I also changed what happens when the button is pressed. Things I did different was name the buttons Lock and Unlock and make them larger and easier to see.
I followed the Windows Remote Arduino tutorial but made a few changes for using WiFi and for my needs. I used Visual Studio 2015 to create the app. This allows the door to also be manually opened with a key or by turning the knob. Once the Lockitron moves the deadbolt in it goes back to a starting position. Once the program sees the correct combination it will unlock the door. If at anytime the order is wrong it sets the status back to zero and you need to start over. If (tag1count = 0 & tag2count = 0 & tag3count = 0) If it finds a match it checks that it is in the correct order. It then compares the UID to the three stored tags. When the code is ran it reads the RFID tag. Look for this section in the code //Change the HEX values to the tags you scannedīyte tag1 = // RFID Tag 3 Change RFID Tag 1, 2, 3 to the HEX values we got from the previous steps. Now open doorcontrol.ino, we will need to change the RFID tag values. It attaches to the door in same way as front door part did. Front of door, RFID unit Concealed Wires concealed in channel Wires coming from RFID module RFID module wiring and ON/OFF switchįor the indoor side of door I also made an enclosure to hold the Arduino MKR1000, Adafruit Metro Mini, Adafruit Powerboost 1000c. This also allowed me to conceal the wires. I came up with a design in Autodesk Fusion 360 that went in between the door and each side of the lock. I wanted to make something that didn't require any permanent modifications to the door. I also printed out enclosures to hold the components. This flowed a lot better and left a nice finish. For the Low Poly Skull and Robber Rex I used epoxy mixed with toner from used laser printer cartridges. I printed a Makerbot Gnome, a Low Poly Skull, and a Robber Rex, all from Thingiverse.įor the Makerbot Gnome I tried using hot glue for the tag but it did not flow well. This way I can set them in the flower garden outside my house. I 3D printed three designs to epoxy the RFID tags to.
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