Damien Blake
Yue Teng
Yuling Shen
Lingjie Kong
Overview of Status of Analysis, Design, Fabrication, Tests, etc.
We cannot recognize the dead plankton in image processing, working with SIO to see if it is within the scope of our system
Primary goals completed: test object controlled in test fluid
Improving error by implementing integral control
Can recognize small fragment of plastic balls
Demonstrate at SIO
Accomplishments from Previous Week
Poster draft completed
Revisions made to final report
shutoff valve installed, tubing replaced
New base and reservoir 3D-printed
Tested control system with small fragment of a plastic ball
implemented integral controller into control algorithm
Report draft completed
Goals for Next Week (list names after each item). Use specific and measurable objectives.
Make smaller, non-sphere objects from HDPE to use since actual plankton may not be feasible with our camera/system
Lasercamm the diffuser
Reduce controller error
Update simulation of flow
Finish Poster
Finish Final Report Draft
If time permits, obtain larger organisms from Jessica (~0.5 - 1mm) to test since plankton are not working well
Recalibrate pump
Sponsor Comments from Last Meeting and Actions Taken to Address these Comments (indicate date of comments and if via email or in person)
Unable to meet with sponsor again last week
Final presentation at SIO on Friday
Instructor Comments from Last Meeting and Actions Taken to Address these Comments (indicate date of comments and if via email or in person)
Use CNC to machine the diffuser
Not possible according to Ion. This is because the CNC machine constantly pushes the drill bit. Drill bits are highly likely to break considering its extremely small size(0.75mm diameter).
Laser Cut diffuser
Comments from Other Students in the Class (indicate date of comments and if via email or in person)
Risks and Areas of Concern
Resources or Information Required but not Available
Schedule
Describe upcoming milestone
Update Gantt chart.
Budget (list amount spent and amount remaining)
Total: $3000
Spent:
$2.95 (Fish eggs)
$346.91 (Mightex Camera)
$335.4 (Pump)
$43 (RS485 Cape)
$139.12 (Assembly Material McMaster)
$24.24 (Pump A.V. Control Module)
$30.86 (Parker O-ring)
$21.84 (Nylon 6/6 Balls for testing)
$95.78 (Acrylic and off the shelf parts)
$38.47 (Metric Screws & Tap)
$14.17 (3mm Tubing)
$34.46 (3mm Tube Fitting)
$23.91 (2mm Tubing)
$76.93 (Tubing Fitting with barb size 10-32)
$6.00 (1/16'' Tubing fitting)
$99.36 (1/16'' acrylic and standoff)
$6.47 (Glycerin)
$2.15 (Ethanol)
$213.36 (RS-485 modules for troubleshooting)
$46.42 (RS-485 cables)
$612.02 (Langer Pump)
$2.15 (Ethanol)
$46.05 (Quick disconnector)
$10.00 (Sea monkey)
(1/4 thickness 24 by 24 acrylic)
(hydrometer)
Remain: <$100
Progress on Report and Webpage
Almost finish