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Created page with "[[Category:Ongoing_Projects]] = Description = Build an RFID doorlock for the hackerspace. This doorlock should tweet when the space is open to alert standard members. = Inspira..."
[[Category:Ongoing_Projects]]
= Description =
Build an RFID doorlock for the hackerspace. This doorlock should tweet when the space is open to alert standard members.
= Inspirations =
* [http://code.google.com/p/open-access-control/ Open Access Control]
* [http://mbed.org/cookbook/RFID-Tweeter RFID Tweeter]
* [http://hackerspaces.org/wiki/Doorlock Various Hackerspaces Doorlocks]
= Proposed solution =
For the electronic part, taking inspiration from the RFID Tweeter project seems a good start. It allows us to have the whole system embedded in a microcontroller (low power) and solves the biggest problems from such a device (in my opinion) ethernet access and tweeting!
= Tasks =
* Test electronic + software (on breadboard) for tweeting accordint to a RFID Tag
* Design and build mechanic fixation on door
* Design and test electronic + software (on breadboard) for the mechanic fixation on door
* Create PCB for electronic
* Start using it ;-)
= Dashboard =
== RFID Tweeting Test ==
* We already have an RFID Reader: [http://www.parallax.com/Store/Accessories/CommunicationRF/tabid/161/txtSearch/RFID/List/0/SortField/4/ProductID/114/Default.aspx Parallax RFID Reader Serial]
* An [http://mbed.org/ mbed board] and RJ45 connector will be ordered for the test
== Mechanic Fixation ==
* We should find a motor, or at least decide which one we want to use
= Personnes interessées =
* eric_st
= Description =
Build an RFID doorlock for the hackerspace. This doorlock should tweet when the space is open to alert standard members.
= Inspirations =
* [http://code.google.com/p/open-access-control/ Open Access Control]
* [http://mbed.org/cookbook/RFID-Tweeter RFID Tweeter]
* [http://hackerspaces.org/wiki/Doorlock Various Hackerspaces Doorlocks]
= Proposed solution =
For the electronic part, taking inspiration from the RFID Tweeter project seems a good start. It allows us to have the whole system embedded in a microcontroller (low power) and solves the biggest problems from such a device (in my opinion) ethernet access and tweeting!
= Tasks =
* Test electronic + software (on breadboard) for tweeting accordint to a RFID Tag
* Design and build mechanic fixation on door
* Design and test electronic + software (on breadboard) for the mechanic fixation on door
* Create PCB for electronic
* Start using it ;-)
= Dashboard =
== RFID Tweeting Test ==
* We already have an RFID Reader: [http://www.parallax.com/Store/Accessories/CommunicationRF/tabid/161/txtSearch/RFID/List/0/SortField/4/ProductID/114/Default.aspx Parallax RFID Reader Serial]
* An [http://mbed.org/ mbed board] and RJ45 connector will be ordered for the test
== Mechanic Fixation ==
* We should find a motor, or at least decide which one we want to use
= Personnes interessées =
* eric_st
