Milling Machine Authentication Update
Garavet, Jonathan (2022)
Julkaisun pysyvä osoite on
https://urn.fi/URN:NBN:fi:amk-2022060114285
https://urn.fi/URN:NBN:fi:amk-2022060114285
Tiivistelmä
This thesis inspected a previously designed and built milling machine authentication system innovation project by Metropolia UAS students. This device was intended for internal use in the school’s access control for milling machine. The device was analysed for any design mistakes and modified for more user-friendly approach.
The milling machine authentication system that was analysed uses electrical lockstyle solenoids to prevent unauthorized use of the milling machine. The authorization was done automatically with a custom-built RFID system.
The design process included Python, and Linux programming for starting the application program up on Raspberry Pi. Some modification was done for the external electronic circuitry that controls the electrical solenoids and LED UI.
The result of automating the Python program startup increased user-friendliness and maintenance of the milling machine authentication system. Updates to the external electronic circuitry removed bottlenecks, so that the electrical lock-style solenoids features could be used fully.
The milling machine authentication system that was analysed uses electrical lockstyle solenoids to prevent unauthorized use of the milling machine. The authorization was done automatically with a custom-built RFID system.
The design process included Python, and Linux programming for starting the application program up on Raspberry Pi. Some modification was done for the external electronic circuitry that controls the electrical solenoids and LED UI.
The result of automating the Python program startup increased user-friendliness and maintenance of the milling machine authentication system. Updates to the external electronic circuitry removed bottlenecks, so that the electrical lock-style solenoids features could be used fully.