the development of open source device for prevention of sudden unexpected infant death

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The Development of Open Source Device for the Prevention of Sudden Unexpected Infant Death Quymbee Chen Bronx High School of Science Sara J Chipps CEO of Jewelbots

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Page 1: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

The Development of Open Source Device for the Prevention of Sudden Unexpected Infant Death

Quymbee ChenBronx High School of Science

Sara J ChippsCEO of Jewelbots

Page 2: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

Introduction• Sudden Unexpected Infant Death (SUID) and

Sudden Infant Death Syndrome (SIDS)– About 4,000 infants die each year– The leading cause of infant death each year

• Assumed Causes of SUID and SIDS– Sleeping position– Slowing of breath

• Open Source– Freely available software code

Page 3: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

Current Technology

• Owlet, Mimo, and Monbaby

• The devices are imperfect and lead the parent into false security.

Page 4: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

Purpose

• Open Sourcing allows:– Parents to personalize device for the child• Add on different sensors• Program alerts for unique disorders

– Opportunity for other purposes• Monitor for elderly or pets

– Anyone can help to improve the device

Page 5: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

Design

• Elastic band evenly distributed around infant• Devices– Arduino: computing device– Accelerometer: motion for breathing– Gyroscope: orientation for sleeping position

Page 6: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

Procedure• Connect corresponding pins of the micro sensors to the Arduino Uno board.• Accel to Arduino Uno

– GND → GND– VIN → 5V– SDA → SDA – SCL → SCL

• Gyro to Arduino Uno– GND → GND– VIN → 5V– SDA → SDA – SCL → SCL

• Piezo Buzzer should be connected to desired number pin on Arduino

• Test possible scenarios for function of buzzer alerts

Page 7: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death
Page 8: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

z

Page 9: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

-2

0

2

4

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Accelerometer Sensor Outputs

Time (s)

Acce

lera

tion

(m/s

2)

XYZ

Page 10: The Development  of Open Source Device for Prevention of Sudden Unexpected Infant Death

Conclusion

• The device was able to monitor sensor movements through the manual movements by hand

• Buzzer went off according to programmed conditionals of X, Y and Z values set

• Improvements could be– More wearable sensors like the Flora (thinner)– The addition of WiFi connection to make it mobile