Intelligent Nest box using Particle IoT Device
Basnet, Manjil (2020)
Basnet, Manjil
2020
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Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-202001081107
https://urn.fi/URN:NBN:fi:amk-202001081107
Tiivistelmä
The purpose of this project was to design and implement a module capable of recording as well as displaying the conditions happening inside the nest box by using the particle IoT device in coordination with some sensors. The main objective behind this project was to analyze the day to day activities and obstacles that will be beneficial to ornithologists and birdwatchers.
This nest box module was constructed using the various kind of sensors which will provide analog or digital information to our IoT device i.e. Electron about the physical phenomenon happening inside or near the nest box. Sensors such as DHT22, TMP36, MQ135, etc. read the data around the nest box and these data will be transmitted to our main board (electron) which works as CPU. This electron was linked with the provided sensors with C/C++ code in the Particle IDE and later connected with some phones using the GSM services that existed in the electron. Finally, the output data provided by electron through the GSM network will be displayed on the cell phone with the help of the mobile application called Blynk.
The nest box was tested to analyze how it performs under the new particle device called Electron. The result showed that it is applicable to acknowledge the conditions around the nest box using electron and the desired sensors in the availability of the GSM network.
This nest box module was constructed using the various kind of sensors which will provide analog or digital information to our IoT device i.e. Electron about the physical phenomenon happening inside or near the nest box. Sensors such as DHT22, TMP36, MQ135, etc. read the data around the nest box and these data will be transmitted to our main board (electron) which works as CPU. This electron was linked with the provided sensors with C/C++ code in the Particle IDE and later connected with some phones using the GSM services that existed in the electron. Finally, the output data provided by electron through the GSM network will be displayed on the cell phone with the help of the mobile application called Blynk.
The nest box was tested to analyze how it performs under the new particle device called Electron. The result showed that it is applicable to acknowledge the conditions around the nest box using electron and the desired sensors in the availability of the GSM network.