Project:Vivarium Monitoring System: Difference between revisions

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== Vivarium Monitoring System - [[User:Ascen|Asc]] ==
I needed a system to monitor the temperature and humidity of a vivarium (a tortoise house!).
I needed a system to monitor the temperature and humidity of a vivarium (a tortoise house!).


Requirements:
== Requirements ==
1. Have a screen that I can easily see
* Have a screen that I can easily see
2. Display both temp and humidity  
* Display both temp and humidity  
3. Beep and flash when things are awry
* Beep and flash when things are awry
4. Have a way to temporarily disable the alarm whilst working on the vivarium
* Have a way to temporarily disable the alarm whilst working on the vivarium
5. 3 Sensors (room, in heat, out of heat)
* 3 Sensors (room, in heat, out of heat)
6. The less cables the better
* The less cables the better
7. Be configurable without needing to connect to a computer
* Be configurable without needing to connect to a computer
8. and most of all PUT IT ON THE INTERWEBNETS!  (for the world to see, for me to control, and to receive warnings)
* and most of all PUT IT ON THE <b>INTERWEBNETS!</b> (for the world to see, for me to control, and to receive warnings)
 




== Equipment ==
After looking through my box of parts I decided to use the following.
After looking through my box of parts I decided to use the following.
!. Nanode - for base sensor monitoring and internet mojo,
* Nanode - for base sensor monitoring and internet mojo,
2. Using three DHT-11 temperature and humidity sensors, simple and accurate enough,
* Using three DHT-11 temperature and humidity sensors, simple and accurate enough,
3. A blinkm as a warning light system,
* A blinkm as a warning light system,
4. A peizo to beep,
* A peizo to beep,
5. A PoE injecter and ejackulator to get power over an ethernet cable,
* A PoE injecter and ejactulater to get power over an ethernet cable,
6. Using 3.5mm headphone cables and sockets for the sensor cabling,
* Using 3.5mm headphone cables and sockets for the sensor cabling,
7. A lamp backend for long term logging,
* A LAMP backend for long term logging,
7. A liquidware touchshield slide for the screen and user interface.
* A screen and user interface.


What does this all mean - 3 arduinos = more roarsome = way overkill project!
What does this all mean - 3 arduinos = more roarsome = way overkill project!
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All that is left is the case which I can magic up on a laser cutter.
All that is left is the case which I can magic up on a laser cutter.


== Proof of Concept ==
To see how it all goes I threw a proof of concept setup together without all the internet magic and simply using a vanilla arduino:<br>
[http://youtu.be/c2BtPnkEPjQ YouTube Video]


Proof of Concept:
<gallery>
To see how it all goes I threw a proof of concept setup together without all the internet magic:
File:Vivarium 01.png
http://youtu.be/c2BtPnkEPjQ
File:Vivarium 02.png
File:Vivarium 03.png
File:Vivarium 04.png
</gallery>

Latest revision as of 15:49, 10 March 2012

Vivarium Monitoring System - Asc

I needed a system to monitor the temperature and humidity of a vivarium (a tortoise house!).

Requirements

  • Have a screen that I can easily see
  • Display both temp and humidity
  • Beep and flash when things are awry
  • Have a way to temporarily disable the alarm whilst working on the vivarium
  • 3 Sensors (room, in heat, out of heat)
  • The less cables the better
  • Be configurable without needing to connect to a computer
  • and most of all PUT IT ON THE INTERWEBNETS! (for the world to see, for me to control, and to receive warnings)


Equipment

After looking through my box of parts I decided to use the following.

  • Nanode - for base sensor monitoring and internet mojo,
  • Using three DHT-11 temperature and humidity sensors, simple and accurate enough,
  • A blinkm as a warning light system,
  • A peizo to beep,
  • A PoE injecter and ejactulater to get power over an ethernet cable,
  • Using 3.5mm headphone cables and sockets for the sensor cabling,
  • A LAMP backend for long term logging,
  • A screen and user interface.

What does this all mean - 3 arduinos = more roarsome = way overkill project!

All that is left is the case which I can magic up on a laser cutter.

Proof of Concept

To see how it all goes I threw a proof of concept setup together without all the internet magic and simply using a vanilla arduino:
YouTube Video