing System,” International Journal of Computer Applications, Vol. 53, No.1, pp. 7-10, 2012. 4. Suswetha Parisineti, Eswaran. P, “Design and Development of Fault Tolerent Control system for an Infant Incubator,” International Journal of Scientific & Engineering Research, Vol. 2, Issue 5, pp.1-6, 2011. 5. Rames S. Gaonkar, “Fundamentals of Microcontrollers and Applications in Embeddedsyste ms (with the PIC18 microcontrollers family),” Penram International Publishers Pvt. Ltd, Mu mbai, India, 2007.