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 Cycle 1 Accomplishments  Cycle 1 Obstacles  Box Design Changes  Fingerprint Scanner Interface  Locking Mechanism Design  Motion Detector System.

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Presentation on theme: " Cycle 1 Accomplishments  Cycle 1 Obstacles  Box Design Changes  Fingerprint Scanner Interface  Locking Mechanism Design  Motion Detector System."— Presentation transcript:

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2  Cycle 1 Accomplishments  Cycle 1 Obstacles  Box Design Changes  Fingerprint Scanner Interface  Locking Mechanism Design  Motion Detector System  Cycle 2 Goals

3  Individual hardware components for one complete mailbox  A working motion detector to identify mail  Lock opens and closes with different input signals  Lock and motion detector have been tested with sbRIO and software  Initial programming to facilitate overall control and component communication

4  Development sbRIO did not function properly and actual sbRIO delayed until mid-October › Replacement sbRIO is scheduled to arrive this week  IR Transmitter did not have a strong signal for motion detector › Found a different transmitter that provides a better LED  Fingerprint scanner has a complicated datasheet and has been tedious to wire › Care is being taken to fully understand the functionality of the scanner board and crimping terminals were purchased for ease of connection

5  Made of Plexiglas  Mailbox dimensions 13 3/4” x 11 1/8” x 7 3/4”  Smaller door that folds down  Mail slot above door  Lock and motion detector above door

6  9 pin connection required for operation of fingerprint scanner

7  Default input and output settings ideal for this application

8  No complete serial bus is available from manufacturer for connection  Connection can be constructed Crimp Housing Crimp Terminal

9  Better option is to salvage already- crimped wires from another crimp housing of different size and plug them into 9-pin housing

10  Implemented recommended circuitry for interface between 9-pin connector and sbRIO

11  BJT Switch › High signal from sbRIO  12V across lock = OPEN › No signal from sbRIO  0V across lock = CLOSED

12 Locking Mechanism LabVIEW FPGA Code

13  Emitter sends infrared light  Detector collects infrared light  Voltage measured after detector  No blockage, Vo = 0.2V  Blockage, Vo = 4V

14 Motion Detector LabVIEW FPGA Code

15  Get sbRIO here and operating  Secure mailbox built  Lock override in place  Fingerprint scanner working properly  Email system setup to send email when mail is placed in mailbox  SECO should be fully functional!

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